Asian Coal & Agribulk Stockyard Equipment FEATURES DRY CARGO international DCi ISSUE NO.190 APRIL 2016 Grabs & Grapples Intercargo Interview The world’s leading and only monthly magazine for the dry bulk industry Great Lakes & St Lawrence Seaway System
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Asian Coal & Agribulk
Stockyard Equipment
FEATURES
DRY CARGOinternationalDCi
ISSUE NO.190 APRIL 2016
Grabs & Grapples Intercargo Interview
The world’s leading and only monthly magazine for the dry bulk industry
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TRADE & COMMODITIESSoya trade provides valuable support 3ASIAN COAL TRADE 2016 5ASIAN AGRIBULK: INDIA STRIVES TO ENSURE FOOD SECURITY 15
SHIPPING & TRANSPORTDamen readies bulkers for operations in eight weeks 20‘Revelin’: keeping it clean with Thordon’s COMPAC 21SUPPLY CHAIN LOGISTICS:OPTIMIZATION WITH LOGMARIN’S LOG.DES 23SPEAKING OUT ON SHIPPING: INTERVIEW WITH INTERCARGO 27
PORTS, TERMINALS & LOGISTICSSouth East Asian surveillance: cargo protection 32First Capesize bulker calls at Indian ports 35Northern Brazilian ports handling more export grain 37
ENGINEERING & EQUIPMENTBurlington Stone increases fleet of heavy duty Case machines 39MacGregor equipment packages for ESL’s new eco-bulker duo 41Another E-Crane milestone in Latin America 47Industry 4.0 makes Dino bulk truck loaders smart 48GRAB & GO? GRABS & GRAPPLES: THE BULK MARKET'S WORKHORSES 51MAKING STOCKYARDS EFFICIENT AND COST-EFFECTIVE 69COAL + DOMES: A COMPLEMENTARY MATCH-UP 97
REGIONAL REPORTGREAT LAKES & ST. LAWRENCE SEAWAY: A ‘MAGNUM OPUS’ 103
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Recent news about import demand for commoditiesin various countries has not greatly changed thepicture evolving in previous months. Signs of
additional volumes are visible, but there are also adverseinfluences pointing to possible reductions, or just lack ofgrowth. This view implies very limited prospects for anyoverall expansion of global seaborne dry bulk trade during2016.
Reports about economic activity around the world havenot yet indicated that a pick up is beginning or imminent. Inthe group of advanced economies (mainly USA, Europe,Japan and Korea) average GDP growth similar to last year’sslow rate of about 2% still seems to be the most likelyoutcome for this year. In China a continued slowdown fromlast year’s 6.9% is widely expected.
GRAIN
One aspect of trade for which the outlook is definitelypositive is soya, included in the ‘grain’ category. Globalsoyabeans and meal movements are being supported byrobust consumption trends, coupled with either insufficient orabsent domestic output of beans in many of the consumingcountries, resulting in rising imports.
The latest US Dept of Agriculture forecasts for the current2015/16 marketing year ending September 2016 aresummarized in table 1. Total world soya trade, most ofwhich is seaborne, has been revised upwards again to 193mt(million tonnes), a 6% increase. Imports into China compriseover two-fifths of the total, and are forecast to grow by 5%to 82mt this year, accompanied by larger quantities intoother Asian countries and elsewhere.
IRON ORE
In the iron ore trade sector restraining elements are clearlyvisible. A number of major raw materials importingcountries are facing difficulties in raising steel production,and in some cases probably will not be able to maintainoutput at last year’s level. However, relatively lowinternational prices for iron ore could support purchases.
Steel production in the dominant iron ore importingcountry, China, seems especially vulnerable to downwards
pressure, amid slowing activity in consuming industries.Chinese buyers may reduce last year’s 953mt annual iron oreimports in 2016, despite a firm start to the year. A moreoptimistic view suggests only a small increase, and a similaroutlook is applicable to the other main importers, Europe,Japan and Korea.
COAL
Prospects for coal trade also suggest severely restricted scopefor resumed global growth in volume this year. Many majorimporters, including Japan, Europe and China areexperiencing unfavourable influences, mainly reflectingswitching towards cleaner fuels or expanding use ofrenewable energy sources. Nevertheless, the outlook is notentirely negative.
Uncertainty surrounds India’s coal imports. During thepast twelve months it became clear that earlier expectationsof a sustained rapidly rising trend were no longer soplausible. An estimated 4% reduction to about 215mt wasseen in 2015, amid rapid growth in production from India’sdomestic coal mines. Conversely, a group of smaller Asianbuyers — Malaysia, Philippines, Thailand and Vietnam —evidently increased imports by about 10% to well over 60mtlast year, and further growth is likely.
MINOR BULKS
Among minor bulk commodities, trade in steel products (coil,sheet, plate and many other types) has been prominent.Estimates of global seaborne movements in 2015 suggestthat the total may have been about 5% higher at over320mt. A key part of this enlargement was another big risein sales by Chinese mills, which grew by 20% to 112mt.Whether these trends will be extended this year is unclear.
BULK CARRIER FLEET
In the Panamax (65–99,999dwt) bulk carrier size group fleetexpansion decelerated last year to under 2%, as shown intable 2. A similar growth rate is estimated for this year,despite a possibility of higher newbuilding deliveries,because the pace of scrapping is also expected to gainmomentum.
Soya trade provides valuable support
2010/11 2011/12 2012/13 2013/14* 2014/15* 2015/16*European Union 34.4 32.9 29.5 31.4 32.7 33.9China 52.6 59.3 59.9 70.4 78.4 82.0Other Asia 27.2 27.5 27.8 30.3 31.7 34.0Others 31.5 30.6 32.6 37.6 39.6 43.2World total 145.7 150.3 149.8 169.7 182.4 193.1% change from previous year +3.8 +3.3 -0.4 +13.3 +7.4 +5.9
source: US Dept of Agriculture, 9 March 2016) Oct/Sep marketing years *forecast
TABLE 1: WORLD SOYABEANS AND SOYAMEAL IMPORTS (MILLION TONNES)
Coal trade in the Asian market has faced some enormousproblems over the past year, with international shippers seeingparticular challenges in China and India. The Indonesianexporters have been badly impacted by new thermal coal qualityregulations, but not all has been bad. Although prices are verylow, the Australians have managed to ship substantial tonnage ofthermal coal to their traditionalcustomers in Japan, Korea, and Taiwan.Some oversupply issues have beenaddressed over the past year which maybegin to have some effect on the marketover the course of 2016 and beyond.
In China, the slump in domesticthermal coal prices as well as weakerdemand during 2015 led to a substantialdecrease in imports of thermal coal andlignite. Volume decreased by 66.5mt(million tonnes) from 198.1mt in 2014to reach only 131.6mt last year. Thetighter controls on coal quality had aheavy impact on imports as soon as theyear got under way, and the total for theyear was even lower than had been
expected by some analysts.Trade with China took a major hit at the start of last year
when the country’s new coal quality legislation came into force,and thermal coal import tonnages were well below those seenin the comparable period in the previous year. Total volumes inthe first quarter last year were down to about half that seen in
Dr Tim Jones, e-coal.com
Chinese thermal coal imports (mt)
Built to deliver more
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the same quarter in 2014. Throughoutthe course of the past twelve months orso, the difference became a little moreoptimistic for coal exporters to China,but by the end of 2015 the total thermalcoal taken by the Chinese buyers wasmore than a third lower than in theprevious year at some 34% less.Thermal coal imports reached just83.4mt which was 51.1mt lower than inthe previous year, while imports oflignite decreased by 15.3mt to only48.3mt.
The first nine months of 2015 sawthermal coal demand in China’s powergenerating sector and general industrysector fall by 3.3% and 6% respectivelyas weakness persisted in both. The twomajor coal consuming sectorsperformed poorly and together theyaccounted for a 4.5% drop in thermalcoal demand compared with theprevious year. As winter approachedthere were reports of a recovery indemand for thermal coal in theelectricity and heating sectors, butoverall thermal coal demand in thecountry is believed to have decreased bysome 3.5% in 2015. While the Chineseeconomy is expected to improve thisyear, the thermal coal consuming sectorsare likely to remain weak because theextra energy demand is expected to besatisfied by other fuels until the situationimproves significantly.
All thermal coal supplier countrieswere heavily impacted by the newChinese quality restrictions in 2015, withIndonesia being the worst affected. Totalexports of thermal coal and lignite toChina reached only 73.8mt which was adecrease of 32.6mt compared with thatin 2014. There were volume decreasesacross the board from major suppliercountries including 18mt less fromAustralia, and Russia shipped 5.3mt lessthermal coal. Some countries wereunable to sell any thermal coal intoChina last year, and these include SouthAfrica and the USA. In the previousyear, those countries had shipped 5.2mtand 1.5mt respectively.
Domestic coal production in Chinadeclined in 2015 after a year ofcontraction in 2014 as well. All coalmining areas recorded decreases inoutput and during the nine months to30 September production was down4.6% to 2.72bnt. Shenhua and ChinaCoal saw reduction in output whilesmaller operations also reported lowerproduction last year in Shanxi, Shaanxi,and Inner Mongolia. The total
production in 2015 is understood tobe about 3.75bnt which is a decreaseof some 3% compared with theprevious year. A small recovery couldbe seen this year which would takeproduction above about 3.8bnt but thisremains speculative.
Market forces drove coal pricesdown in 2015 despite the cuts insupply in China from both within thecountry and in the internationalmarket, as well as efforts by thegovernment to intervene. Prices atQinhuangdao declined by around 40%over the course of the year which wasa huge drop by any standards.
Oversupply continues to be the problemfor the coal market and prices havebeen below the cost of production formany miners for some time now. Therehad been no improvement for severalyears despite all players being aware ofthe problem.
Power station coal stocks have beenhigh throughout China for the past year,and this has also been true at the mainports until drawdowns occurred in thewinter months. A total average tonnageof about 9mt was reported atGuangzhou and Qinhuangdao for 2015.
Japan thermal coal imports (mt)
Vietnam thermal coal imports (mt)
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SHistorically there has been an inversecorrelation between coal stocks andspot prices in some ports elsewhere.High stocks tend to mean low prices butthere is a lag with this, and in theoversupply situation we have been in,there seems to be no tightness to causea meaningful rise in the price in theshort term. It seems the forecastingbehind the need for China to vastlyexpand its port capacity was seriouslyflawed, or at least out by a number ofyears given the decline in coal demandover the past few years.
One of the most significant factors
affecting thermal coal trade with theChinese power companies is that coastalareas where much of the previousdemand for imported coal was based,are using less coal. Emissions regulationsand better transmission systems aremainly behind this situation at themoment, but coastal-based nuclearpower has also been growing in capacityat a high rate. Thermal coal demand willalso be increasingly affected byhydroelectric capability in China. Thecountry is expected to increase thermalcoal consumption in 2016 on a national
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Pakistan thermal coal imports (mt)
Malaysia thermal coal imports (mt)
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scale, but import demand is notexpected to improve. Indeed, someforecasts suggest China will import lessthermal coal during 2016 with the totalby December being some 10mt lowerthan in 2015. Prices are expected toremain weak, putting further pressure onproducers and the government. Thesituation is unlikely to improve over thecoming couple of years based on currentinformation, with some hope of a pricerecovery for producers some time in2018. That, however, will be too late forthe miners forced to cut costs for toolong.
The other power house of the Asian
economy, India, also had a poor year in2015 in terms of thermal coal trade.This was despite declining thermal coalprices during the year, and astrengthening of the rupee which sawbuying power mean their price improvedfrom 4,500 per tonne to only 3,750rupees per tonne over twelve months.Overall tonnage was lower than in 2014which would have been unheard of a fewyears ago when all forecasts suggested abooming economy constrained only inits coal import appetite by a lack ofinfrastructure. Although Indonesia
Philippines thermal coal imports (mt)
Thailand thermal coal imports (mt)
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maintained its position as the mainsupplier of thermal coal to India in 2015with about a 70% share of the market,South African thermal coal shipperswere able to compete with Indonesiansuppliers into India last year as the priceslumped. Indonesian thermal coalimports were down by more than 10%while South African imports grew bymore than that percentage. Even USshippers were able to shift a few milliontonnes of thermal coal into India in 2015and grow their market share in Asia alittle. Australian shippers managed tosell more coal to India during the first
half of 2015 compared with the previousyear, but they became less competitivewith South Africa as the year wore on.The second half of 2015 was worse thanthe same period in 2014 for them.Lower prices at Richards Bay combinedwith the freight advantage to beatcompetitors in Newcastle. At the startof 2015 the Richards Bay shippers wereachieving US$65/t FOB (free on board)basis 6,000kcal/kg NAR (net as received)but the price collapsed to a 9-year lowof US$48/t same basis by the end of theyear. The price of Indonesian sub-
bituminous material ended the year atunder US$40/t FOB basis 4,900kcal/kgNAR after it had started 2015 priced atabout US$50/t FOB. At this level, itappears that most shippers are unwillingto sell at anything lower. This appears tohave set a floor for this type of coal intoIndia, and has allowed competitors tomake some headway into the marketover the past few months at theexpense of the Indonesian sellers ofhigher quality coal.
Regardless of the state of the marketfor thermal coal in 2015, the weather
construed to make it possible for state-owned miner Coal India to beat itsannual production target of 51mt by 1mtby the end of the year. The unusualresult was attributed to low rainfallduring the winter months, and allowedCoal India to maintain its share of 80%of the country’s domestic coalproduction total. The company’s salesincreased during the first nine months ofits financial year to reach 389.3mt whichwas 10% higher than in the same periodin 2014.
While coal producing conditions havebeen favourable over the winter, CoalIndia has been shipping more coal to the
Hong Kong thermal coal imports (mt)
China thermal coal exports (mt)
Canada thermal coal exports (mt)
South Africa thermal coal exports (mt)
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power stations which are its major customers. As a result, coalstocks have been building at the power plants and have been atrecord levels recently, and this has hampered the rate of sales asspare capacity on the pads diminished. Domestic coalproduction is set to be maintained at a high level this year, andCoal India has set a target of 550mt for the current financialyear, which is an increase of 11% from 494mt last financial year.The Indian government appears to be attempting to reduce itsreliance on imported coal as much as possible. It seems unlikelythat Coal India has been able to achieve this target, although finaldata is not available at the time of writing.
With growing power generating capacity in the country,however, it seems India will continue to need substantialquantities of imported thermal coal for the foreseeable futureand this has been in the range of 165–175mtpa (million tonnesper annum) lately. During 2016 it is expected that thermal coal
imports will decrease as domestic supplyand competition from other fuels act toreduce demand from overseas coalshippers. This is likely to be rathershort-lived, however, and the expectationis for imports to pick up again in 2017.
Coal-fired power generating capacitywas around 173GW by the end of 2015which was an increase of 18.8GWcompared with the end of 2014. Coalprovides over 60% of the country’selectricity generation capacity, and totalcoal-fired generation increased byseveral percentage points in 2015compared with the previous year and is
around 80% of total TWh recorded in India. Nuclear power wasthe only growing competitor fuel last year as hydro, gas, and oildecreased their share of electricity generated.
While China and India have seen a challenging year forthermal coal imports, the long-term Asian consumer of coal hashad a stronger year in 2015; Japan has been taking more coal,particularly from Australia and reached about 133mt in total bythe end of the year which was an increase of some 3%compared with 2014. About 85mt of that was supplied byAustralia which was about 6mt more than in the previous year.Imports from Russia also grew during 2015 and were over 10mtby the end of December. Indonesian shippers took another hitin Japan last year as their lower quality coals were in lowerdemand while higher quality material was still needed. TheIndonesian shippers saw their tonnage to Japan drop by over2mt in 2015 compared with the previous year. Nuclear power
US thermal coal exports (mt)
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generation began a recovery in 2015 soit could be interesting to see how thisimpacts coal burn during 2016. Activityat the Sendai plant in Kyushu towardsthe end of the year put the brakes oncoal burn for that utility. Japan saw anunusually low demand for electricity lastAugust, and the overall burn for coalonly maintained about its normal annuallevel despite the rise in coal imports lastyear. The slump in August was offset byvery high electricity demand in thewinter months and during the summerheatwave in July. The country averagedjust under 8mt of coal consumed eachmonth last year.
Meanwhile, Japan is developing newcoal-fired power generation capacity thisyear with two new units being built. Tohoku Electric isconstructing the 600MW Noshiro No 3 which is scheduled tobe commissioned by the middle of 2020. The boiler design willallow more use of sub-bituminous coal in the blend which couldbe good news for Indonesian suppliers. Meanwhile, in Fukushima
a 112MW cogeneration power plant is being proposed by SomaKyodo Jikahatsu which hopes to commission the facility by thefirst half of 2018. The boiler is understood to have the capabilityof burning biomass and coal of aspecification available from Australia,Indonesia, and Russia. Other countriescould probably compete if the freightrate was favourable.
The return to nuclear generatingactivity got under way at KyushuElectric’s two units in the second half of2014, and Kansai Electric PowerCompany followed with its Takahamapower station this year. The fournuclear units compete with up to 8mt ofcoal per year if fully operational.Shikoku EPC can also restart its IkataNo 3 nuclear unit should it so choose,following the receipt of regulatoryapproval. Given the improvement in thefuel mix for electricity generation in
Japan, the current view is that thermal coal will not see much ofa change in volumes imported in 2016 compared with last year.
In the other coal consuming countries in Asia, Korea saw astrong year in 2015 and ended the year importing well over100mt again. Electricity from the country’s coal-fired power
stations was in high demand during theyear. New monthly receivals recordswere set in February and July last year,with 9.5mt taken in each month.Australia remained the main supplier toKorea last year, and saw growth intonnage to give it a market shareapproaching 45%. Nearby Russiaenjoyed around 15% of the thermal coalmarket in 2015 and saw comparablegrowth in shipments as seen by theAustralians at around 3mt. US shipperseven managed to sell more thermal coalto Korea last year, with around 1.4mtshipped. The expectation is for Korea toimport about 110mt of thermal coal in2016 as the country’s reliance on coalremains firm.
Taiwan’s economy slowed down in2015 and demand for thermal coal decreased. In total, thecountry took less than 60mt of thermal coal last year, withAustralia moving into top position as supplier displacing
Indonesia thermal coal exports (mt)
New Zealand thermal coal exports (mt)
Australia thermal coal exports (mt)
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Indonesia. Nearby Russian suppliers alsorecorded small gains while othersupplier countries saw declines inshipments. New coal-fired powergenerating capacity coming online thisyear is expected to see imports improvethis year, but there are reports that coalis becoming increasingly unpopular onenvironmental grounds in Taiwan and thefuture is less certain.
Malaysia imported about 23mt ofthermal coal in 2015 and is expected toincrease this by some 3mt in 2016.Indonesian shippers were able toincrease deliveries into that market lastyear, as were the Australians as demandfor coal-fired power generation firmed.Next year is expected to see demandlevel off. Thailand’s economy was firm last year, and thermal coalconsumption was over 20mt. Industrial consumption wasstronger but electricity generation was met by competitor fuelsso growth was not reported in that sector. Thermal coalimports were stronger over the course of 2015. Vietnam hasbeen increasing its imports of thermal coal over the past year inorder to satisfy growth in coal-fired power generating capacity.Imports more than doubled to about 7mt compared with the
previous year. The country took material from Indonesia, China,Australia, and Russia. As expected, Vietnam has become a netimporter of coal as export volumes collapsed over the past yearto only 1.5mt from 7mt in 2014.
On the supply side in the Asian region, China now exportshardly any thermal coal with only around 1mt recorded in 2015.The government still has a 3% tariff on coal exports but this mayneed to be amended if domestic producers such as Shenhua areto try to recoup some cash by re-entering the export marketamid very difficult operating circumstances in the domesticChinese coal market. Indonesian coal shippers had a bad year in2014 and that accelerated last year as overall demand declinedand buyers turned away from lower quality coals. The slump inprices also contributed to the large fall in Indonesian thermalcoal exports in 2015. The large Chinese market contracted lastyear, and had the biggest impact on Indonesian shipments. Indiahas become Indonesia’s largest buyer in recent years, but for thereasons described earlier the consumers there took lessimported material last year. Currency movements have not been
in Indonesia’s favour either, and put the exporters at anadditional disadvantage to competitors in the Asian region. Thishas squeezed smaller operations beyond survival limits. Overallexports are still rather uncertain but are likely to have declinedby some 50mt last year compared with the 408mt recorded in2014. Domestic coal demand has been growing, but at far lessthan the losses seen in the export market.
Australian thermal coal exporters actually enjoyed somegrowth in 2015 which is consideredremarkable under the circumstances.Although at only around 1% it hasmaintained the country’s total at aboutthe 200mt level to give it second placein the world again. Traditional marketsin Japan, Korea, and Taiwan sustainedbusiness for the Australian producers.
The freight market took a huge hitlast year, and current forecasts suggestanother smaller decline is likely over thecourse of 2016. China’s slump indemand for raw materials led the wayand with the imbalance in supply anddemand in the freight market, thesituation looks depressing for theforeseeable future.
The Asian thermal coal market islikely to face similar challenges this year, although changes areexpected to be less severe compared with last year. The supplyimbalance has been affected by the long slump in the price, andthis could result in the next couple of years seeing a floor in theinternational thermal coal market with the large operatorsmaintaining their function. Freight markets look set to stay inthe doldrums overall and are not expected to recover whiledemand for raw materials in the international markets is lower.Political pressure is increasing where nations are losing theirindustries due to market conditions, foreign ownership, and lackof government protection. It will be interesting to see howthese issues affect the global picture of trade in the comingyears.
Dr Tim Jones is Director of e-coal.com Consultancy and Editor of theweekly publication Coal Market Intelligence which covers 11 spotmarkets worldwide, gives key information on the latest deals andtenders, company news, people and jobs, industrial relations, andports, shipping, and freight rates.
Total Pacific thermal coal exports (mt)
Russia East thermal coal exports (mt)
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Asian agribulkIndia strives to ensure food security in the
face of serious weather challenges
For a government administering a country with a population ofaround 1.25bn of which close to 30% live below the povertyline, a perennial prime concern is to provide food security to themasses. At the same time, a sense of income security tofarmers constituting close to 50% of the total workforce is to beoffered. That security gets threatened and food price inflationstarts raising its ugly head in a monsoon deficit season. India hasencountered not one but two consecutive bad monsoon years in2015 and 2016 leaving parched earth in a number of states. Asthe net irrigated area to total cropped area in the country isonly around 35%, Indian farm production remains highlydependent on monsoon rains. This has come to the fore onceagain first in 2014/15 agriculture season (July to June) and thenagain in the current year, the failed monsoon being the villain.
PULSES
Deficit rains in two successive seasons have led to a shrinkage in
the area under pulses, a major source of protein for Indianmasses, at 23.1m hectares and therefore, in production raisingthe country’s dependence on imports to meet the shortfall inlocal supply. India’s food minister Ram Vilas Paswan said inParliament the other day that in order not to “allow prices torise in any circumstances,” the country is required to import atleast 6.5mt (million tonnes) of pulses this financial year (April toMarch). By 1 March, imports had amounted to 5.5mt. Thegovernment’s second advance estimate of pulses production inthe current crop year is 17.33mt when demand is pegged at23.66mt. This gap is required to be bridged by imports.
Public discontent ran high in 2015 when combination of ashort crop and hoardings by sections of trade took pulses pricesto such highs as to make the commodity unaffordable for poorersections of society. Government officials are aware of incidentswhen private importers would buy pulses abroad cheap butleave these in foreign ports only to bring these to India when
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Kunal Bose
VIGAN Engineering s.a. Rue de l’Industrie, 16 - 1400 Nivelles - Belgium
targeting wheat production of 93.8mt, ambitious by anyreckoning because of two bad monsoon years in a row. Then, asit would happen, came western weather disturbances in Marchaccompanied by hailstorms and rains posing a serious threat tothe standing crop. Not only does the crop size stand to beshaved by anything up to 13mt, but its texture and quality arelikely to be compromised. Leading industry body Assochamcaptures the disturbing development in a report submitted toprime minister Narendra Modi saying: “The emerging wheatsituation in the country is alarming in view of the expectedlower crop, depleting stocks [with government agencies] and theerratic weather threatening the crop further towards maturity.”
The production setback, says the Assochamreport, should lead the government tocreate conditions for liberal imports ofgood quality wheat in the current season.
Last year between April and July, Indianflour mills and private trade agenciesimported at least 500,000 tonnes of highquality Australian wheat. Imports happenedat a time when domestic wheat pricesstarted rallying on reports of a short cropand government ordained minimumsupport price for the commodity becomingincreasingly disproportionate withinternational rates. To give protection tolocal farmers from taking a hit from fallingworld wheat prices spurring imports, thegovernment first imposed customs duty of10% in late July 2015 and then raised it to25% in October. Imports then stopped
prices would scale very high. “The challenge for New Delhi is toget the 29 states and seven union territories to take stern anti-hoarding steps and give exemplary punishments to erring tradepeople. I have told the government more than once that thebest antidote to pulses price inflation will be to build a strategicbuffer stock enabling it to make effective market interventionwhenever prices tend to rise to unreasonable level,” says farmexpert Om Prakash Dhanuka.
The food minister now confirms of steps being taken to startbuilding a buffer of an initial size of 150,000 tonnes. Dhanukasays along with more efficient management of imports and localdistribution of pulses, the government will have to initiate stepsto “very substantially” improve the farm productivity of pulses.A recent government paper admits countries such as Brazil,Nigeria and Myanmar have better yields of pulses than India.Comparison with China will make India blush. The 2015/16Economic Survey says: “Some states do much better than the all-India average (744kg per hectare), but even the key pulseproducing state of Madhya Pradesh has yields (938kg perhectare) barely three-fifths that of China (1,550kg per hectare).”The principal reason for low Indian productivity is growing ofpulses in mostly non-irrigated land. Hopefully, things will startchanging for the better as the government in the recentlypresented budget for 2016/17 has talked about “fast tracking”implementation of irrigation projects covering catchment areasof 10.91m hectares. The country has a net cultivated area of141m hectares.
WHEAT
Thanks to the green revolution of the 1960s, India not onlybecame self-sufficient in wheat and rice, but there were timeswhen it became a challenge to store the surplus grains indamage free condition. India, which in the pre-green revolutiondays produced one-third the size of US wheat crop produced60% more than the US in 2013/14 with an amount of 95.8mt. Itis now the world’s second-largest wheat producer behind China.But good times for wheat growing came to an end in 2014/15when production suffered its second biggest year-on-year fall of6.9mt to 88.9mt. This happened because a highly deficit south-west monsoon between July and September did not leaveenough moisture in wheat growing fields to facilitate sowing inDecember and then the weather behaved truant during cropgrowing and maturing period.
For the current 2015/16 season, the government initially was
Om Prakash Dhanuka.
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making commercial sense for traders.Production falls and also a vast majority of wheat going to
prove of a relaxed quality in 2015/16, imports facilitation,according to Assocham, will demand bringing down the duty to a“more reasonable level of 5% to 10%.” Duty at the suggestedlower rate will allow flour mills and private trade to participatein imports. The report says: “While the government can importwheat duty free through its state trading agencies, privatetraders too should be encouraged to import... to check theopen market prices.” The prospect of ending 2015/16 withwheat stocks of 13.37mt in government warehouses and officialagency Food Corporation of India likely to show a drop ofanything up to 20% over last season’s procurement of 28mt,New Delhi has reasons to be concerned about wheat pricesrising sharply.
RICE
India grows rice principally during summer and also in winter.The advance estimate for 2015/16 says rice production at103.61mt will be 1.87mt less than 105.48mt in the previous year.The country is a regular exporter of long-grain aromatic basmatirice and non-basmati rice. According to Rajen Sundaresan,executive director of All India Rice Exporters Association, Indiawas likely to have exported 10.5m to 11mt of both varieties ofrice in 2015/16 against 11.92mt in 2014-15. Non-basmati riceexports were likely around 5mt. “Our basmati shipmentsvolume might have increased by about 10% this year, but in valuerealization there could be a fall of 20% to 25%,” says AK Gupta,director of Basmati Export Development Foundation. Thesetback in rice exports both in value and volume was because ofreduced purchases by African countries, particularly Nigeria,which has an issue with foreign exchange largely due to low oilprices. Rising domestic prices have also muted export interestof the trade. India faces stiff competition from Thailand, whichhas the benefit of a depreciating currency, Pakistan and Vietnamin the global rice market.
SUGAR
What did encourage the sugar bulls to finally overcome the lastkey technical resistance level of 15 cents a pound of raw sugar?The three-month price of raws at over 16 cents a pound is at amulti-month high. Sugar futures hit a seven-year low at 11.20cents a pound in August first week, plunging the industryworldwide into a major crisis. “Two developments willprincipally explain why prices of sugar, the source of livelihoodfor millions in all growing countries across the world, which fellout of market favour for long should continue to trend higher incoming days. First, research agencies have all revised upwardsthe global sugar deficit — that is, production trailingconsumption — for the current season to end in September.Second, the world’s largest producer and exporter of sugarBrazil is spiriting away increasingly larger volumes of cane juicefrom the sweetener to ethanol as its currency real continues toappreciate,” says Dhanuka who owns sugar factories in theIndian state of Bihar.
Brazilian consultancy Agroconsult says in a report of anestimated 622mt of cane to be crushed in the South Americancountry’s centre south region in the country’s season startingnext month, the share of ethanol will be 58.3% and sugar 41.7%.The consultancy claims big rains in Brazil in the past few monthshave largely compensated for the earlier EL Niño effect on caneplant growth. Some other agencies, however, maintain thatextended rains will delay start of cane crushing by most factories
in 2016/17. The EL Niño phenomenon has not spared theworld’s second-largest producer India and Thailand either.Against last season’s very high production of 28.31mt, Indianoutput is likely to shrink to 25.5mt or even less this time. Lackof rain during the south west monsoon was particularly acute inMaharashtra, the country’s leading sugar producing state. “Asdrought has shrivelled cane crop in Thailand, the country will beproducing about 10mt of sugar in the current season, 14% lessthan the earlier estimate of 11.6mt,” informs Dhanuka.
The International Sugar Organization (ISO), which now haspegged world production shortfall at 5.02mt, up from 3.5mt inNovember says “a statistical deficit is clearly supportive forworld prices” moving generally higher in the remaining monthsof 2015/16 season. While Rabobank confirms that the deficit willbe bigger than its earlier estimate of 4.7mt some agencies areputting the shortfall at up to 7mt, spurring bullish sentiment. Instep with rises in world sugar prices, the Indian industry undergrowing pressure to settle cane dues of about $2.33bn andservice bank loans are mercifully meeting with steadily improvingex-factory prices. May futures contracts on NCDEX are quotingRs3,430 ($51.54) a quintal.
Indian Sugar Mills Association president Tarun Sawhneyattributes better price realizations to revised lower sugarproduction during 2015/16, the expectation of reduced plantingsfor the season to start in October and the industry’s “goodresponse” to the government’s export quota programme.Whether or not the factories manage to break even while sellingin the world market, they must make every attempt to achievethe industry’s export target of 3.2mt. At likely exports ofaround 2mt, the shortfall over the industry target will be quitelarge. But the overhang of a large inventory, a cause of keepinglocal prices down, will get shaved to the extent of exports. Theindustry began the current season with stocks of close to 9mt. DCi
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FOUR BULK CARRIERS BROUGHT
UP TO STANDARD IN TWO
LOCATIONS
Damen has completedmaintenance and surveys on fourbulk carriers recently bought atauction by CN Bulkers, a jointventure between UniversalShipping & Trading and NedNor.The work took place at itsRotterdam yards; DamenShiprepair Rotterdam (Schiedam)and Damen Shiprepair Van BrinkRotterdam (Pernis). The fourvessels, all between 16,000dwtand 17,000dwt, had been inactivefor a time following theinsolvency of their previousowners and had not been dry-docked since 2012.
The vessels came up to the North Sea from theMediterranean either under tow or using their own powerand arrived in Rotterdam at the end of December/beginningof January, with two going to each yard. The scope of worksincluded five-year special surveys for three of the ships and a15-year special survey for the fourth. Each underwent athorough cleaning and repainting below the waterline, andsome assorted blasting and painting on the topsides.
Once the works below the waterline were completed oneof the vessels was moved to a smaller dock for the interiorwork. Once there, activities included inspection andmaintenance of the valves and gearboxes, load testing of thecranes where applicable, and laying out of the anchors andchains. One of the carriers also needed an engine overhauland straightening of the crankshaft. This was carried outin-situ in the engine room.
Two of the vessels were ready for sea by mid-February,the second by the 24th of the same month and the last leftthe dock on 8 March. With at least one of the vesselsalready booked for a charter, being ready on schedule was animportant consideration.
Part of the works also involved painting on the new namefor each vessel, and they are now called the Sotra, Sanna,Senja and Silda respectively. Universal Marine is providingmanagement services.
“It’s been ten years since we last had vessels fromUniversal Marine at Damen, so it’s a pleasure to welcomethem back,” said Boudewijn Baan, sales manager at DamenShiprepair & Conversion. “Our extensive network of repairyards allowed us to complete this multi-vessel project withinjust two months and have them ready for charter onceagain.”
“We decided to drydock the vessels at Damen Shiprepair& Conversion because of the good experiences we have hadwith them,” said Bert Pleysier, Technical Director of Universal
Marine. “They are flexible, practical and fast. They also haveready access to a large variety of well-equipped sub-contractors close by in the neighbourhoods of theirshipyards.”
DAMEN SHIPYARDS GROUP
Damen Shipyards Group operates 32 shipbuilding and repairyards, employing 9,000 people worldwide. Damen hasdelivered more than 6,000 vessels in more than 100countries and delivers some 180 vessels annually tocustomers worldwide. Based on its unique, standardizedship-design concept Damen is able to guarantee consistentquality.
Damen’s focus on standardization, modular constructionand keeping vessels in stock leads to short delivery times,low ‘total cost of ownership’, high resale values and reliableperformance. Furthermore, Damen vessels are based onthorough R&D and proven technology.
Damen offers a wide range of products, including tugs,workboats, naval and patrol vessels, high speed craft, cargovessels, dredgers, vessels for the offshore industry, ferries,pontoons and superyachts.
For nearly all vessel types Damen offers a broad range ofservices, including maintenance, spare parts delivery, trainingand the transfer of (shipbuilding) know-how. Damen alsooffers a variety of marine components, such as nozzles,rudders, anchors, anchor chains and steel works.
In addition to ship design and shipbuilding, DamenShiprepair & Conversion has a worldwide network of 15repair and conversion yards with dry docks ranging up to420 x 80 metres. Conversion projects range from adaptingvessels to today’s requirements and regulations to thecomplete conversion of large offshore structures. DSCcompletes around 1,500 repair and maintenance jobsannually.
Damen Shiprepair & Conversion has CN Bulkers’ newacquisitions ready for operations in eight weeks
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China’s Qingshan Shipyard has delivered AP Revelin, the second ina series of two environmentally sustainable Handysize bulkcarriers, to Croatia-based shipping company Atlantska Plovidbad.d. from Dubrovnik. The 38,700dwt ‘ecoship’ will join first ofclass AP Dubrava, which was delivered in July 2015.
Each 180m (591ft)-long tramp trader, built to the GreenDolphin 38 design unveiled by Shanghai Merchant Ship Design &Research Institute (SDARI) in 2012, features Thordon Bearings’seawater-lubricated COMPAC propeller shaft bearing system anda Thordon Water Quality Package (WQP). This will provide aclean and consistent supply of seawater to the bearings evenwhen the vessel is docked downstream of the current in shallowwaters.
“These energy-efficient vessels are ocean-going but will alsooperate in river entrances where the seawater is highly abrasive,”said Thordon Bearings’ business Development Manager ScottGroves. “But running Thordon’s WQP 24/7 means the propellershaft bearings can be lubricated even when the sea chest isdrawing in filthy river water.”
Explaining the reason for specifying a water-lubricated bearingsystem, Atlantska Plovidba’s Vice-President, Ship Management,Marin Matana, said: “Our vessels trade globally, including the USA.With the Vessel General Permit in effect, we felt that theseawater-lubricated system was the perfect solution. It meetsthe US VGP requirements and is the right choice for theenvironment.”
Matana revealed that a conventional white metal bearing foruse with an environmentally acceptable lubricant had beenconsidered but an unproven track record prevented theirtake-up.
“Some EALs can react negatively with stern tube seal lipswhich could lead to costly dry-docking, affecting the profitabilityof the vessel. We insisted on Thordon Bearings’ COMPACbecause we wanted to benefit from its 15-year wear lifeguarantee, he said.
“I have worked with Thordon Bearings and its Croatiandistributor Skoring for more than 20 years and have a lot ofexperience with Thordon’s SXL rudder bearings, which have aperfect track record. A single source for the design, productquality and installation support was deemed essential to ensuring
the COMPAC system will perform as required and keep myvessels on the high seas,” Matana added.
Craig Carter, Head of Marketing & Customer Service,Thordon Bearings, said: “The Qingshan Shipyard had littleexperience of a COMPAC installation before this project andinitially resisted, but Thordon Bearings’ distributor in China, CYEngineering, was instrumental in explaining the benefits of thesystem, resulting in one of the smoothest installation processeswe have seen. We’ve had excellent feedback from both the yardand owner.”
In addition to the award-winning COMPAC bearing systemand WQP, CY Engineering also supplied bronze shaft liners and aThor-Coat corrosion protection system to both vessels.
The Green Dolphin bulk carrier concept was introducedduring the Posidonia Exhibition in 2012 following a joint researchproject between SDARI, Det Norske Veritas (DNV) and Wärtsilä.It features a hull form and machinery configuration designed tooptimize fuel consumption and reduce emissions.
Atlantska Plovidba’s AP Dubrava and AP Revelin, delivered inJanuary, however, are powered by MAN B&W 5S50ME-B9.2engines and built to Bureau Veritas class.
AP Dubrava, the first vessel in the series, has been operating‘perfectly’ for six months and is now on duty in the Black Sea.Vessel options are being considered.
ABOUT THORDON BEARINGS
A global leader in seawater lubricated propeller shaft bearingsystems with over 25 years’ experience in this technology,Thordon Bearings designs and manufactures a complete range ofnon-metallic sleeve bearing solutions for marine, clean powergeneration, pump, offshore oil, and other industrial markets. Thepolymer bearings operate pollution free without oil or grease.Thordon Bearings is the only manufacturer of propeller shaftbearings to guarantee its award-winning COMPAC system for a15-year wear life.
ABOUT ATLANTSKA PLOVIDBA D.D. – DUBROVNIK, CROATIA
Established in 1955, Dubrovnik-based Atlantska Plovidba d.d.operates a fleet of 17 modern bulk carriers and is committed tomeeting the demands and expectations of national andinternational charterers. The company operates to quality,environment and safety management policies and proceduresrequired by ISO 9001:2008, ISO and the ISM Code for the SafeOperation of Ships and Pollution Prevention.
‘Revelin’: keeping it clean with Thordon’s COMPAC solution
AP Dubrava, the first vessel in the seriesof Green Dophin 38s for AtlantskaPlovidba, was delivered in July 2015
Atlantska Plovidba will run the Thordon Water Quality Packagecontinuously so that the vessels’ shaft bearings can be lubricated evenwhen the sea chest is drawing in filthy river water.
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Fairway Shipping Agencies BV mainly focuses on the tramping side of the shipping business. Tramp agency is one of the oldestprofessions in the shipping industry. Fairway Shipping Agencies was established on 1 July 2003. The company is privately owned andits shareholders are Hudig & Veder BV and Gans Transport BV. The company’s head office is located in the Netherlands in Rhoonwhich is a suburb of Rotterdam and located strategically towards the ports of Rotterdam, Moerdijk and Dordrecht. From this officeFairway co-ordinates all calls in Belgium, the Netherlands and Germany through its local offices.
As an agent there is only one way for a company to distinguish itself from the rest — good service. Fairway Shipping Servicesstrives to offer the best service to its customers in combination with up-to-date knowledge about the ports it represents.Furthermore, it is vital to have a good relationship with the port authorities and the various port services such as pilotage/boatmenetc.
Fairway Shipping Services acts both as charterers’ agents as well as owners’ agents.The vessels it handles vary in the dry cargo trading from bulk carriers to general cargo up to coasters. In wet cargo trading,
vessels include ULCCs (ultra-large crude carriers), LPG (liquefied petroleum gas) carriers, LNG (liquefied natural gas) carriers etc.
What makes Fairway Shipping Services different is
v its team of highly skilled and motivated people, ready to serve and protect its customers’ interests, 24 hours a day, 365 days a year;
v being its customers’ eyes and ears in the North Western European ports as their dedicated, trustworthy partner;
v being interactive in solution solving thinking (tailor made concepts); and
v a large network of partners enabling it to cover all North Western European ports
Through its shareholders, Fairway Shipping Services can offer additional services in mainly the dry bulk/reefer sector and it has animportant share in forwarding. Fairway Shipping Services’ service includes:
v attendances on arrival, during the port stay and upon departure day/night/official holidays etc.;
v daily updates about vessel’s programme;
v checking availability of Original Bladings prior to the commencement of discharging advising owners regarding the outcome viewtaking actions concerning LOI etc.;
v communicating with port authorities, immigration officers, ISPS regulation required by terminals, Port State Control, surveyors,vessel’s class etc.;
v co-ordinating various supplies, stores barge, launches etc.;
v arranging proper conveyances for attending port captains, superintendents from and to the airport or to the hotel/vessel. All ofthis is of course at cost supported by relevant vouchers;
v arranging all crew matters such as doctor/dentist/hospital/ embarking/disembarking/ visa — at cost supporting vouchers by taxi andimmigration;
v taking vessel’s mail/parcels delivered to its office below 15kg and without custom documents.
Fairway Shipping Services’ principals are located worldwide. Its target customers are owners, traders, charterers, receivers and allother parties that require locally a reliable agent.
Fairway Shipping Agencies BV — committed to service and quality
Supply chain logisticsoptimization with
Logmarin’s Log.Des software
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In logistics there is no universal solution, each project has itsown unique challenges and consequently its own uniquesolutions, writes Francesca Narizano – Naval Architect & MarineEngineer – LOGMARINE ADVISORS Srl. In order to avoid sub-optimizing links in a supply chain and to increase the overallefficiency, a holistic view and a deep understanding of the projectparameters and supply chain is needed. It is not enough tosimply transfer something from A to B. This is truer than ever intoday’s globalized dry commodity market, which is at themoment undergoing serious changes.
Take the coal market for example, where a majority of thenew power stations and mines are located in shallow waterareas. This implies that the larger the vessel the bigger themargins, is invalid. As such the basic assumptions of the coalmarket are put into question and forces suppliers andconsumers of coal to charter into unexplored territory. It is inthese competitive and ever changing markets that companiesneed to optimize and seriously evaluate every part of theirbusiness and ventures. The dry commodity market is a segmentof the economy that relies heavily on transportation as it
revolves around the distribution of physical products. Becauseof this it is in the logistical part of a project that a lot ofefficiencies and cost reductions can be found.
Generally the most efficient way to export or import drycargo is through direct shipping, fully loaded vessels arrive atport and fully loaded vessels depart from port. This is howevernot always possible, seeing as a direct shipping solution requiressufficiently deep water for the vessel. In order to draw on thecost benefits of larger vessels (a larger vessel implies a lowertransportation cost), the largest possible vessel is usuallyemployed. This puts a lot of demand on ports and infrastructureand might prevent power plants and mines from reaching theirfull capacity or potential. For a developing region, whereinfrastructure and port facilities might be lacking, this is a seriousissue. In order to solve it, the most cost effective solution isoften not a capital heavy investment in infrastructure or portfacilities, but a cheaper and more adaptable solution.
Southeast Asia is, according to the International EnergyAgency, one of the places in the world where demand for coal isexpected to increase the most until 2035. In fact, the
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International Energy Agency claims that the demand for coal inthe region will increase with 4.8% per year until 2035, providing30% of global growth in coal demand. The majority of this coalwill be imported towards energy production, to fuel the growingeconomies and countries.
Southeast Asia is home to many places with a shallow waterdraught, and a number of the new major power plants and minesare located in such places. This prevents large bulk carriers fromarriving and rules out direct shipping as a solution. To thatextent, the economic benefit of larger vessels is negated, unlessan alternative solution is implemented. For a coal power plant,the most important budget item is the fuel, the coal. As such,the way the coal is transported directly affects the efficiency andcompetitiveness of the plant. In order to draw on the economicbenefit of a large vessel when in a shallow draught area, a viableoption is to employ an offshore terminal. Then use the offshoreterminal as a topping-off point or for lighterage or as a fulltransshipment point.
Dry commodity supply chains are complex; they require anintegrated multidiscipline effort. In order to provide a viable andcompetitive solution for a client, a combination of technical,
financial, geological, operational, maritime, civil, logistical,environmental knowledge, needs to be done, whilst still followingthe wishes of the client and respecting the local community.Often a standard mine-to-ship solution is replicated, not focusingon what is best for the client. This might have been sufficientyears ago, it’s not enough today. In today’s world, each solutionneeds to be customized and adapted to each individual project.
In a new project, be it greenfield or other, there is little to nodata on the efficiency of the envisaged supply chain. Whendealing with places where the infrastructure and port facilitiesare insufficient, and offshore terminals need to be employed, theamount data decreases further. This is problematic seeing as thesupply chain needs to be calculated, changed and optimized, inorder to construct the most efficient solution. The further intothe life of a project, the more expensive and difficult it is tochange the details and specifications of it. Because of this it isimportant to get things right from the start, in order to avoidcosts and inefficiencies that could have been foreseen.
This forecasting has previously been done through analyticaland static methods. Analytical methods, although powerful, stilllack the variability and stochasticity that is reality. A solution is
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the sole result of the equations, and the dependencies defined inthem. Today with the proliferation of data and increase ofcomputing power, discrete event simulations are more viablethan ever. They provide the stochasticity and replicate reality ina way that analytical methods cannot. The relationships betweenitems and links in a supply chain aren’t always intuitive and needto be identified and in order to identify them, they need to bestudied.
Thierry, Thomas and Bel (2008) wrote in their bookSimulation for Supply Chain Management, that the only reasonabletool to use when exploring large projects with many potentialsolutions and scenarios is simulation. The reason they cite isbecause you can change and explore potential solutions to yourproject in a way that other tools cannot mirror. However, asimulation is only as good as the information and logic that it’sbuilt of. Because of this an experienced team with theknowledge of how a commodity supply chain works is needed.
Logmarin’s team has acquired this knowledge through tenyears and the devising and commissioning of over 22 FloatingTransfer Units as well as over 75 feasibility studies in over 23countries.
Logmarin has built its own dynamic Supply Chain SimulationSoftware (Log.Des.) from the commercial simulation softwareWitness. With the help of Log.Des. Logmarin can construct avirtual supply chain and gather data on the operative properties
of said system. Through the exploration of different scenarioswith the use of different equipment (cranes, conveyors, etc.),sources of material, type of material, types of vessels, types ofland based vehicles, etc. and understanding their relationshipwith key-outputs (such as profit, costs, environmental impact,risk, uncertainties, etc.), Log.Des. is an invaluable tool.
The results and relationships from the simulation are thenthoroughly analysed by Logmarin’s experienced and skilful team,as such, without heavy capital investments and risk, explore ‘whatif ’ scenarios to find the most suited and viable solution for eachproject. Earlier this year, Logmarin released the web applicationof Log.Des. allowing Logmarin to come closer to the customers.The web application allows clients to change the simulationmodels themselves online without having to worry about thecomplicated under the hood construction of the simulation.
Log.Des. provides invaluable information at the mostimportant stage of a projects life, the design stage. It helps tocreate a detailed and correct feasibility study. With the feasibilitystudy, Logmarin can advise clients and identify potentialbottlenecks before they are built into the project. The feasibilitystudy should be developed by team work, utilizing each teammembers strengths, background, experiences and competencesallowing everyone to work together in order to evaluate alleventual risks and opportunities. Once the feasibility study hasbeen constructed, Logmarin can provide further supporting
During Logmarin’sten years, Log.Des.has been aninvaluable toolduring differentprojects, from optimizing the coal supply chain in the frigid northof Canada, to exploring a cement supply chain in New Zealand,to calculating best use and types of barges in the tropical SouthEast Asia. The versatility that the simulation software Log.Des.gives allows Logmarin to develop diverse projects in manyregions. Today, Logmarin, with the help of Log.Des., is involved indry commodity projects all over the world, amongst others;
v the world’s largest grain export project in South America;v the world’s largest floating terminal in South East Asia;v a coal power plant in Pakistan; andv an iron ore export project in Australia.
During the different projects, the constructed and simulatedvirtual supply chains has given Logmarin insights that has savednot just headaches, but also money for the clients. Logmarinworks closely with its clients, working together againstbottlenecks in their supply chains, and with the release of theLog.Des. web application Logmarin is closer than ever to itsclients. With its closeness, expertise and versatility Logmarin hasbuilt a good reputation with many long-lasting relationships andreturning clients and will continue to do so for many years. DCi
Iea.org. (2016). Coal. [online] Available at:http://www.iea.org/topics/coal/ [Accessed 30 Mar. 2016].Thierry, C., Thomas, A. and Bel, G. (2008). Simulation for supply chainmanagement. London: ISTE.
Speaking out on shippinginterview with Intercargo’s Secretary General
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Dry Cargo International caught up with David HTongue, Secretary General of Intercargo, the InternationalDry Cargo Shipowners Association, during Intercargo’s
Technical and Executive Committee meetings held in Singapore on 7and 8 March. He said the role of Intercargo was to help guide andimplement global maritime policy and work to improve the safetyrecord of the bulk carrier fleet. And he told DCI’s Michael King thatregulators, owners and operators faced multiple safety andoperational challenges in the years ahead.
DCI: Warwick Norman, CEO of RightShip, said in hispresentation to the Intercargo Committee that members ofIntercargo record significantly fewer detentions than the bulkcarrier fleet overall. Why do you think this is?Tongue: Intercargo is inherently safer because we personally vetour members to ensure their performance is better than
David Tongue was appointed Secretary General ofIntercargo, the International Association of Dry CargoShipowners, in 2014. Prior to taking up the challenge ofleading the organization, he served as Director ofRegulatory Affairs at the International Chamber ofShipping for 12 years. Tongue represents the not-for-profit Intercargo, launched all the way back in 1980 in itsrole as a Non-Government Organization at InternationalMaritime Organization events. Intercargo’s objective isthe creation of a safe, efficient, high quality andenvironmentally friendly dry cargo shipping industry.
David Tongue
Intercargo’s Technical and Executive Committee meetings held inSingapore on 7 and 8 March. David H Tongue, Secretary Generalof Intercargo, can be seen on the first row seated, second from the left.
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standard. They all have a proven performance record and desirefor quality. So that’s why our fleet has a positive allowance inthe RightShip vetting system.
DCI: Whenever bulk carrier spot rates drop as they have donerecently — indeed, returns have been poor for a number ofyears — there are always concerns that owners and operatorswill look to cut costs on training, management and maintenance.Is Intercargo worried that cost cutting due to financial distresscould have a negative impact on safety?Tongue: Of course, everyone is looking carefully at costs, themarket is atrocious, lower than it was 25 years ago whileoperating costs are of course greater.Something has to break because the market isso strained and some owners might not be ableto keep going. Oversupply is the problem andI’d expect more scrapping. But despite all thepressure, I believe we have safety regimes inplace that are safe. Unscrupulous owners mighttry to get away with cutting corners. But theones we are involved with operate underenhanced codes of practice and various otherquality measures. There is no doubt that it’s avery bad market and returns aren’t coveringcosts, but it is essential that safety and qualityare maintained.
DCI: Are you expecting more bankruptcies?Tongue: The market is dire. Drewry said in itspresentation today that ships under 15 years oldshould be scrapped. I’m not sure about that, butI expect higher levels of scrapping. The analysts
differ on how much tonnage will be scrapped and I thought theidea from Drewry of 30% of the fleet was too much. But we doneed to lose capacity. There is no lack of cargo. You can getcargoes, it is just that the cargo isn’t paying enough to cover theship’s cost. Laying up is an option, but it’s a careful balance whenconsidering lay-up costs versus operating. If you’re making lossesevery day then it’s an option, but perhaps not viable for anextended period for older vessels.
DCI: In your just-published 2005-2015 Bulk Carrier CasualtyReport (see box), what do you think are the key findings and theareas where most progress can be made on loss prevention?
Key findings from Intercargo’s new Bulk Carrier Casualty Reportwhich covers the period 2005–2015, include:v 71 bulk carriers over 10,000dwt were identified as total
losses over 2005 to 2015. 46.5% of the ships lost wereHandysize bulk carriers, while Capesizes represented just9.9%
v 255 crew members lost their lives as a consequence ofthe 71 losses, while 21 years was the average age of bulkcarriers lost;
v the highest loss of life was attributed to cargo failure —liquefaction. This cost the lives of 102 crew, 40% of thetotal loss of life over the period;
v the most common reported cause of ship losses wasgrounding, totalling 36.6% of losses;
v losses due to flooding for both ships (19.7%) and lives(21.2%) were also significant;
v cargo liquefaction has been a major issue for bulk carriersafety over the last ten years, especially the transport ofhigh-risk nickel ore, but also other cargoes such as bauxitewhich led to the loss of the Bulk Jupiter and 18 of theship’s 19 crew in January 2015. Indeed, Intercargo saidmany in the bulk carrier industry had still have not
recovered from the shock of losing six bulk carriers and82 seafarers as a consequence of suspected cargoliquefaction in the years 2010, 2011 and 2013;
v following the Vinalines Queen tragedy in 2011, Intercargoreleased its Guide for the Safe Loading of Nickel Ore whichwarns shippers of the hazards and provides a go/no goguidance chart for the loading of nickel ore to supplementIMO guidance;
v ship losses due to structural failure have decreased overthe last ten years and, even if still unacceptable, Intercargosaid the positive effect of enhanced design standards andmonitoring had been proven; and
v lessons learnt from past incidents play an important rolein determining where additional safety improvement isnecessary. Intercargo said it was disappointing andunacceptable to note the slow response of many FlagStates in carrying out incident investigation for seriousbulk carrier casualties and in providing a report to IMO. Itis to be noted that only 24 of the 71 bulk carrier lossesover the period had had investigation reports madeavailable to IMO. And the average time from incident to areport becoming available was 20 months.
Key findings from Intercargo’s newBulk Carrier Casualty Report
Intercargo’s Technical and Executive Committeemeetings held in Singapore on 7 and 8 March.
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Tongue: One of our main concerns is the delaysof Flag States in releasing their investigationreports into casualties, or more often the totallack of a published report. We need timelyreports to put countermeasures in place andtake preventive action. But from the beginningof 2005 to the end of 2015 there were 71 bulkcarrier casualties which we list and identify inthe new report. However, only 24 investigationreports have been recorded on the IMO’sGlobal Integrated Shipping Information Systemwith the average time period between the dateof the incident and the data of posting thecasualty report being 20 months. It’s not goodenough.
DCI: This must be of particular concern whenlives have been lost, especially due toliquefaction where investigation reports havebeen published and made available to IMO atstartlingly slow rates, if they’ve been published at all?Tongue: Yes it is. If we go back to the Bulk Jupiter casualty lastyear, the Bahamas Flag State’s casualty investigation report wasout within seven months and it had depth as well as identifyingthe shipper as being uncooperative. We need accurate shippers’declarations and cargo information to protect ships andseafarers. The Bahamas did a great job on the Bulk Jupiter. Butgenerally these reports are slow to come out. We’re constantlypressing the IMO to make the worst offenders improve theirperformance. If we don’t have timely and accurate reporting sowe understand the causes of casualties then this increases thechances of repeats, which is putting peoples’ lives in danger.
We’d also like more quality assurance requirements forcharterers. Many charterers do have quality assurance, but someare a bit risky.
DCI: Would you like to see bauxite, the cargo loaded on to theBulk Jupiter, be re-classified under the International MaritimeSolid Bulk Cargoes Code (IMSBC code)?Tongue: Bauxite is a presently classified in the IMSBC Code as aGroup ‘C’ cargo which means it should not have any inherentdanger or hazard during carriage, unlike Group ‘A’ cargoes whichare those that may be subject to liquefaction during carriage ifthe transportable Moisture Limit (TML) is exceeded. There are
Vetting specialist RightShip will launch a new product later this year offering awide range of service upgrades for customers seeking to vet bulk carrier vesselsbefore chartering.
RightShip Qi will introduce the benefits of big data and predictive analytics toship vetting in a bid to improve safety and offer owners more choice whenselecting a vessel on sustainability criteria.
Warwick Norman, CEO of RightShip, said the new tool — pronounced ‘key’and an acronym for Quality Index — is planned to “commence in Q3”.
He told DCI on the side lines of Intercargo Committee meetings in Singaporein March that RightShip Qi would replace the company’s existing Ship VettingInformation System (SVIS) which has so far been used to vet over 260,000 drybulk vessels, denying approval to more than 8,000.
According to Norman, Qi will improve bulk carrier safety and reducecustomer risk by using predictive analysis techniques during the vettingprocedure, making use of more data points, and enabling greater flexibility withvetting criteria and rules as well as offering real time calculation options. It will also no longer treat vessels with specific FlagStates or Classification Societies as singular blocks and will better define vessel type groups.
“Instead of a broad brush approach we can define it all much better now,” he added.He also called on the dry bulk industry to aggressively pursue improvements to safety performance and called for the
development of a similar system to ISGOTT (International Safety Guide for Oil Tankers and Terminals) which has helped thetanker industry improve its standards.
“Human factors in safety need to be addressed better than has been managed so far, and we need more benchmarking sothere are more incentives,” he added. “There are opportunities for the dry bulk sector to improve performance and there ispressure to improve performance. Our customers want this in the fleet. We’re one of the cogs but we all need to look at this.”
RightShip to launch major new ship vetting productWarwickNorman.
Nickel ore is a potentially hazardous cargo.
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some that think bauxite should be classified as both a ‘C’ cargoand an ‘A’ cargo as there has been no historic problem withbauxite cargoes from some areas where it is mined and shipped.But I think the IMO should move it to a Group ‘A’ only cargo toprovide certainty and the increased level of safety that therequirement to test all bauxite cargoes would provide. Australiahas also determined, and drawn to IMO attention, that theschedule for coal requires further attention due to thepossibility of liquefaction under certain particle size ranges. IMOhas recognized the problem, and an inter-sessional workinggroup led by Japan has been established to review and proposeamended schedules for both bauxite and coal — the additionalrecent experiences where some declared Group ‘C’ coal cargoeshave caught fire is also of concern. The IMO inter-sessional
group are just finishing a second round of talks on bauxite andcoal cargoes. The IMO will move this forward later this year andthey have also sent out a circular on the dangers of bauxiteadvising caution. A French research project is also looking atways of introducing a new test procedure for the testing ofCaledonian nickel ore cargoes. Nickel ore problems have mainlyoccurred with Indonesian cargoes and when Indonesia bannedthe export of unprocessed ore it removed a major source ofconcern for safety. But there is no doubt that exports willresume at some point and I imagine there will be a lot of nickelore sitting in stockpiles in a potentially dangerous condition.DCI: What other challenges are bulk carrier operators andowners facing in terms of new regulations?Tongue: Emissions regulations are a worry, but not the greatest
The pros and cons of laying up vesselsversus keeping them in service werelaid out in some detail at Intercargo’sTechnical and Executive Committeemeeting held in Singapore on 7 and 8March.
James Forsdyke, Asia Marine Sales &Marketing Manager, Lloyd’s RegisterMarine, illustrated some of the keydecisions owners and operatorsneeded to consider when decidingwhether to lay-up ships as a responseto rock-bottom ocean freight rates.
Drawing on input from LR’s Layingup Ships guide, he said there were multiple lay-up optionsavailable to owners. These ranged from ‘hot’ layups of up toone month out of service which would allow vessels to bereactivated within 24 hours, to ‘cold’ and long-term lay-upswhich would see vessels out of service for five years or moreand take three weeks to reactivate. The costs of differentoptions varied hugely, he said, due to the different manning,insurance, class, maintenance and mooring costs associatedwith each option.
Citing estimates from one lay-up specialist is Asia, he saidan average comprehensive cold lay-up for a 43,656dwt bulkerwould cost US$50,904 in addition to charges of US$34,750per month, although less comprehensive service optionswere also available.
According to Forsdyke, for owners looking at hot andcold lay-up options versus keeping their ships in service, oneof the key variables was understanding the real riskassociated with re-activation of the vessel.
“It’s fairly straightforward to cost out a preservation planduring the lay-up, whether doing it yourself or using a sub-contractor,” he said. “But we all know in this industry youhave to expect the unexpected. If a vessel is laid up for along period of time, then re-activation starts with a tow todry dock. From that point on, there are a number of thingsthat could need renewing or repairing that you didn’t bankon.
“Ultimately, an owner’s best defence is in a comprehensivepreservation plan, and I would certainly recommend that
anyone putting one together has itreviewed by a third party.”
Forsdyke told DCI owners of bulkcarriers were looking at all optionsgiven the bearish outlook for freightrates and current poor returns onoperations. “I read a Bloomberg articlethis morning that stated, in spite ofrates at record lows, the global fleet isstill relatively well utilized,” heexplained.” Owners are choosing tostay in the market even if it meansoperating at a loss, which is often thecase during downturns — the unknown
for them is how long they will need to see it out.”The difference now compared to previous dry bulk
downturns was that low global interest rates were enablingmany owners to keep operating while doing their best tokeep their banks onside. “But many of the owners andoperators that we speak to are beginning to assess theeconomics of lay ups, although they appear to still be of theopinion that they are not there just yet,” he added.
“The key thing to assess is, based on their current incomeand costs, how long they can last? If they can re-negotiatemortgage repayments that buys them a bit more time toweather the bad rates storm. If poor markets persist thenmore hard decisions will need to be made by owners — orfor them by their banks.”
Asked if scrapping ships even less than 15 years old mightbecome an option for some owners, Forsdyke said itdepended on subjective analysis of the supply-demandbalance.
“I believe we are already seeing reports of some 21stcentury built ships going to the breakers,” he said. “Certainly,average ages of ships sent for demolition have declineddramatically and are now below long term averages. The ideaof scrapping schemes or a focus on age is a subject thatalways comes up during bad tanker and dry bulk markets.
“It all comes down to the individual owner and theirperception of risk versus opportunity — and their ability tohold on, keeping the show on the road, until they can covercosts, pay back debt and move back to profit.”
Laying up vessels: pros and consJames Forsdyke.
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concern at the moment. We are moreconcerned with the effect of the entryinto force of IMO’s Ballast WaterConvention. The ratificationrequirements will most certainly beachieved this year with entry into forcesometime in 2017. Finding anappropriate treatment system forretrofitting the majority of existing bulkcarriers with a ballast water system isparticularly difficult or even impossiblewhen you have a bulk carrier with saythree uptake points and maybe twelvedifferent discharge points. The majorityof systems on the market rely ontreatment upon both uptake anddischarge and to treat the upper wing drop tanks is hugelydifficult. What people don’t understand is that it’s not a solutionto simply connect the topside wing tanks to the double bottomtanks with a pipe, because the double bottom tanks are notdesigned to withstand the additional pressure. To upgrade thebottom tanks to withstand the additional head pressure thatwould be imposed is just not feasible in practice. The additionalelectrical demand that BW treatment systems require is afurther concern that is frequently not understood, traditionalbulk carrier designs do not have the power to operate ballastwater treatment systems and cargo cranes at the same time, thelack of space to fit an additional generator means that the onlyway to operate would be with greatly increased loading ordischarge times. Certainly, the paper Liberia has recentlysubmitted to IMO advocating continued use of enhanced ballast
water exchange systems is a breath offresh air and is seen as a practical wayforward, which would effectivelycontrol the discharge of invasivespecies in a manner that can beundertaken by bulk carriers withminimal cost and permit continuedoperation without any delay.
DCI: Looking forward, what would youhope to achieve for your membersand the wider dry bulk shippingcommunity in your time as head ofIntercargo?Tongue: Although often considered asthe ‘poor relation’ when compared to
other ‘sexier’ sectors of shipping it needs to be fully recognizedthat the bulk carrier fleet is by far the largest sector of worldshipping by DWT, well in excess of 40%, and the continuousefficient transport of raw materials to feed the demands ofworldwide industries that is provided cannot be underestimatedin its contribution towards world trade and development. Theundoubted success that Intercargo has achieved in continuing toeffectively address such controversial and important issues forthe dry cargo industry as cargo liquefaction, safe loading rates,and raising awareness of bulk carrier casualties with opennessand transparency, has been due to the dedication of itssecretariat and willingness to engage by its members. I hope tocontinue to build on this good foundation to enable Intercargoto maintain and increase its influence and standing in themaritime sector. DCi
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Dimitris Nikoleris, Business Development Managerfrom global integrated surveillance solutionsspecialist Synectics, explains how evolvingsurveillance technology can help South East Asianports do more than keep goods secure.
With an annual economic growth rate of 5%,the SE Asian market is currently undergoing hugeexpansion. As the GDP of the 11 countries thatmake up the region approaches $2 trillion and thepersonal income of the 600 million people livingthere comes into line with that of China, therapidly growing middle class is demanding moreconsumer products. This is fuelling a boom intrade.
Even with the current slump in dry bulkshipping, public and private investment in SE Asianports and the supporting infrastructure isestimated to reach around $8 trillion* in the nextten years.
Where a sector is so critical to both economicand human life, there are of course always threats. Keeping portassets, the goods they hold, the ships using them and the staffworking there safe, is a challenge. But it is a challenge that anintelligently integrated surveillance solution is well equipped totackle, particularly in terms of dry cargo storage and logistics.
WHAT HAS BEEN THE TYPICAL APPROACH TO SURVEILLANCE?Historically the ports sector has looked to individual, separatelyimplemented and monitored systems to protect its assets.Perimeter security, intruder detection systems, access control,emergency incident alarms, cameras and general site surveillancewill be present on most port estates — but they aretraditionally considered, and therefore treated, as siloedelements.
The net result of this has been inefficiency; with increasedtime, manpower and monetary costs incurred to manage theindividual systems. This approach also has limited potential interms of maximizing the information and data available - withdisparate solutions there will only ever be a disjointed view ofoperations.
Achieving full-site situational awareness is currently an almostimpossible task because ‘isolated’ incidents can never bepresented and understood in the broader context of otherevents. When you consider how many carriers, logisticsoperators and businesses operate in and around a port, thepotential negative impact of a fragmented operational view isquite significant.
But this does not have to be the case. To see why, let’s firstlylook at the essentials of port surveillance. There are three mainelements to consider with any surveillance system handling drycargo.
1. Safety — the proactive monitoring and enhanced activationof health and safety is paramount in any port setting. This caninclude monitoring storage conditions, cargo movements, staffinteraction with cargo etc.
2. Security — ports are large targets; in this age of advancedsecurity threats, the security of a site requires careful
South East Asian surveillance: integration can transform cargo protection
consideration. It is not only the security of the cargo thatneeds monitoring, but that of the site and people too.
3 Operations — a port needs to be efficient to be profitable.With multiple companies, cargo and machinery using thesame space, stringent operating procedures and processesneed to be in place.
HOW DOES AN INTELLIGENTLY INTEGRATED SYSTEM SUPPORT
THIS?Open protocol surveillance command and control platformsenable video (analogue, digital and thermal cameras), intruderalarms, fire and gas detection, access control, critical assettracking and site management systems to be integrated,monitored and managed within a single, unified environment.
This allows operators located in a central security centre toachieve a 360° view of data and events. For example, anintegrated solution of this nature can not only detect ‘obvious’isolated incidents, such as a forced perimeter fence breach, butcan also be programmed to ‘look for’ specific events whichindividually may not mean anything, but when analysed togethercan signal potential threats.
SafetyMonitoring health and safety is a paramount concern on anyport estate — to protect assets/people and also ensureprotection against compliance and negligence claims. But it isnot just the safety of people and cargo on the port estate thatneeds monitoring; the infrastructure and surrounding areas arean integral part of the safety concern. Here are some examples.
An alarm sounds as the unloading of a consignment ofsulphur commences, signalling no water can be sprayed onto thecargo as it is unloaded. In isolation, this is not necessarily aworry. But what if a man-down alert is also received by thesurveillance team, while in another area of the site air qualityreadings start to fluctuate? Together these individual eventsindicate an issue. However, without being able to view andunderstand them in the context of each other, a potentiallysignificant threat to safety could be missed.
Integrating these different systems into one command andcontrol platform, together with unified communications, the*Referenced from the McKinsey Report
Unloading coal at Gangavaramport in India.
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local authorities to evacuate residents in range or in the path ofprojected pollution, while simultaneously sending emergencyservice personnel to attend to the staff member alreadyovercome by the fumes. All these activities and subsequentactions can then be logged against the incident for evidencereview or training purposes.
In addition, operating an integrated system has the addedbenefit of proving compliance to ISO 28000:2007, thespecification for security management systems for the supplychain, as well as ISO 20858:2007 for maritime port facilitysecurity assessments and security plan development.
SecurityImagine another scenario. Thermal imaging cameras begin toshow heat in one of the coal storage sheds, which is a restrictedarea. This triggers a safety alert advising control centrepersonnel to check temperature readings and initiate acooling/fire-prevention workflow process.
But imagine the same scenario occurs in conjunction with anaccess card alert from a member of staff who is not due on shiftfor another three hours. Using the system’s in-built analyticswith live-streamed video, the control centre team can track andquickly locate and identify the person using the access card,while deploying and guiding a security team to intercept them.
Furthermore, this system enables control staff to collaborateand monitor the situation, while being automatically guidedthrough appropriate incident scenarios and workflows. Anintegrated system offers complete situational awareness and aquick resolution to a threat before it can escalate further;delivering a level of consistency vital to overall port security.
Operations Although threat of theft or attack is a key factor affectingsurveillance trends in the global shipping and marine market, theother important consideration is the economy. Budgets aretight, cargoes are precious and resources are limited. What isbecoming a standard practice, therefore, is the use ofsurveillance as a way to improve operational efficiencies.
With the integration capabilities of modern surveillancesystems, port management companies can, for example, reducestaff numbers needed for high-risk activities. As well as reducingthe risk to staff, this can be a beneficial scenario for operationsin areas such as complex machinery zones or storage areas forpotentially flammable or self-igniting goods such as oil seed orcoal.
The other major trend, in terms of operational efficiencies, isfor surveillance monitoring and control technology to integratewith systems critical to goods maintenance.
Temperature fluctuations, excessive humidity and light levelscan all have a detrimental effect on goods. Linking sensory dataprogrammed to detect such changes with real-time videofootage, personnel can immediately see any factors that mayneed addressing. These could include temperature increases,fire, water ingress, too many personnel in one area, ordoorways/hatches that may be open when they should beclosed.
In this way, intelligently integrated surveillance monitoring andcontrol systems deliver valuable insight and can become integralto an overall assessment system.
Data gathered from surveillance sub-systems, via an openarchitecture integrated surveillance solution, can providecomplete situational awareness for all aspects of port operation.
In-built analytics enable detailed insight into procedures andpractices, as well as programmed to ‘look for’ patterns ofinefficiencies. Data collection and in-system analysis enablesmanagement teams to work towards improvement, efficiencyand best practice.
This has a knock-on benefit for port management companies;as well as helping to keep goods in optimal condition, it alsoprovides the audit trail to provide confirming evidence. As partof their ‘trade journey’, goods may be stored or transported byvarious different methods and therefore, could be damaged atmultiple stages. Being able to demonstrate that items werereceived, maintained and delivered in optimal condition byproviding the data captured is a valuable resource. This canmitigate against questions or allegations about goodsmaintenance for example as part of an insurance investigation.
With dry bulk shipping costs escalating and daily feesdropping, the shipping and marine sector needs to improve theprocesses for transporting, unloading and storage to ensuremaximum product quality is retained. The additional return oninvestment offered by integrated security systems are two-fold,providing the means to develop a highly dynamic process,coupled with data analysis that has multiple applications —ensuring costs are kept to the minimum for the maximumreturn.
LOOKING TO THE FUTURE
As the Transatlantic Trade and Investment Partnership (TTIP)nears resolution and with the Trans-Pacific Partnership (TPP)already in place, multinationals are ready and waiting to seize theopportunity to transport large amounts of cargo from East toWest and vice versa.
To enable the safe transport of ever increasing amounts oftrade, integrated surveillance and smart technology is fast-becoming the go-to solution to ensure the safe, efficient transferof goods and materials.
For example, as ships become more connected to themainland, data coming in from sea can be used to plan the mostefficient unloading and transport of dry cargo from sea to enddelivery point. This can include ensuring storage bays are emptyto receive goods, transportation is scheduled and routes areclear, and GPS data can be captured throughout the land basedjourney to provide real-time delivery timeframes.
As global satellite communications become more advanced,the link between ships and shore will also become increasinglyblurred, as data will be able to pass more freely from one to theother. In addition to transport planning, this can be used tomonitor the state, and even value, of the cargo on board –meaning a decision about storage or transportation can be takenbefore the vessel has even entered the port. Real-time cargotracking of this nature does currently exist but it is in its infancy.
In addition, in order to deliver the UN’s ‘Safer Cities’objectives, ports must interface with local municipal andemergency services and be included in any critical infrastructureprotection. Here too we will certainly see informationintegration — made possible through surveillance command andcontrol — increasingly move into the spotlight.
What is very clear, whether looking at the here and now orto the future, is that surveillance is quickly moving beyond beingan isolated component of port security. Data unification isabsolutely critical for protecting assets that are so important tothe global economy — it’s an ambition that has to become areality for the port operators. Intelligently integratedsurveillance can make that happen.
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The government in Australia has given the go-ahead for the controversial Abbott Point expansion project, which will requireinvestment of $12.1 billion. This is being funded by Adani Enterprises in the Galilee Basin and will increase the coal handling capacityof the existing terminal.
Given that the work will involve the dredging of one point 1.1 million m³ of spoil, environmentalists have argued that this will causedamage to the Great Barrier Reef.
However, the Environment Minister has imposed 30 strict conditions on the project. Indeed, earlier plans to dredge 3 million m³ ofmaterial, which would then be dumped into the water around the Great Barrier Reef Maritime Park, have been completelyabandoned. Spoil extracted as part of the new project will have to be disposed of on existing industrial land.
The Environment Minister also stressed that the port is some 20km from any coral reef and therefore no coral reef would benegatively impacted by the work.
The Environment Minister additionally emphasized that Indian power stations would be able to use the higher quality Australiancoal rather than have to rely on cheaper and poorer quality coal from elsewhere.
Adani mines in Australia are due to produce around 60 million tonnes of thermal coal a year for export. The company claims thatthe expanded terminal will generate 10,000 jobs, both directly and indirectly.
Some in the industry believe the new initiative will never make money, given falling coal prices globally. Indeed, Greenpeace labelledthe decision by the government has both “illogical and unnecessary”. It went on to say that Adani has yet to source the necessaryinvestment and might struggle to do so at a time of falling prices. Barry Cross
Abbott Point expansion to go ahead
Adani’s Kandla bulk terminal at Tuna in India has created history by berthing its first-ever Capesize bulk carrier. The180,000dwt vessel, which was 295 metres long, conveyed 127,180 tonnes of coal from Baltimore, in the USA. The record waseven more impressive in that it's the first time that any of the major ports in India have accommodated such a large vessel.
Tuna Terminal, which is fully mechanized, is operated by Adani Kandla Bulk Terminal as part of a concession granted to it bythe port trust. BC
First Capesize bulker calls at Indian ports
Callao to have largest covered minerals warehouseImpala Terminals Perú is building the world’s largest minerals warehouse at the Peruvian port of Callao, says managing directorCristian Landeo. Once complete, it will cover 126,000m². Part of the aim is to reduce the amount of particulates released into theair from the handling of concentrates.
Construction is reported to be three-quarters complete, with the roof now being put on. Work, which is due to finish inNovember, will mean that two of Callao’s mineral storage areas are covered. Previously, similar work had been undertaken by LouisDreyfus Commodities at its warehouse in Gambetta Avenue. Perubar (Glencore) is shortly to follow suit.
According to Landeo, it is costing Impala $35 million to cover its operating area, which can be added to other investmentundertaken in 2001, which saw the lead storage warehouse covered. Then, in 2014, a covered conveyor system was introduced at theport.
“The conveyor has allowed vessel waiting times to be cut from eight days to just a few hours,” he said.Impala is a major player in the port of Callao, being responsible for 55–60% of total mineral traffic stored there. It warehouses
concentrates produced in Central Peru by the likes of Volcan, Milpo, Votorantim and Chinalco, and has an area set aside especially foroutput generated by Toromocho, handling all its copper concentrates.
This latter contract involved the company in expanding its facilities from 74,000m2 to 180,000m2 at a cost of $70 million.“Since 2001, we have invested $170 million,” said Landeo.Impala’s turnover has been boosted by the new traffic, resulting in throughput of 2.8mt (million tonnes) and revenue of $60 million
in 2015.However, given the downturn in demand for minerals, the company will not continue its current levels of investment, particularly
now that mining companies are scaling back production.“At present, we are committed to completing the projects that we have scheduled, and to be creative in order to continue being
competitive and won’t hike prices,” he said.Impala is, however, looking at expanding into other areas. In the port of Salaverry, it is partnering Santa Sofía Puertos on a project
to install a new conveyor system. Furthermore, in Matarani port, there is another initiative to create a further minerals storage area.Government go ahead is required in both cases.
Impala Terminals, which was set up in 2011 as Trafigura’s logistics subsidiary, now operates across 18 countries. BC
WSNorthern Brazilian ports handling more export grain
In 2015, Brazil's so-called Northern Arc of ports — Itacoatiara (AM), Santarém and Vila do Conde (PA), Itaqui (MA) and Salvador (BA)— boosted exports of soya and wheat by 54%. In total, they reported handling 20mt (million tonnes).
According to Marcelo Cabral, the director of Infrastructure and Logistics at the Ministry of Agriculture, Fisheries and Food Supply(MAPA), just five years ago, these ports accounted for 8% of the total amount of soya and wheat that was exported; now, the figurehas risen to 20%.
He explains that by using these northern and north-eastern ports, overall distances have been reduced from the production areasin the mid-West, cutting logistics costs by around $50 per tonne. Cabral also stresses that they have helped relieve pressure on portsin the south and south-east, such as Santos and Paranaguá.
For all of 2015, exports of soya and wheat amounted to 100mt in Brazil. Of this, Santos accounted for 30mt last year, up from27mt the year before. Growth at Paranaguá was less dramatic, up from 17mt to 18mt. BC
In Brazil, the reinforced and realigned Berth 3 at the port of Itajaí is due to start handling dry bulk traffic as of May. This willconsist almost entirely of organic soya. This should help offset last year’s loss of 40% of the port’s Asian traffic.
According to port director Antonio Ayres dos Santos Júnior, it was absolutely essential to implement this change toattempt to widen the overall mix of services offered. Once the soya traffic begins, he said, it will help improve the overallfinancial health of the port and reinvigorate the logistics chain.
Around 55 road haulage vehicles daily will bring organic soya to the port, which will improve the overall traffic at the portby 8% compared with January 2016 and by 38% on the right hand bank of the port.
It is calculated that up to 60,000 tonnes of soya a month will come to the port, making use of the BR-101 highway.In January this year, the Itajaí-Açu port complex handling 874,000 tonnes of cargo, with 161,000 of those tonnes coming
through Itajaí on the right bank. This figure is now expected to increase to 220,000 tonnes per month. When Asian shippinglines left the port, throughput had been in the order of 300,000 tonnes. BC
Itajaí handling organic soya
Salalah exporting locally mined mineralsDry bulk traffic at the Omani port ofSalalah was up 22% last year to 12.54mt(million tonnes), the majority of it beinglocally mined limestone and gypsum. Traffichad risen by 30% the previous year, too,and is forecast to rise once more in 2016,according to CEO David Gledhill, thanks tothe opening of new berths at the GeneralCargo Terminal last year.
“The General Cargo Terminal achievedthese results through operational planningand efficiency, improvements andinnovation, including the completion of agovernment-funded expansion and theinauguration of new berths in December2015,” he said.
Giving an overview of last year’s performance, he noted, “The handling of locally-mined limestone and gypsum has been drivinggrowth in the general cargo business and remains the largest commodity for the terminal followed by methanol, fuel and baggedmaterial, mainly cement. The outlook for GCT is positive as it attracts new business and works with existing customers to increasetheir throughput in 2016.”
In December, the port officially opened a new deep-water General Cargo and Liquid Bulk Terminal, which is capable of handling upto 20mt of dry cargo, in addition to 6mt of liquid bulk. The facility, which has 1,266 metres of berthing line, is situated on the leewardside of southern breakwater. Two 320-metre berths are given over entirely to dry bulk.
Gledhill notes that rising demand for both limestone and gypsum means that more than 1mt a month will be handled at theterminal.
“This increased volume will be achieved thanks partly to the expanded berths that became operation in December 2015 andplanned investment in automated equipment for handling aggregates. An anticipated increase in the importation of grain and othergeneral cargo will also benefit the terminal,” he suggested. BC
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Proven reliability and performance combined with reducedownership costs were key reasons for Burlington Stone choosinga Case 1021 F Series Wheel Loader
Burlington Stone, one of the UK’s leading natural stone andslate producers has increased its quarry and earthmovingequipment fleet of Case machines to 10 with the addition of anew Case 1021 F series wheel loader, supplied by local Casedealer Dennis Barnfield.
The Case 1021F will join an existing Case fleet of 7 x 921Fwheel loaders located at Burlington’s Kirby-in-Furness quarry,working alongside a Case CX350C and CX470B crawlerexcavators at the quarry face, loading the cut stone blocks ontotrucks for transportation to secondary cutting, production,crushing and recycling facilities on site. To enable longer lengthsof stone to be moved the 1021F has been fitted with tyre chainsplus a V Profile special bucket.
Specially designed to work in demanding quarrying andaggregate environments this machine offers high levels of fueleconomy and reliability, and delivers class leading performanceand productivity due to its SCR technology and advanced coolingtechnology, high bucket payload, and a Tier 4 Interim 9 litreCase/FPT diesel engine, producing 320hp.
Burlington stone has been working Case machines for manyyears and their proven performance and reliability were keyreasons for the company choosing a new Case 1021F as thesuccessor to the 921E.
“The Case 921E has been a great machine for us” said IanKelly, Quarry Manager at Burlington Stone. “We’ve been usingCase loading shovels for 17 years and they have proved to bereliable and robust enough to handle working in what is quite aharsh environment on our sites. We have always had goodproductivity with the Case machines through very little downtime, and the power delivered by the machine is great forhandling the large blocks of slate we extract.
Before purchasing the Case 1021F Burlington looked at othermanufactures equivalents, Ian Kelly explains why they decided togo with another Case: “Without the proven reliability the Casemachines offer we didn’t feel the others we looked at offered thebest value for money. For us it was the complete package of agood purchase price, plus good fuel consumptions figures and low
maintenance costs. We also have a very good workingrelationship with Malcolm Mackay at Dennis Barnfield, which hasbeen built up over the last 17 years. They are fairly local to usand if we have a problem or need to fit a service in around ourplanned operations they always do their best to help.”
Burlington’s machine operators have also been impressed withthe 1021F especially the new cab layout, which provides excellentvisibility, and with Case’s joystick steering system which isintegrated into the left hand armrest, repetitive loading duties area much easier task. There is also the optional rearview wide-angle camera, which has a live feed to the colour monitor in thecab for additional security and improved safety on site.
Kelly adds “The Case machines we have used over the past 17years have always been operator friendly but this new machine
offers a totally different level ofoperator comfort to the previousones, which is important if you areasking someone to work full shifts onit 5-6 days a week.”
Case Construction Equipment sellsand supports a full line ofconstruction equipment around theworld, including loaders/backhoes,excavators, motor graders, wheelloaders, vibratory compaction rollers,crawler dozers, skid steers, compacttrack loaders and rough-terrainforklifts. Through CASE dealers,customers have access to a trueprofessional partner with world-classequipment and aftermarket support,reliable warranties and flexiblefinancing.
Case Construction Equipment is abrand of CNH Industrial N.V.
Burlington Stone increases its fleet of heavy duty Case machines
Kalmar unveils plans toconsolidate and streamlineoperationsKALMAR PLANS TO CONSOLIDATE ITS EUROPEAN
ASSEMBLY OPERATIONS TO POLAND AND INVEST IN A
BUSINESS, INNOVATION AND TECHNOLOGY CENTRE IN
SWEDEN
Kalmar, part of Cargotec, plans to consolidate its assemblyoperations in Europe. In order to improve operationalefficiency and ensure long-term competitiveness in theglobal markets, Kalmar plans to transfer the production offorklift trucks from Sweden to Poland, invest in new, state-of-the-art premises in Sweden and transform theoperations in Southern Sweden into a Business, Innovationand Technology Centre.
The new Business, Innovation and Technology Centre inLjungby, Sweden would focus on strengthening Kalmar’sexpertise in digital business development, research anddevelopment, prototype production and testing of mobileequipment. Additionally, Kalmar is planning to launch adigital business development programme in collaborationwith Linneaus University in Southern Sweden.
According to the plans, the forklift truck productionthat is currently located in Lidhult, Sweden would betransferred to Kalmar’s assembly operations in Stargard,Poland. The transfer would take approximately two yearsand lead to the gradual closing of the operations in Lidhult.To implement the plans, Kalmar begins negotiations withthe labour unions. Approximately 190 employees inSweden would be affected by the change, and Kalmar willprovide them support in competence development andassistance in finding new job opportunities.
“We recognize that this is a difficult time for people inLidhult. However, we must make sure that we continue tosustain our global leadership position also in the future.We are expecting to gain synergies and strengthenKalmar’s competitiveness in the global markets with amore cost competitive production setup. At the sametime, we will invest in the future by boosting ourtechnological competences to speed up our digitaljourney,” says Dan Pettersson, Senior Vice President, MobileEquipment, Kalmar.
“We have a strong heritage in Småland, Sweden. Thenew Business, Innovation and Technology Centre wouldcreate new business and job opportunities especially in thearea of digitalization. In Poland, our plan is to expand theoperations at Stargard which would create 200 new jobs inthe region,” he continues.
Kalmar employs currently approximately 350 people inLidhult and Ljungby, Sweden, and approximately 320 peoplein Poland.
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MacGregor, part of Cargotec, has confirmed an importantorder to deliver hatch covers, cranes, deck machinery andsteering gear to two new 25,600dwt dual-fuelled Handysizebulk carriers for Finnish owner ESL Shipping. The ice-classvessels are the first to be built to new classification societyrules introduced January 2016. The ships have been designedto set new standards in efficiency and environmentalperformance and introduce liquefied natural gas-poweredbulkers to the market.
For each vessel MacGregor will deliver three K3030-4mechanical grab cargo cranes with a safe working load of 30tonnes at 30m outreach, design and key components packagefor multi folding-type hatch covers (6+6), electrically-drivenHatlapa deck machinery and Porsgrunn steering gear.
“These are exciting new bulk carriers and we are happythat our customer choose MacGregor to supply theextensive equipment package for the vessels,” says AndersBerencsy, Sales Manager at MacGregor. “ESL has operatedMacGregor cranes and hatch covers for a number of yearson several bulkers in its fleet. The fact that ESL has returnedto MacGregor demonstrates the company’s trust in ourequipment and in MacGregor’s ability to deliver the multi-discipline expertise required for complete equipmentpackages including Hatlapa deck machinery and Porsgrunnsteering gear.”
“We wanted to have a highly efficient and reliable cargo
handling system on our newbuildings, with service and sparesclose to our operations,” adds Mikki Koskinen, ManagingDirector at ESL Shipping. “The extended commissioningservice that MacGregor is able to provide, was also animportant factor in securing the contracts.”
The 160m vessels are being built to B.Delta26LNG-designdeveloped in close co-operation between Deltamarin and ESLShipping by Sinotrans & CSC Shipbuilding IndustryCooperation’s Qingshan shipyard in China. The first vessel isscheduled for delivery at the end of 2017 and the second inearly 2018. They will primarily be used to carry rawmaterials for steel and energy industries in the Gulf ofBothnia and Baltic Sea.
MacGregor shapes the offshore and marine industries byoffering world-leading engineering solutions and services witha strong portfolio of MacGregor, Hatlapa, Porsgrunn, Pusnesand Triplex brands. Shipbuilders, owners and operators areable to optimize the lifetime profitability, safety, reliability andenvironmental sustainability of their operations by working inclose cooperation with MacGregor.
MacGregor solutions and services for handling marinecargoes, vessel operations, offshore loads, crude/LNG transferand offshore mooring are all designed to perform with thesea. MacGregor is part of Cargotec. Cargotec’s sales in 2015totalled approximately €3.7 billion and it employs almost11,000 people.
MacGregor equipment packages ordered for ESL’s new eco-bulker duo
Storage, Conveying and
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Arabian Cement Co. (ACC) is building anew Brownfield-cement mill in Rabigh(Saudi Arabia) with a clinker productioncapacity of 10,000 tonnes per day.AUMUND Fördertechnik GmbH has nowreceived the order for a substantialpackage of machines for the grinding plantcurrently being constructed in Rabigh.Initially it will grind externally producedclinker. Ten years ago, AUMUND won acontract to supply equipment for linesnos. 5/6.
AUMUND will deliver 16 bucketelevators, seven deep-drawn panconveyors, four arched plate conveyorsand two CENTREX®-Machines by 16 Julythis year. Depending on their field ofoperation, the 16 bucket elevators areequipped with belt or chain and haveelevating heights between 22 and 73metres. They will be utilized for thetransport of cement from the grinders tothe cement hoppers, for the clinkertransport, for the charging of the grindersand for the grinder circulation. One ofthe bucket elevators will be used forcharging the grinders with additives(pozzolana, limestone and gypsum). Theconveying capacity of the individualmachine is between 120 and 660 tonnesper day.
Five of the seven deep-drawn panconveyors (axis-centre distance: 50–148metres, conveying capacity: up to 800tonnes per day) will be equipped with
baffles. The deep-drawn pan conveyor with baffles (KZB-Q type)has been constructed for inclination angles up to 45° and axis-centre distances up to 78 metres. Baffles bolted to the pans andstabilized by catches pressed into the side panels, provide forflexibility and an efficient, reliable transport during conveying upthe inclination.
With the pan conveyor, conveying capacities between 33 and1,300 cubic metres per hour and pan widths between 400 and2,400 millimeters can be realized. The conveyor utilized at ACCRabigh has a pan width of 1,800 millimeters and will be used fortransporting clinker to the clinker hoppers.
Since the customer wants to do completely without the useof spillage conveyors, AUMUND developed special dischargechutes with spillways during lay-outing the plant. Besides, specialspatial demands had to be considered. Since the optional transferof the material to two different conveyors should be a possibility,the chutes were designed to serve a deep drawn pan conveyoron both sides respectively.
Four arched belt conveyors with a pan width of up to 2.40metres are utilized for the transport of clinker, gypsum, additivesand pozzolana. The highest performance machine for thetransport of clinker has been designed for a capacity of 1,200tonnes per hour.
The package of delivery is completed by two machines of theCENTREX® type with a diameter of five metres for the dischargeof FGD gypsum.
AUMUND to supply extensive package for Arabian Cement to Rabigh
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On 22 March, E-Crane USA announced a sales and service agreement with SIMEHSA Sa de CV (Sistemas Mecanicos eHidraulicos, SA de CV ) located in Santa Catarina, Nuevo Leon, Mexico (Greater Monterrey area).
Alejandro Garcia Senior and Junior as well as Federico Santillana and Alberto Reyes are excited to be able to offer E-Craneproducts and services to their clients in the steel and maritime Industries. E-Crane looks forward to a fruitful and prosperousrelationship.
Another E-Crane milestone in Latin America
E-Crane International has announced a commercialrepresentative agreement for Latin America with Ingeber SRL inRosario, Argentina.
After receiving training at the E-Crane facilities in the USA,Ingeber will also be able to offer E-Crane’s existing and futureclients technical support. Ingeber will be responsible for themarketing and support of E-Crane products in Argentina and theregion of influence. The contract was signed by Steve Osborneand Steve Suter on behalf of E-Crane and Germán Bertolo ofIngeber SRL.
This agreement clearly reflects E-Crane’s desire to have agreater presence in the region. The partnership with Ingeberreflects -Crane’s commitment to provide comprehensive andinnovative solutions in the handling of bulk materials to itspotential customers.
The CEO of E-Crane Steve Osborne, said: “We are verypleased to have Ingeber as our partner in South America. Germán brings a strong technical background and experience in theunloading of barges, a key market segment in the important regions of the Paraná River, the River Uruguay and Plate River Basin.”
E-Crane reaches commercial representative agreement in Latin America
Suarez (Founder of Simesha), Alejandro Garcia (Sonof the founder), Jerry Hoffman (E-Crane).
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Steve Suter of E-Crane (left) with GermánBertolo of Ingeber SRL.
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Industry 4.0 makes Dino bulk truck loaders smartA Dino bulk truck loader that transmits a signal itself if a component is not working properly or if maintenance is required. Inmodern language there are various terms for this: Smart Industry, the internet of things or Industry 4.0. Van Beek shows that this newdevelopment makes it possible to take the lead again with a trusted machine that has long existed: called the ‘Dino WirelessMonitoring System’.
SMART INDUSTRY
Smart Industry simply means that sensors collect and transmit all sorts of data from amachine so that action can be taken based on these data. “Now we often sell a Dino andusually we do not get any feedback about the operation of the machine. As a result,this can now change”, says Mark Jonkers. He is investigating for Van Beek how SmartIndustry can be used on the Dino.
BETTER SERVICE
By fitting Dinos with sensors and their own internet connection VanBeek can collect data remotely on the operation of the bulk truckloader. Based on these data the company can better predict whenmaintenance is necessary or there is a risk of a malfunctionoccurring. “The idea is that in this way we can ultimatelyprovide an even better service,” says Jonkers.
REMOTE DETECTION OF MALFUNCTION CAUSE
“It is also possible to solve problems without amechanic having to visit “, Jonkers expects. “Forexample: someone calls because his Dino issuddenly no longer working. We can thensee remotely that for example a hatchhas not been closed properly.”
COST SAVING
Smart Industry technologyalso has a cost-savingeffect. “Manycomponents arereplaced as aprecaution to
prevent machine downtime just as they are invehicles. But what if you can see that acomponent is still working perfectly well?
“For example we have sensors to measurethe vibration of a bearing. Every type ofbearing has its own healthy vibration and youcan compare this with the vibration that youare measuring. So you know immediatelywhether the bearings need replacing or not.We then replace the components just in time,as it is called.”
WHY DEVELOP A SMART DINO?Jonkers has already mentioned a few reasonsfor doing research into this. By collecting dataon the use of the Dino the customer can bebetter advised on the use of the Dino andcomponents can be replaced just in time. “Butthis development also makes it possible tomonitor Dinos remotely and to build up adatabase to provide more knowledge about thebulk truck loader. This can again result in abetter Dino for our customers.”
THREE SPECIALIST AREAS IN ONE MACHINE
Jonkers is in the last phase of his Mechatronics studies at AvansHogescholen in Breda, a combination of mechanical engineering,electronics engineering and ICT. This area of study arosebecause there is a growing need for personnel with enoughknowledge of all these areas to link them together. “The Dino4.0 is a perfect example of this. You have a big mechanicalmachine that is electrically operated and you have all sorts ofdata from the sensors that have to be processed by a programme.”
Van Beek is in the near future starting a large scale field testwith the ‘Dino Wireless Monitoring System’. Existing Dinoowners can register with Van Beek to take part in this field test.
XRExtreme performance, extreme reliability
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”I’m impressed by the XR””The XR rotator has a rigid design that exceeds all of our expectations. It works extremely well in whatever way we put it to use. XR has extremely high torque and still very smooth to operate.”
Bernard Grantner, Pabst Holzindustrire, Obdach, Austria
”Performs beyond expectations””The XR has worked like clockwork for a very long time. Not only does the rotator cope with powerful side forces, I also fi nd the low, compact design incredibly fl exible as we don’t need to build the rotator into the grapple.”
Jan Lindbäck, CEO, Marine Cranes, Sweden
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VERSTEGEN
Verstegen grabs is based in the centre of the Netherlands at oneof the mean river crossings. In the last 15 years, the companyhas developed to become one of the world’s leadingmanufacturers of rope-operated mechanical grabs. The companywas founded in 1951 and since then over 10,000 grabs in morethan 100 countries worldwide have been supplied.
The quality of Verstegen’s products is based on 65 years ofdesigning and building a wide range of grabs for all conceivableapplications. Regular feedback from many loyal customersensures the continuous development of the quality of itsproducts. Modern production methods, combined with highlyqualified staff, make Verstegen a first class manufacturer ofmechanical rope-operated grabs.
Verstegen grab designs are based on extensive knowledge of
cranes, bulk materials and wide experience with all conceivableapplications in the bulk industry. Stevedoring companies, portauthorities as well as steel works and power plants all use thecompany’s grabs to handle all kinds of bulk materials.
VERSTEGEN PHILOSOPHY
For fast and efficient unloading, a grab is the most importanttool. In order to get high unloading rates, the grab must beextremely reliable with a high productive capacity. Furthermore,each grab should be custom-built for the material it has tohandle and the unloading situation in which it has to operate.Verstegen focuses completely on optimal capacity and durabilityfor long-lasting profitability rather than on low initial acquisitionprices. This makes a Verstegen grab not only operational butalso economical, and therefore a very good choice.
A different Verstegen grab for each bulk material
A Verstegen clam
shell grab on a Liebherr mobile harbour crane.
Grab and go?grabs and grapples: the workhorses of
the cargo handling market
Jay Venter
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HIGH CAPACITIES AND LOW DEAD WEIGHT
In order to obtain the highest productive capacity, a grab shouldhave the highest possible volume without unnecessary deadweight. This is only possible with a good and well-proven designand the use of the best possible materials. For the higheststrength and minimum wear, each Verstegen grab is providedwith shells completely made of high tensile wear-resistant steel.The friction in the articulation points is absolute minimalbecause of an excellent bearing system.
A DIFFERENT GRAB FOR EACH BULK MATERIAL
Each bulk material has its own specific properties and thisrequires a specially designed grab. For example, the optimal grabfor coal can have great difficulties with iron ore. Verstegen hasdeveloped a full range of grab models especially designed forcommon bulk materials like coal, iron ore, agribulk, fertilizer,phosphates, etc. Besides grabs for the above materials, Verstegenhas special solutions available for other bulk materials withspecific properties.
Technological innovations in design and handlingMODULAR BUILDING SYSTEM
The large variety in the grabs Verstegen supplies necessitate amake-to-order production process. To fulfil delivery times of sixto eight weeks, as often required by customers, Verstegendeveloped a Modular Building System (MBS). This MBS dividesthe grab into seven different components. Each component hasa number of standardized versions. Thanks to thisstandardization many different models are possible, with aminimum amount of individual parts. MBS enables Verstegen toproduce custom-made grabs with standardized components. Theadvantage is that all its technical innovations are implemented inevery individual grab it produces. This ensures continuousimprovement of the company’s products and short deliverytimes.
Servicing and repairSERVICE
For a long and productive operation of grabs, regularmaintenance is very important. Wear is the main reason forregular maintenance. Every time the grab scales move throughthe material, all parts of the grab that are in contact with thebulk material will wear. Wear takes place gradually, but will never
stop and therefore maintenance is required on a regular basis.Verstegen offers a comprehensive range of service andmaintenance options and support for the customer’s owntechnical department.
CENTRAL GREASING SYSTEM
Verstegen pays a lot of attention to the reliability and durabilityof their grabs. To optimize reliability and durability of the grabthe central greasing system is a good option. This systemconnects all greasing points of the upper structure to onecentral point, accessible from ground level.
The system has three important advantages:1. The safety of the operational people is greatly increased
because they don’t have to climb the grab to grease it (theheight of the grabs in open position is often 5 to 7 metres).
2. It saves a lot of time, because about 15 greasing points areconnected to one central point.
3. The lifetime of all moving parts is increased, because of bettergreasing and thus less wear.
Rope guide rollers.Dividing block ingrab head.
Centralgreasing point.
Verstegenclamshellgrab on aLiebherrmobileharbourcrane.
Assembly line of Verstegen orange peel grabs.
IN ROPE-OPERATED GRABS
WORLDWIDE NUMBER ONE
Are you looking for a new grab?
Please contact us. At Verstegen we are fully specialised in rope-operated mechanical grabs. Our goal is to provide the optimal grab for your specific operation. A new Verstegen grab leads to higher production rates and lower maintenance costs through extreme reliability and long lifetimes. Tell us how you want to improve your operation and together we will find the best solution.
Visit us at www.verstegen.net
Verstegen Grijpers B.V.The Netherlands
WWW.VERSTEGEN.NET
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Negrini grabs for various material handling requirementsNegrini Company, which specializes in engineering andmanufacturing a comprehensive range of grabs andbuckets for rope machines and crawler-mounted cranes,has been active in the market since 1967. Negrinisupports its clients by analysing the job to be done and,if needed, by adjusting the standard design of grabs andbuckets to enhance their performance once inoperation.
NEGRINI PRODUCTS:Electro-hydraulic and hydraulic orange peelgrabs to handle rocks, waste for recycling and loosematerial. To be operated they require crawler-mountedcranes and, in general, boom lifting machines.Two- or four-rope orange peel grabs to handlerocks and waste to be recycled. To be operated theyrequire crawler-mounted cranes or, in general, boomlifting machines.Electro-hydraulic and hydraulic clamshell grabsfor the handling of any loose material as well as fordredging work in confined areas such as near jetties orquays.Dual scoop grabs to handle loose material, includingthe load inside ship cargo compartment. For operationthey require two- or four-rope boom lifting machines orcrawler-mounted cranes.Radio-controlled single-rope grabs meant to handleany loose material. The dust and waterproof radiocontrols opening of the bucket. They can be operatedby any kind of crane.Environmental hydraulic clamshell bucket to loadpolluted mud especially for the sea or river ground. Thetwo peculiarities of this range of buckets are that atlifting the two sides copy the ground they contact with,hence leaving it flat so the digging depth is automaticallycontrolled. The second are the valves on the upper partthat allow water to flush away without releasingpolluted mud in the water.
ELECTRO-HYDRAULIC CLAMSHELL GRAB
Among the latest of Negrini’s innovations, its electro-hydraulic clamshell grab deserves a special mention:
KEY FEATURES
The traditional construction includes 90° welded plates;in this case the material pastes easily on the walls, theinsertion of a profiled plate inclined at 45° greatlystrengthens the structure and creates two 45° cornersfacilitating the sliding of the material.
The bucket may be provided with valves of differentshape, ‘standard’ valves, valve with opening windows toreduce load capacity, ‘Anti-dust’ or ‘Containing’ valves toreduce the loss of material. It is possible to apply metalor rubber roofings to reduce loss of dust, protecting the
environment. It is possible to change the characteristics of thebucket by replacing the valves, mounting large valves for movinglight materials, or smaller (but heavy and robust) valves for hardand compact materials. The timing of the valves is obtained viainnovative hydraulics, which does not use teeth or rodseliminating wear, breakage and maintenance. This is obtained bythe equal oil distribution to jacks through an innovative hydraulic
Via E. Torricelli 4 - Castelfranco Emilia (MO) - ITALY - Phone +39 059 923110 - www.negrini.org
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circuit; the jacks receive the same amount of oil on both openingand closing, obtaining a correct movement of the valves withoutusing mechanical parts. All jacks have a retarding device toprevent the collision between the ‘end-run’ lines during valveopening. Pistons are protected from shocks, hydraulic hoses arewired inside the structure. The total protection of pistons andhydraulic hoses prevents accidents such as the bucket exitingfrom the ship hold. The most sensitive and difficult to maintainarea is the connecting socket of the valves, Negrini used a largebush which is easy to replace. All the pins will be greasedautomatically through an electric pump and a specific distributioncircuit, each pin will receive a fixed amount of grease regardlessof the resistance created by dirt, distance, etc., each pin will belubricated as programmed.
The operator will be required to check the grease level in thetank. The pins are automatically lubricated, but can keep the
traditional greaser to allow manual greasing in case of anemergency. The whole electrohydraulic system is accessible byremoving the hoods, allowing ordinary maintenance. The hydraulicunit is independent and can be easily removed, tested orcontrolled comfortably ‘on the ground’, without unpluggingelectrical or mechanical parts but only four hydraulic couplings tothe bucket, the operation may take about one hour. The hydrauliccentral unit has been inserted in a single metal block, the entirevalve block can be replaced simply by removing four screws. Theoperation can be performed even, by non expert personnel.
The buckets can be fitted with standard hydraulic units (withsolenoid valves) or with reverse motor, in the latter type theopening and closing of the bucket will be controlled by thereverse rotation of the motor. The versatility of the project willallow the bucket to accommodate non-standard hydraulic units,in many cases the units will be replaceable.
Standard with solenoid. Reverse engine. Front heat exchanger. Heat exchanger on top.
In 1985 KARDESLER GRAB AND MACHINE was establishedin Istanbul/Maltepe, where it started to produce grabs forsand. After that, because of the developments in the industryand technology, the company rapidly started to develop itsproducts.
KARDESLER manufactures all types of grabs for the drybulk industry.
Stevedoring companies, port authorities as well as steelworks and power plants are using the company’s grabs forhandling all kinds of bulk materials. More than 2,500Kardesler grabs operate in more than 50 countriesworldwide.
DEDICATED TO GRABS
Kardesler specializes in the designing and building of grabsand is continuously working to develop and build the mostefficient and cost-effective grabs. Besides the standardizedproduct range, KARDESLER also develops unique solutionsfor specific situations and customer needs.
KARDESLER PHILOSOPHY
For fast and efficient unloading, a grab is one of the mostimportant tools. In order to get high unloading rates, thegrab must be extremely reliable with a high productive
capacity. Furthermore each grab should be custom-built forthe material it has to handle and the unloading situation inwhich it has to operate.
HIGH CAPACITIES AND LOW DEAD WEIGHTS
In order to obtain the highest productive capacity, a grabshould have the highest possible volume without unnecessarydead weight. This is only possible with a good and wellproven design and the use of the best possible materials. Toincrease strength and minimize wear, each KARDESLER grabis provided with shells completely made of high tensile wearresistant steel. The friction in the articulation points isabsolute minimal because of an excellent bearing system.
A DIFFERENT GRAB FOR EACH BULK MATERIAL
Each material has its own specific properties and a grab mustbe adjusted to these properties. A grab that will workperfect in coal, can have great difficulties whilst handling ironore. Through extensive experience and know how,KARDESLER has developed a number of grab models,especially designed for common bulk materials (coal, iron ore,agribulk, fertilizer, phosphates). Besides grabs for the abovematerials, the company has special solutions available forother bulk materials with specific properties.
KARDESLER GRAB AND MACHINE operating in over 50 countries
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Continuous development behind CFS Handling’s reliable equipmentCivettini Italo & C. sas, under the brand ofCFS Handling, designs and manufacturesequipment for material handling. Thecompany remains at the forefront of theindustry with the development of itselectro-hydraulic buckets as well as itsmechanical rope grabs.
As more and more customers requirespecial equipment, and the liftingcapacities of port cranes are increasing,the demand for ever larger equipment hasbeen growing.
All CFS’s air to oil heat exchangers areequipped with systems that maintain theoptimal viscosity of the oil according toits predetermined function, so thattemperatures do not exceed 60°C,ensuring long operational life to allcomponents including the hydrauliccylinders.
Often the bulk market requiresequipment for wood chips or even biggrabs for logs for the unloading of shipsand the loading of trucks to producewood chips later.
Civetti Italo & c sas is continues toresearch materials and components ofincreasing sophistication and high-performance, such as hydraulic grabsfitted with diesel engines of 60kW andthe ability to lift 20m3 with a remotecontrol for cereals and for use with thecranes used by its customers who havenot yet adopted the use of port cranes asTerex Gottwald or Liebherr.
CFS Handling is active in the followingsectors:
WASTE
In incineration plants, in waste disposaland recycling in general, there is a need tohandle different types of materials. CFSHandling offers a wide range of bucketsand grabs, which is the result ofcontinuous research and development tomeet customers’ specific needs.
STEEL
Handling in the steel sector requiresmaximum operational reliability becauseof the advanced technologies, materialsand components used. CFS Handlingproduces grabs and buckets able toguarantee safe performance at the highestlevels of quality.
PORTS
Thanks to its experience in the portsector, CFS Handling is able to proposesolutions for the specific requirements ofvarious different types of material.
ROPE GRABSMOTOR GRABS
HYDRAULIC GRABSin all executions for each handlingThe perfect grabs with unbeatable handlingThe most economic solution in grab construction
tanker trucks, open trucks, rail wagons, ships and for stock piling
ENT A/SENT A/Sg | ninre0 H
TCELG | ENISSECORD PEEG | S
rail wagons, ships and for
E | TGAROTG | SNITROC SINORT YEKNRUE | T
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CEMENT
The processes of handling materials in the cement sectorrequire equipment that can operate in environments with criticalconditions. CFS Handling provides buckets and technologicallyadvanced equipment to ensure consistant and reliable operation.
DEMOLITION
In different sectors of industrial demolition, steel structures, andselection post demolition, CFS Handling provides highly reliableand specific equipment.
We produce a full range of four rope grabs for medium and large lifting capacities, an assortment of Quick
Release Links and Rope Pear Sockets. Without exception, these are top-quality, excellent performing products
for the lowest costs per ton of cargo handled.
clamshell grabour new generation enclosed type clamshell grabs is based on continuous research and innovation
environmentally friendly
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The Grab Specialist: reliability in actionWith over 50 years of experience in the production of grabs, TheGrab Specialist (TGS) is a well-known supplier, manufacturer andrepairer of all types of grabs and special constructions.
The grabs are designed and manufactured using advancedtools and machinery in such a way that digging force is optimizedand a low dead weight is maintained.
Only high-quality and wear-resistant steels are used.Bulk handling terminals are familiar with TGS’s clamshells for
dry cargo handling.TGS is a full time production company with a production
facility of 28,000m2 in the Netherlands. Its production hall isfitted with overhead cranes with lifting capacities up to 200tonnes.
Besides manufacturing ‘standard’ grabs that can be used fordifferent bulk materials, TGS also designs custom-made grabstailored to work with a specific crane or machine.
Sometimes TGS manufactures a completely new grab for aspecial task.
CLAMSHELLS DRY BULK
TGS manufactures mechanical, hydraulic and electro hydraulicgrabs ranging in size from 400 litres to 60m3. The shells of itsgrabs can be provided with spill plates to reduce capacity. Thiswill give an advantage when bulk materials with various densitiesare (dis)charged. This can be calculated to the biggest capacitiespossible in combination with the lifting capacity of the customer’scrane.
MECHANICAL GRABS
v single line, equipped with the following mechanisms foropening/closing:o touch down (automatic)o hand tripped (manually control)o remote control (remote control)
v two-rope; one-rope for opening and one-rope for closing thegrab.
v four-rope; two-rope for opening and two-rope for closing thegrab.
HYDRAULIC GRABS
v fitted with one, two or more cylinders.
ELECTRO HYDRAULIC GRABS
v fitted with an electro motor.For each type of crane and almost any kind of dry bulk
material.For every inquiry that comes in to TGS, a check is made
regarding the specifications of the crane or machine, the materialhandled and the needs and wishes of the customer.
Offers are prepared with the aim of maximizing production ofthe crane or machine and reducing fuel consumption.
TGS is fully informed about the latest developments andmarketing trends.
Quality is top priority at TGS to provide a sustainable productwith low maintenance costs.
AGRO BULK
In the past 50 years The Grab Specialist has designed andmanufactured many grabs and for agricultural bulk handling. Thishas led to innovative solutions and sustainable grabs.
Quality has improved over the years by the ongoing processof making changes in product design. TGS’s engineers can rely onmany years of experience and advanced software.
This has resulted in lighter and stronger grabs that have abetter digging performance in the bulk material.
The care for the environment has also played an increasinglyimportant role in agro bulk handling.
THE EXPECTATIONS
TGS is still growing. An new 2,000m2 hall warehouse for spareparts was taken into use earlier thisyear. Also, work is under way on a new3,000m2 production facility, which willbe finished by the middle of this year.
Bulk handling is growing again in theNetherlands and abroad. TGS expectsmany more clients to ask for standardgrabs or specific solutions to difficultrequirements.
Efficiency will remain a top priorityto be thought over in consultation withclients all over the world.
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Record turnover for Blug grabs in 2015The year 2015 has been an important year for the companyCredeblug due to the 50th anniversary celebrations and thelargest turnover of its products in the company’s. With aconsolidated direct export rate of 80%, the company is facingnew challenges related to grab automation business and offshoremarket penetration. Maintaining port activity, steel industry andrecycling sectors as its main markets, the company is movingtowards an increasing R&D profile. Present in 54 countries anda main supplier to some of the most important cranemanufacturers, Blug has a product catalogue that offers acomplete range of electro-hydraulic, hydraulic and rope-operatedgrabs for different product and crane scenarios.
DEVELOPMENT AND RELIABILITY
The main challenge in the grab business nowadays is to achieve agood balance between technological features and the overallrobustness of the grab. The current market is seeking anevolution in grab control, particular in the area of moreautonomous grab motion and diagnostics. Environmentalconditions and operational requirements make it necessary forthese new systems to work perfectly irrespective of fatigue andonerous working conditions.
In the past few years, the market has been moving towards
designing grabs for specific commodities whilst also reducing theoverall weight of the grabs themselves. In terms of port activity,specific developments have focused on dust control and also onincreasing capacity. Furthermore, in the next few years, theindustry will move towards providing more automation andincreased safety features.
Compared with older grabs, new models — and particularlythe smart systems they come with — can generate a fasterreturn on investment in terms of maintenance and operationalcosts. Cycle time reduction, better capacity, lower electricityconsumption and, particularly, cycle reliability make grab renewala very interesting investment.
In recent years, Credeblug has been focusing its efforts oncreating a more modular grab design, based around a standardstructure and concept. The reasoning is that customers caneasily modify their grabs without having to increase the numberof spare parts they keep. Credeblug has also refurbished someof the old grabs by replacing the electro-hydraulic unit with thenew concept of variable flow motion, which minimizes electricityusage and also the need to heat the oil.
Credeblug is working on new systems that should be availablesoon. These are based around Pulanfi technology, which offersadditional features that make it possible for grabs to work indeep water environments. This new range includes improved
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vision and illumination capability, in addition to positioningsensors.
The company has 50 years’ experience working in the grabmarket, which has always demanded robust solutions that can becontinuously improved, whilst not forgetting what has to be inplace to guarantee a good cycle cadence. Blug grabs have anaverage working life of 20 years.
“We aim to offer a quality product that produces a solidreturn on investment, which is achieved by reducing operationalcost and increasing working life. We don’t try to provide cheapoptions for the medium term, but rather a good quality productand all the necessary back up that the customer expects,” saysAsier Susaeta, general manager of Basque-based manufacturer.
Improvements and technological developments ensure thatBlug products are better value for money than ever before.Nevertheless, in what is a very niche port market, the key factor
for manufacturers to remain competitive means they have toinnovate.
COMPANY EXPANSION
Following the Credeblug company expansion and productdevelopment, in 2015 the customer portfolio has included someof the principal European crane manufacturers, as the perfectcombination of crane and grab is one of the key aspects to beconsidered for any shipping contract profitability. The port cargohandling business has represented in 2015 the biggest incomewithin company’s portfolio.
These orders’ figures show the market tendency and Blugproducts’ reference position for the biggest lifecycle valuesolutions. Fifty years of experience, in addition to continuousproduct development, makes Blug a very competitive option thatoffers a step forward in the grab business.
For a customer in Belgium, BV Beco manufactured another hydraulic clamshell bucket for the handling of sand with a capacityof 2,750 litres, light execution, an own weight of 2.2 tonnes with hydraulic rotor, collars to increase the capacity, hoses fixed onfront and rear side.
The clamshell bucket has been made of high tensile steel 690 and wear-resistant material, hardness HB400 and S355. The company welcomes customer enquiries regarding grabs, clamshell bucket, orange peel grabs and other Beco Group
products like, tippers, attachments, fronts and trailers.
BV Beco supplies customer with another hydraulic clamshell bucket
BV Beco recently supplied a customer with a2,750-litre-capacity hydraulic clamshell bucket
for the handling of sand.
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Wide range of material handling equipment from Essar Industries
Conceptualized in the year 2004, Essar Industries is a well-established organization engaged in manufacturing and exportinga wide assortment of material handling equipment. Its broadcatalogue of products comprises of quality jib cranes, industrialgrabs and iron-ore grabs. The company’s products are highlyrobust, with precise controls, easy handling, ergonomic designsand low maintenance traits. Moreover, the company has thedistinction of executing a number of projects on a contractualbasis for reputed government, quasi-government, MNCs andreputed Indian companies.
Keeping in-sync with the latest developments in industrialtechnology, Essar Industries has implemented the state-of-artinfrastructure for accomplishing the varied needs of the market.Its production facility equipped with modern-age machinery andlong transfer lines have enabled it to make products withextreme precision engineering. In addition to this, Essar haseffective quality testing and a warehousing unit for making theprompt supply of defect-free products as per clients laidspecifications. Moreover, Essar makes effective ply of skilledexperts for ensuring smooth implications of qualitativemanagement system in all its processes. With these prospects,Essar has attained a vast clientèle base to serve nationally as wellas globally in countries such as Indonesia, Saudi Arabia andPakistan.
Essar has attained immense success in this domain, with thecompetent leadership of its chief executive A.M Sherif.
PRODUCTS
Essar Industries manufactures and exports a wide array ofmaterial handling equipment such as cranes, grabs, grapples andtongs, lifting equipment and material handling equipment. Theentire range is manufactured using qualitative raw materialsourced from reliable vendors based in UK, Sweden, Germanyand others. The superior grade raw material comprises mildsteel, carbon steel, stainless steel, cast iron and brass, whichensures optimum finish and performance standards of the endequipment.
MATERIAL HANDLING AND ALLIED EQUIPMENT
Jib cranev
Industrial grabsv
Iron ore grabv
Multi jaw grabv
Mechanical grabsv
Transfer carsv
EOT cranesv
Multi rope grabv
Industrial tongsv
Electrode tongsv
C - Hooksv
Industrial tiltersv
Essar prides itself on the fact that its entire range ofequipment has the following features:
Durabilityv
High material strengthv
Dimensional accuracyv
Excellent loading capacityv
Resistance to rust and corrosionv
Longer work lifev
In addition to this, Essar Industries also has the ability tocustomize its range as per the specifications detailed by theclients.
SERVICES
Essar Industries extends customer service operations, not onlyassistance to the customer’s needs, but also support wheneverneeded. The company provides engineering services andequipment manufacture after-sales services. Essar’s workshop inCoimbatore, India, manufactures equipment, components andproduct lines in accordance with the requirements, demands andplans of its customers. All its equipment is custom built anddesigned together with customers with regard to theirspecifications and inputs. The company keeps in touch with thecustomer project team on a regular basis and updates theproduction schedule. Essar provides after-sales services. A teamis deputed along with equipment for commissioning and ensuringthat the equipment is working as per the specifications andapproved drawings. Essar provides periodical maintenance of theequipment supplied by it, if required by the customer or at anytime of need. Essar’s workshop complies with the requirementsof ISO 9001: 2008 quality system reliable engineering workshop. DCi
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Making stockyardsefficient and cost-effective
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Metso is a major industrial company serving the mining,aggregates, recycling, oil, gas, pulp, paper, and process industries.The company helps its customers improve their operationalefficiency, reduce risks and increase profitability by using itsknowledge, experienced people and innovative solutions to buildnew, sustainable ways of growing together.
Metso is very active in the stockyard equipment market, aswell as elsewhere. Its products range from mining andaggregates processing equipment and systems to industrial valvesand controls. Metso’s customers are supported by a broadscope of services and a global network of over 80 servicecentres and about 6,400 services professionals. Metso has anuncompromising attitude towards safety.
Metso’s Business Area is responsible for providing mineralsprocessing solutions for mining customers, crushing andscreening products for aggregates customers, as well as recyclingsolutions, and system deliveries.
Among the many diverse products offered within Metso’sBusiness Area is a complete range of stockyard equipment used
for the loading and unloading of dry bulk materials across manyindustries. Metso’s long history and vast experience in bulkmaterial handling equipment enables it to offer the latest state-of-the art equipment to complement its customers’ processesand needs. Its line of stockyard equipment includes:v bucketwheel stacker/reclaimers;v scraper reclaimers;v portal scraper reclaimers;v circular scraper reclaimers;v barrel reclaimers;v wheel on bridge reclaimers;v stackers; andv conveyor systems.
In addition to this complete line of stockyard equipment tomanage the stockyards, Metso also offers the equipmentnecessary to receive and dispatch from the yards with acomplete line of car dumpers and positioners, continuous bargeunloaders, grab barge unloaders, balance cranes and ship andbarge loaders.
Metso offers wide range of stockyard equipment
Metso bucketwheelstacker/reclaimer.
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Metso’s core customer industries are in the mining sector,however, it also serves other industries such as pulp, paper,recycling, grain, cement, chemical, power and fertilizer. Specificcommodities handled or managed with Metso stockyardequipment includes: coal, iron ore, fertilizer, wood chips, food &grain, limestone, potash, phosphate, urea, industrial minerals,
cement, recycling materials, scrap, etc.Metso utilizes latest technology in all designs which are
continually reviewed and updated within the Metso Technologygroup which consists of a team of experienced product directorswho drive the latest innovations into each of the productsoffered. Through the efforts of the Technology Product Teams,
Circular scraper reclaimer.
Circular scraper reclaimer.
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Metso can provide cost-effective equipment andremain competitive in themarket and industries itserves. AdditionallyMetso’s dedication tocontinued R&D and newproduct developmentstrengthens its positionwith new products suchas a newly developedBalance Crane for therecycling industry.Continued developmentand renewal of itsstockyard offerings andother equipment remainsa priority.
While Metso’sBusiness Area is beingchallenged by toughmarket conditions, inquirylevels remain moderate inthe mining, power,fertilizer, and grainindustries. Metso’s maincompetitors are globalcompanies, small regionaland local competitorsthat have similar productand service portfolios.Staying ahead intechnology and providingcost-effective solutions tocustomers’ needs keepsMetso competitivethroughout the industriesit serves.
Metso’s most recentinstallations and/orcontracts include: threebucketwheel stacker/reclaimers in the powerindustry, two portalscraper reclaimers in thefertilizer industry and,two rotary car dumpersat port facilities and two rotary car dumpers for the powerindustry.
leads to a loss of 1040KG per 20 minutes = the weight of a car
which results in a yearly mass loss
of 5.536%
Do you know what you are losing out on during transport and storage?
Calculate your businesscase at www.wuvio.com/gonewiththewind
www.wuvio.com +31 0 174 520001
*based on a shipload of drybulk*based on a shipload of drybulksed on a shiplsed on a shiplbaba** ybulkybulkoad of droad of drryrysed on a shiplsed on a shipl
The Port range – material handling machines from Liebherr
Experience the Progress.
Specially developed machines for port handling applications
Newly designed lighter equipment for improved cycle times and larger bulk and
break-bulk handling capacities
High-performance machines with outstanding lifting capacities and excellent reach
Ergonomic workspace for consistent high performance
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JCB’s brand new 457 wheeled loading shovel — the flagship ofthe range — is offering ports a powerful solution to demandingbulk handling applications.
Firstly, the new machine comes complete with the ‘JCBCommandPlus’ cab which provides users fantastic visibility, lowernoise levels, increased internal space and an enhanced workingenvironment for the operator together with improvedmaintenance, reduced dust ingress and enhanced safety andproductivity.
In addition, the 457 is the first large JCBwheeled loader to meet Tier 4 Final emissionsstandards, with the adoption of a powerfulMTU diesel engine that is perfectly matchedto the machine’s operating duties. The enginecontributes to a massive fuel saving of around16% compared with the previous model. Aswith other JCB machines, the engine in the457 meets Tier 4 Final without the need for acostly and complex diesel particulate filter(DPF), relying on an efficient combustionprocess, with a selective catalytic reduction(SCR) system and an exhaust fluid additive tomeet the regulations.
This reduces cost and service time forcustomers, increasing uptime and profitabilityand minimizes the fire risk through theregeneration process. No DPF results inreduced under bonnet temperatures. A keybenefit for ports is the wide core cooling
pack with epoxy coating, which protects against corrosion andminimizes debris build up and dust accumulation in the coolingpack. This allow the machine to cool efficiently in dustyconditions and is extra effective with the reverse fan. Thereverse fan can be hinged away from the machine for easiercleaning and can be set to faster or slower intervals allowingcustomers to tune the machines to their specific application.
Optional extras include factory fitted fire suppression kits
New powerful JCB 457 wheeled loader is perfect for ports
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(wet and dry combination) and lagging to insulate hotcomponents in the engine bay. These have been rigorously testedand meet the high standards expected by ports where highlycombustible materials are regularly handled, giving peace of mindand ensuring that operative’s safety is maximized.
NEW JCB COMMANDPLUS CAB
The 457 is the first machine from JCB to utilize the company’snext-generation JCB CommandPlus cab, offering operators theultimate in comfort. The 457 has two full colour LCD screens,one in the central console and a second at the top of the righthand cab pillar. This second screen incorporates access to theloader’s operating menus and acts as a monitor for the machine’srear view camera. The operator can now benefit from ‘in-cab’daily checks using the CommandPlus LED menu and monitor.
The JCB CommandPlus cab delivers increased internal spaceas the heating, ventilation and air conditioning system has beenrepositioned outside the main cab structure. The cab door ishinged at the front, allowing easier access and exit from themachine for the operator from the steps. There is additionalstorage for the operator, both behind the seat and in pockets inthe front and side consoles. The new cab gives a huge reductionin internal noise levels, from 71dB(A) to a class-leading 68dB(A).A positive cab pressure and improved sealing ensures theoperator benefits from noise and reduction in dust ingress.
Operators also benefit from LED lighting all round and theoption of electrically adjustable and heated mirrors, for maximumvisibility in all operating conditions. The rear view mirrors arenow repositioned, making it easier for the operator to see allaround the machine teamed with the rear object detectionsystem which gives a warning to the operator when in close
proximity to personnel and hazards. This was an importantrequirement for improved safe working particularly in confinedspaces such as ship trimming or inside storage sheds.
The most visible change to the 457, aside from the new cab, isthe adoption of a sloping one-piece engine canopy. This enginecover can be electrically raised away from the cab to provideimproved access to the engine and drivetrain for regularmaintenance. The machine has a specially sealed bulk head whichprevents dust settlement onto engine components reducingcombustion risk in the engine bay and reducing the need forregular cleaning.
MORE POWER, LOWER EMISSIONS
The JCB 457 is powered by a 7.7-litre MTU Tier 4 Final engine,delivering 193kW (258hp), up from 186kW (250hp) on theprevious machine, despite the smaller engine capacity. Moreimportantly, the engine delivers this increased output at lowerrated engine revs, cutting fuel consumption, noise and emissions.JCB has also fine-tuned the match between engine, torqueconverter and transmission, to perfectly match the engine withboth the standard four-speed and optional five-speedtransmissions.
The Tier 4 JCB 457 will come as standard with JCB’s LiveLinktelematic system. This provides fleet managers and owners withremote access to real-time fuel consumption and machineworking data, including operating hours and fault codes. JCBLiveLink also allows customers to set working hour curfews,outside of which the machine will not function, along withgeofencing. This permits the owner to set a geographical area inwhich the machine can work. If the loader is taken out of thisarea it will not start, preventing theft from site.
Full-Portal Reclaimer
If bulk material is to be located from stock-pile onto conveyor belt, the full-portal reclai-mer by SMB goes into action.
stockpiling coal in stockyard of powerplantRadial telescopic stockpiling coal @ 2000tph
in powerplant receiving from ship unloading system
Telestack mobile coal handling systems offer significant operating costs savings compared to traditional methods of material handling (e.g wheel loaders, mobile harbour cranes, stacker/ reclaimers etc.) as well as providing environmental and health & safety benefits. Additonal benefits include reduced planning permission required due to product mobility. Also theflexibility to move Telestack Mobile Conveyors off site. Telestack Conveyors can be rapidlydeployed on site with handling rates of up to 3,000 TPH.
Radial Telescopic Shiploader and Mobile Truck Unloader loading pet coke to Handymax vessels
THE POWER TO MOVE MATERIALS
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KPI-JCI and Astec Mobile Screens has released its new WizardTouch® stockpile automation system with expanded options foradded versatility and enhanced productivity.
The Wizard Touch automation technology is designed toprevent material segregation and degradation. The refined systemfeatures an expanded selection of stockpile options and iscapable of inputting multiple stockpile recipes for operationdiversity, according to Jodi Heirigs, product manager for KPI-JCIand Astec Mobile Screens.
“Our Wizard Touch system truly leads the industry insophisticated stockpile automation technology,” Heirigs said. “Thesystem is engineered for user-friendly diagnostics, comes standardwith factory pre-set programming, and can be customized out inthe field as well.”
The Wizard Touch system includes an easy-to-use, fully-programmable PLC controller and a new, 12-inch colouredtouchscreen for enhanced usability.
The Wizard Touch is exclusively available for KPI-JCI and AstecMobile Screens’ SuperStacker® telescoping radial stacker. Theroad-portable SuperStacker is essential to building a
desegregated stockpile, increasing stockpile capacity by 30%, andensuring the quality of in-spec product. In-spec material preventscostly expenses associated with reprocessing materials,eliminating re-blending and product discounting. By controllingthe extension of the stinger conveyor, radial travel and conveyorincline, producers can build layered windrows to minimizestockpile segregation.
KPI-JCI and Astec Mobile Screens is a premier worldwidemanufacturer for the aggregate, construction and recyclingindustries.
ABOUT KPI-JCI AND ASTEC MOBILE SCREENS
KPI-JCI and Astec Mobile Screens is a worldwide expert inmanufacturing equipment for the aggregate, construction andrecycling industries. As an innovative, high integrity manufacturer,KPI-JCI and Astec Mobile Screens develops quality, state-of-the-art products and has the ability to engineer custom productsbecause of a highly qualified engineering staff. KPI-JCI and AstecMobile Screens proudly manufactures its products in Yankton,South Dakota, Eugene, Oregon and Sterling, Illinois.
Wizard Touch® automation expanded for enhanced versatility
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EFFICIENT ELECTRIC MOTORS FOR USE
IN DRY BULK EQUIPMENT
Electrical motors for the use in drycargo equipment industry need to bepowerful and offer high efficiency toreduce energy consumption at thesame time, writes Klaus Sprekelmeyer.Germany’s Franz WölferElektromaschinenfabrik OsnabrückGmbH designs and produces specialinverter-driven low-voltage-squirrel-cage-motors for cargo equipment likeconveyors and cranes which fulfil bothrequirements.
A special rotor-geometry leads to ahigher pull-out torque of the motor. AWölfer motor has a pull-out torque ofup to 400%, compared withapproximately 250% of other motors.In this way, Wölfer motors can handlehigher overload requirements and themotor can provide high torque, also athigh speeds. With this torque, themotor can also be controlled easily, even if it is operated atspeeds of 1,600 or 1,800rpm.
Wölfer’s goal is not only to optimize the efficiency of themotor itself, but to minimize energy consumption and maximizethe power of the whole equipment with the special motors. Thespecial rotor-design is also effective at a lower inertia. Based onthis, the total inertia of the power-train is reduced. This lowertotal inertia leads to lower energy consumption. On the otherhand, it is possible to accelerate the speed of the power-train,with the same energy level as another motor. Based on thefaster acceleration and deceleration process, a higher number ofgoods can be handled. Therefore the user can increase turnoverby handling a higher volume of material, or reduce energy cost,thereby protecting the environment.
The lower inertia leads to further advantages, e. g. othercomponents can be downsized. Depending on the design of theequipment, smaller gearboxes, brakes, inverters or cablediameters can be used. As a result, the weight of the applicationis lower and investment costs are also lower. Finally, not onlydoes the motor operate at a high level of efficiency, the efficiencyof the whole system is increased by Wölfer motors.
Beside these technical characteristics, the reliability of a motoris a critical factor. In motors which are driven by frequency-inverters, the windings need to resist partial discharges – so-called voltage peaks. By using material which is designed forinverter operation and handmade windings, Wölfer achieves avery long lifetime of the windings. Also AC-motors reduce theamount of maintenance required when compared with DC.
While DC-motors needperiodic inspections andreconditioning, especiallyfor brushes, AC-motors getby with inspection ofmotor connections andlubrication. The AC-motors run very smoothly,so that significantreductions in mechanicalwear and mechanicalrepairs e. g. in cranes havebeen noticed. The higherreliability of the electricmotors results in feweroutages due to motorfailure.
“We apply our know-how to produce robustreliable motors forindividually adapted drivemechanism solutions,” saysKlaus Sprekelmeyer, Vice
Small components for more power
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www.woelfer-motoren.comWölfer moves the world
eel free to put us to the test. conditions. Fand low moment of inertia, which makes it attractive to use them under special environmentalavailable in steel-welded reliable design as well as greyrobust reliable motors for individually adapted drive mechanism solutions. These motors arements, like heat, dust or mining-conditions. Wand manufacturing smooth-running electric motors for use in extreme demanding environ
ranz Wölfer Elektromaschinenfabrik Osnabrück GmbH has been developingor 70 years now FF
wwweel free to put us to the test. and low moment of inertia, which makes it attractive to use them under special environmental
-iron, have high pull out torques-castavailable in steel-welded reliable design as well as greyrobust reliable motors for individually adapted drive mechanism solutions. These motors are
apply our extensive know-how to producee ments, like heat, dust or mining-conditions. Wand manufacturing smooth-running electric motors for use in extreme demanding environ
er Elektromaschinenfabrik Osnabrück G
-motoren.com.woelferwwwand low moment of inertia, which makes it attractive to use them under special environmental
-iron, have high pull out torquesrobust reliable motors for individually adapted drive mechanism solutions. These motors are
apply our extensive know-how to produce-and manufacturing smooth-running electric motors for use in extreme demanding environ
ranz Wölfer Elektromaschinenfabrik Osnabrück GmbH has been developing
Wölfer moves the world
Wölfer moves the world
President Sales at Wölfer. “Our motors are built for use inextreme demanding environments, like dust, heat or marine-conditions.” For 70 years now Franz WölferElektromaschinenfabrik has been developing and manufacturingelectric motors for use in hoisting equipment, in and on ships aswell as in general mechanical engineering.
Wölfer provides steel-welded housings in addition to grey-cast-iron-housing for surface-cooled motors; this, for example,makes it as easy and efficient as possible to make technologicalchanges. Using the steel-welded design Wölfer provides 1:1
drop-in motors for retrofits.“Normally the new AC-motor canbe offered in a smaller frame sizecompared to the existing DC-motor. Therefore the machineryhouse needs to be adjusted to thenew dimensions. Wölfer offers anew AC-motor with minimizedinertia, but with the same mountingdimensions as the DC-motor. Sothe motor itself can be changedwithin one day, without modifyingthe basement of the machineryhouse and without shaftadjustments. This leads to ashorter downtime and lower cost“,says Sprekelmeyer. This steel-welded housing design is availablefor surface-cooled applications likeconveyor- and excavator-motors.
ABOUT THE AUTHOR
Klaus Sprekelmeyer is the Vice President Sales of Franz WölferElektromaschinenfabrik Osnabrück GmbH. He has worked forthe company for more than 16 years with over ten of theseyears in the sales department. In 1999, Mr Sprekelmeyer startedan apprenticeship for three years as a blue collar employee andwhite collar employee in parallel. After achieving severaltechnical and commercial skill enhancements, Sprekelmeyer tookover responsibility for the sales department in 2007. Sincebeginning of 2014 Sprekelmeyer is member of board.
Klaus Sprekelmeyer, VicePresident Sales at Wölfer.
Wagon unloading stations.With more than 100 years of experience our customers benefit from a unique know-how in the field of bulk materials handling. We offer complete wagon unloading stations from single discharge tipplers to quadruple car dumpers with fully automated side arm chargers. Get in touch with us: [email protected] www.thyssenkrupp-industrial-solutions.com
Industrial Solutions for the mining industry
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Bobcat has launched a new range of backhoe loaders for sale inmarkets in the Middle East and Africa. Comprising four models— the B700, B730, B750 and B780 — the new Bobcat backhoeloader range offers a choice of different specifications for diverseapplications in construction, utility, rental, roadworks, demolition,excavation, landscaping and agriculture.
All four models are powered by the highly efficient, Perkins1104C-44T 4.4 l engine with direct fuel injection and a best-in-class output of 74.5kW (100HP) of power at 2,200rpm andmaximum torque of 408Nm at 1,350rpm, providing more thanenough muscle for the most demanding applications whiledelivering low operating costs due to low fuel/oil consumption.The Perkins engine features a high-quality filtration system forlonger life, and its single-side service components mean thatmaintenance and daily checks are easy to carry out as they areon the rest of the machine.
STANDARD 2-YEAR POWERTRAIN WARRANTY
The standard two-year powertrain warranty is a testament tothe reliability and durability of the components and the design ofthe powertrain in the backhoe loaders, providing extraprotection and peace of mind.
There is a choice of four-speed synchroshuttle, powershift orauto powershift transmissions in the different models to meetvarious applications including those requiring a significant amountof directional changes on site. Gear shifts are smooth andprecise and help to maximize fuel efficiency. This is combined
with a top speed of 40km/h and extra added features/optionssuch as return to dig, ride control and more for increasedproductivity.
All the models have an open centre hydraulic system and areequipped with tandem gear pumps with high flow capacities of136 l/min in the B700 and 154 l/min in the B730, B750 and B780models, respectively. An unloader valve is featured as standard onall the models as is the electrohydraulic differential lock, with alimited slip differential being used on the B730 and B750models. All the new Bobcat backhoe loaders are supplied with
New Bobcat backhoe loader range for Middle East and Africa
The future of material handling is now. Brand new design meets brand new features.www.terex-fuchs.com
THE NEW F-SERIES.TIER 5 READY.
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class-leading Michelin tyres.The backhoe loaders provide a spacious and comfortable
operator environment — the B700 and B730 offer a choice of anopen canopy or an enclosed cab, whilst the B750 and B780 areall equipped as standard with an enclosed cab. The cab is easy toenter/exit; has a fully adjustable operator’s seat with all thecontrols within close reach, leading to less fatigue throughgreater comfort and more productivity; a tiltable steeringcolumn; a high performing optional HVAC system and excellentall-round visibility for the operator.
The driver also benefits because they can learn to operate theloaders very quickly, with simple, ergonomic controls, cleardashboard layouts and audible and visual warnings for guidance.
All four backhoe loaders are very manoeuvrable and they caneasily negotiate obstacles on job site.
The new Bobcat backhoe loaders are versatile and, whateverthe application — digging, trenching, breaking and materialhandling (just to name a few), they have the power, combinedwith a wide range of Bobcat optional equipment to be readilyconfigured to carry out these applications with ease.
Similarly for loader applications, the B700 to B780 offerpremium performance with powerful breakout forces, strong fulllift capacities and enhanced load over height and reach to meetthe most demanding material handling jobs. There is a choice ofgeneral-purpose or 6-in-1 buckets or other optional equipmentto enhance both versatility and productivity.
The B700 is an entry-level machine which includes many ofthe features of the next model in the range, the B730 — it is
driven via a synchroshuttle transmission; it has ‘Cab and Canopy’and ‘2WD or 4WD’ options; and it has a single loader bucketcylinder with a full cylinder diameter to increase breakout forceand reduce maintenance costs with fewer hoses and fittings.
The B730 is driven through a standard powershifttransmission, and controlled by mechanical levers — this modelis equipped with 18 inch front tyres and has two-wheel steer.Double loader bucket cylinders provide superior breakout forceand reduce maintenance costs by using a bolt type cylinder headdesign. The B750 has the same features as the B730, except for20 inch front tyres and a hydraulic joystick control system.
The B780 has the same features as the B750 and is driventhrough a standard auto powershift transmission, producing ahighly manoeuvrable, four equal-sized wheel backhoe loader thatcan be steered using three different modes: two-wheel steer,four-wheel steer and crab steer.
The low-effort loader joystick controls in the B750 and B780provide precise control and superior comfort to enableoperators to work for longer periods and increase productivity.
Superior ground clearances of 385mm in the B780 and400mm in the B700, B730 and B750, together with a 25° backramp angle, provide excellent climbing performance over steepslopes.
Bobcat backhoe loaders are designed to provide easy andquick access to the engine compartment and other locations toservice and maintain components at ground level by simplyremoving the side panels. Refuelling of the tanks is alsoaccomplished from ground level and the tanks are protected witha lock matching with the ignition key.
Breakout force shovel: 81.6kNBreakout force arm: 56.1kNHeight to hinge pin: 3,590mmDump height: 2,865mmBucket capacity (backhoe): 0.2m3
Bucket tearout: 59.1kNDigging depth retracted/extended: 4,600/5,800mmLength in travel position: 6,375mmOverall width (bucket): 2,400mmOverall transport height: 3,880mmMaximum speed: 40km/hEngine: 4-cylinder Perkins 1104C-44T, delivering 74.5kW at 2,200rpmOperating weight: 8,700kg
SPECIFICATIONS
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SAMSON Materials Handling Limited specializes in the design andmanufacture of mobile bulk materials handling equipment forsurface installation across multiple industrial segmentsrepresenting flexible and cost saving solutions. In a highlycompetitive bulk materials industry, the SAMSON range ofmobile equipment offers: high performance with total reliability, acompelling alternative to fixed installations, no need for dedicatedcivil works and excellent return on capital equipment.
SAMSON Materials Handling Limited is proud to supply portsand terminals, mining industries and agricultural markets acrossthe globe and forms part of the world renowned AUMUNDGroup.
STORMAJOR® FOR BULK MATERIALS HANDLING
A unique concept in bulk materials handling, the Stormajor®
combines the benefits of the Samson® material feeder design witha radial and luffing outloading boom conveyor into a singlemobile machine able to receive material both from tipping trucksand loading shovels.
The Stormajor® offers high capacity stockpiling and shiploading from a single integrated machine available with a range ofspecialized features tailored for each application.
A universal bulk loader, the conveyor offers very high handlingrates.
For tipping truck deliveries the buffer holding capacity of the
Mobile solutions in the bulk materials handling stockyard
Stormajor® for bulkmaterials handling.
The Samson® material feeder —a unique concept.
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integral Samson® material feeder allows even faster truckunloading allowing a high average rate to be maintained eventaking into account delays in positioning the vehicles.
Available with a wide range of specification options suitablefor handling materials from cereals through to heavy mineralores.
THE SAMSON® MATERIAL FEEDER — A UNIQUE CONCEPT
The concept of the Samson® material feeder was developed tosatisfy the demands of clients requiring a mobile solution toreceive general bulk materials such as coal and aggregates directfrom tipping trucks where fixed plant was not a viable option.
The Samson® material feeder concept eliminated the need forany truck ramps, or fixed civil work and was rapidly extended tofixed plant projects where the flexibility of surface installation is aclear benefit. This is particularly realized in port applicationswhere the high ground water level makes conventionalunderground pits expensive to construct and maintain and inquarry and mining environments where the positioning of thefeeder needs to be flexible to serve the active areas of operation.
For extra heavy duty applications SAMSON has developed theMFD range using sealed and lubricated tracked (SALT) vehiclechains designed to receive bulk aggregates with the density of1.4–3.0t/m³.
SHIPLOADING SYSTEM
SAMSON creates complete conveying solutions from mine toship, effective systems for exporting and importing materialswithout the need for expensive civil works, effectively saving timeand space.
Fully mobile shiploaders with their associated feeding andtransfer systems offer the possibility to occupy a berth only
during the loading of the vessel. After loading the completeequipment may easily be travelled clear and stored elsewhereallowing the berth to be utilized for other cargoes or evencontainer handling.
Used effectively, systems can trim the whole hold from asingle machine position and eliminate the need to move theequipment during operation. Consequently the effective through-ship loading rate is significantly increased as the lost time inmanoeuvring the machinery is eliminated. This is particularlyimportant with relatively light cargoes, where capacity loading ofevery hold is critical. Using a variable speed control for thetrajectory, loading may be varied to place the material whereverthe operator wishes for effective level trimming.
ABOUT THE AUMUND GROUP
The AUMUND Group is active worldwide. The conveying andstorage specialist has special expertise at its disposal whendealing with bulk materials. With their high degree ofindividuality, both its technically sophisticated as well asinnovative products have contributed to the AUMUND Grouptoday being a market leader in many areas of conveying andstorage technology. The manufacturing companies AUMUNDFördertechnik GmbH (Rheinberg, Germany), SCHADELagertechnik GmbH (Gelsenkirchen, Germany), SAMSONMaterials Handling Ltd. (Ely, England), as well as AUMUNDLogistic GmbH (Rheinberg, Germany) are consolidated under theumbrella of the AUMUND Group. In conjunction with theheadquarters of the manufacturing companies, the globalconveying and storage technology business is spearheadedthrough a total of ten subsidiaries in Europe, Asia, North andSouth America and supported by four warehouses in Germany,Hong Kong, USA and Brazil.
Complete shiploading solutions.
Zaxis-6: designed and engineered for your needs.
Zaxis-6.No compromise
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Hitachi Construction Machinery (Europe) NV (HCME)exhibited the new ZW310-6 wheel loader at the Baumatrade fair, which took place in Munich, Germany, in mid-April.Designed and engineered to meet the demands of theEuropean market, the new model offers exceptional levels ofperformance without compromising on efficiency, thanks tolow levels of fuel consumption.
Built using market-leading technology in Japan, theZW310-6 has been developed with the environment, andoperator comfort and safety in mind. Ideal for a wide rangeof applications, it is extremely versatile and offers anexceptional standard of reliability.
The new engine is EU Stage IV-compliant and does notrequire a diesel particulate filter, which reduces maintenance
costs. Combined with the lock-up transmission, it enhancesfuel efficiency while travelling and when driving uphill themachine speed is further enhanced.
Hitachi’s selective catalytic reduction (SCR) system isalso designed to comply with EU Stage IV emissionregulations and lessen the wheel loader’s impact on theenvironment. The SCR system injects urea into exhaust gasto reduce nitrogen oxide from emissions.
Several features of the ZW310-6 ensure it is one of thesafest wheel loaders in its class. Visibility of the job site isexcellent thanks to the 360° panoramic view from thespacious cab and the rear-view camera. Changes to thewheel loader’s design, such as the repositioning of themuffler and air intake, have also enhanced the rear-viewvisibility.
The comfort of operators is also considered in thedesign. Noise levels in the cab are reduced by improvedsound insulation, providing a quieter working environment.
To ensure a smooth driving experience on all kinds of terrain,the ride control feature minimizes pitching via the movement
of lift arm cylinders.A smooth operation and exceptional control are
ensured by the optional Joystick Steering System, whichenables operators to reach high levels of productivity witheffortless steering. The multifunctional LCD monitor in thecab also makes life easier, showing vital information at aglance.
A number of features contribute to the versatility of theZW310-6. The quick power switch increases engineoutput when more power is instantly required, or fordriving uphill. The simultaneous movement of the bucketand lift arm ensures an efficient digging operation. Efficient
loading is ensured by a 25% improvement in traction forcecompared to the previous model.
Robust materials and strengthened components haveenhanced the durability of the new wheel loader. Theseinclude high-quality aluminium radiators, which improveresistance to corrosion. The ZW310-6 also has easymaintenance features for a high level of reliableperformance. The covers open fully for convenient accessto the engine and downtime for scheduled maintenancehas been reduced to a minimum.
HCME Wheel Loader Specialist Vasilis Drougkas says,“The all-round visibility and low-noise performance ofHitachi wheel loaders makes them stand out from thecompetition. They offer a comfortable workingenvironment for operators, and a smooth and efficientoperation for a variety of job sites.”
Hitachi presents the new ZW310-6 wheel loader
Engine rated power (kW): 232 (ISO14396)/225 (ISO9249)
Operating weight (kg): 24,140–24,590Bucket capacity ISO heaped (m3): 3.20–4.50m3
Considering the chain process of handling raw materials, it isclear that use of state-of-the-art technology — able to reducecosts and allow for faster operations — is an essential part inany type of bulk activity, writes Pietro de Michieli, Chief OperatingOfficer Bedeschi Spa. This is the reason why Bedeschi constantlyinvests in developing its products, increasing efficiency andenhancing technologies, to help customers choose the bestequipment in every field of application and with different kind ofraw materials, both hard and sticky.
Nowadays another important aspect to be considered is theneed for eco-friendly solutions that focus on sustainability andoptimization. Bedeschi products are at the cutting-edge oftechnology, and manufactured to a high quality. They are alsosealed to avoid dust emissions to the external environment.
The following case studies shows how Bedeschi has been ableto meet customers’ quality requirements with its complete rangeof products, from bucketwheel and stacker/reclaimers for usewith dry material, to bucket reclaimers that can be used with anytype of raw material, but especially with moist, plastic and stickyones.
CASE STUDY – VOTORANTIM PRIMAVERA PROJECT (BRAZIL)Thanks to its great expertise in the handling and crushing ofsticky bulk material, and theexperience gained over more than100 years, Bedeschi was selected tosupply the equipment to thePrimavera Project, a limestonestorage facility for VotorantimCimentos in the city of Curimba(Brazil). The supply consisted of astorage system with two STKP(Tripper TRP 16/1400) stackingbridges and a BEL C reclaimer witha stacking capacity of 700tph(tonnes per hour) and a reclaimingcapacity of 100tph to 500tph.
The BEL C system, based on thecreation of rectangular section piles,is composed of an interconnectedsystem with a tripper, two bridge
stackers and one overhead self-cleaning special technologybucket reclaimer, to provide a complete remote automaticmaterial stacking and reclaiming process. The storage processforesees the making of two piles, one pile in stacking operationand the other one in reclaiming operation at the same time. Thesystem has an automatic co-ordination of stacker and reclaimerto ensure safe operation without any risk of collision. Thisspecial Bedeschi technology makes it possible to achieve a veryhigh blending effect. This type of solution is the only one able tostack, reclaim and blend efficiently sticky and not free-flowingmaterial.
The supply includes also a crushing group with an apronfeeder (CNA 10/2200 B), a primary and a secondary toothed
Material: LimestoneBulk density: 31.4t/m3
Grain size: 98% <100mm, 100% <150mmMoisture: 10% to 25%Total stored volume: 40,000tStacking capacity: 700tphReclaiming capacity: 100 to 500tph
VOTORANTIM PRIMAVERA PROJECT DATA
Bedeschi products deliver highest performances with moist and sticky material
Votorantim BEL C system.
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roller crushers (RL 650/2200). Thisparticular type of technology uses twoslow-speed extra rotating rolls withteeth. The main features are highreliability, wear reduction, reducedenergy consumption, small overalldimensions, constant output size andfewer fines.
The machines were commissionedby the end of last year. This contractshows how Bedeschi is strengthening itspresence in the bulk handling and mining industries in the SouthAmerica marketplace.
CASE STUDY — BASTAS CIMENT IN TURKEY
The Bedeschi double roller crusher technology was chosen byBastas Ciment in Turkey last year. The plant, 35km from Ankara,is part of the Vicat Group, an international cement company withexpertise acquired through more than 160 years of research,
discoveries and participation in countless construction projects. The customer wanted to replace the existing crusher with a
new one with lower energy consumption and with minimum civilinvestment, and able to crush 760,000 tonnes of material peryear. The choice was a Bedeschi RL 650/2200 with technologystudied to crush different raw materials, also sticky and moist likeadditives. Indeed, roller crushers are ideal for processing stickyand wet materials with moisture contents of up to 25–30%.
Bedeschi toothed roller crushershave rotors that turn in oppositedirections in order to allow thematerial to flow through the gapbetween the two rollers. The rotatingspeed of the two rollers is different soas to guarantee not only acompression effect but also a shearand tensile stress process. Of course,the exact rotation speed depends onthe type of material processed and,thanks to its extensive experience,Bedeschi’s engineering team is able toperfectly meet the needs of the finalclient on this point.
To further exploit this strength,Bedeschi double crusher are equippedwith scrapers to keep the surface ofthe roller clean, avoiding any type ofclogging. Another fundamentaladvantage is the high operationalefficiency that allows for thegeneration of a low quantity of finesduring the process.
of covered manufacturing facilities in three differentlocations, with a total surface of more than 70,000m2.
Bedeschi crusher.
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...if you are lookingfor the best solutions!
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The stockyard is only a part of the total material flow concept.Larger terminals for bulk material are most of the time combinedwith shiploading, ship-unloading (e.g barges), or with equipmentfor unloading trucks or railcars.
Stockyards are normally used for coal, iron ore, limestone,slag, clinker, bauxite, gypsum, fertilizer, salt, phosphates, soyabeans, grain, etc. For the handling of all kind of bulk materialRHC specializes in supplying custom-made solutions, even forvery different applications.
RHC provides custom-made solutions for the completematerial handling concept. The company supports its customersby the planning and engineering of the terminal and stockyard,shipment and installation, supervision for commissioning, etc.Technical and operational support are providedfor start-up of new equipment.
Stockyard equipment must consider for thedesign the material input and output as well.This is an integrated part of the RHC materialflow concept. A good example is the design ofa larger coal terminal with a storage capacity ofup to 50mt (million tonnes). The coal arrives bybarges. Unloading of the barges is by specialhigh-performance cranes via fixed installedhoppers to the conveyor system. The incomingcoal will go to the stockyard via belt conveyorsand divided in different qualities to differentlocations. Several stackers with a performanceof 1,700tph (tonnes per hour) — the sameperformance as the barge unloaders — with anoutreach of 50 metres. The outgoing coal willbe handled by reclaimers with a capacity of5,000tph, which is the same capacity as theshiploaders. This stockyard is designed as abuffer storage between the incoming barges andthe outgoing large size vessels. The hoppers forthe incoming coal and the shiploaders areequipped with dust collection systems as perlatest environmental regulations.
Supply of blending stackers, high-capacitystackers, reclaimers, with a capacity of up to8,000tph and more, with a radius up to 60metres. Combined stacker/reclaimers couldincrease the efficiency by a multiple of 1.5 to2.5 compared with a single bucket loader.
The scope of supply includes also indoorcircular stockyard equipment, ranging indiameter from 60 to 150 metres. For theseindoor systems, RHC can provide differenttypes of reclaimer: cantilever, portal and bridgetype. For the stacker amplitude-varied and fixedtypes, RHC can carry out stacking andreclaiming at same time, which significantlyimproves the material processing efficiency.
For all its material handling systems, RHCprovides the engineering input from Europe, allthe key components are from internationalbrands with world-wide after sales servicesupport. The after-sales service of RHC and itspartners is working world-wide.
The manufacturing of RHC material handlingsystems will be at top ranking manufacturing
facilities in China with strict quality and process controls, or atsome of its partner companies in Europe.
Custom-made solutions from RHC
Layout of a new coal terminal.
DCi
Coal + domesa complementary
match-up
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In August 2015 Dome Technology completed a dual-site projectfor China Coal, building six bulk-storage domes, each with athroughput rate of 60,000 metric tonnes of coal every threedays. The dome is an ideal storage solution for coal, providingspeed and safety in operations.
In the coal industry quick and reliable reclaim is a must, but
so is maintaining an ideal environment for safely storing product.One without the other isn’t any good, and companies like ChinaCoal are getting the best of both worlds by selecting a dome forbulk storage.
China Coal contracted with Dome Technology of Idaho Falls,Idaho, USA, to design and construct three domes for its Hulusu
Rebecca Long Pyper for Dome Technology
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site and three more for its Menkeqing site, both located at coalmines in north China’s Inner Mongolia province. Completed inAugust 2015, the domes can store 60,000 metric tonnes of coalapiece; 100% live-reclaim systems make it possible to process60,000 metric tonnes of coal at each silo every three days.
A full-floor hopper system similar to a series of funnelssituated side by side allows coal to flow through each domeunder gravity rather than by loader. “Inside these domes it’s a100% live-reclaim system, which is not new to the industry, buton this magnitude, it’s advanced,” Dome Technology CEO BradleyBateman said.
Moving product is just one part of the equation for companieslike China Coal. Monitoring stored product, preventingdeflagration and selecting the best material-handling system foreach project are also major matters. Domes provide options andstrengths in all these areas.
GEOMETRY AND CONSTRUCTION METHOD: THE DOME’SSOURCES OF STRENGTH
For a temperamental product like coal, domes offer a consistentenvironment based on geometry and construction. Warehousesand flat-storage structures can only be built so tall before theirstrength is compromised; with domes, customers can safely store
more product in a smaller footprint, stacking it deeper and takingup less property at the site. The dome’s unique double curvaturelends itself to strength with the ability to build up, rather thanout.
The continuous dome shape is sealed, so nitrogen pumpedinside the structure as required for stabilizing product stayscontained. Concrete combined with insulation dramaticallyreduces temperature fluctuation regardless of weather outsideand impedes condensation from forming on the interior surface.
INVENTORY MANAGEMENT
Point-level monitors identify the height of the product in thedome, and specialized 3D monitors chart the surface of the pileand its shape — information crucial for inventory managementand knowing how much product is being stored. Conveyorsystems also weigh product as it enters the structure and as itexits to verify the amounts being transferred.
FIGHTING EXPLOSION WITH HOUSEKEEPING AND SMART
SYSTEMS
When storing coal there’s always the possibility of spontaneouscombustion and explosion, and according to Zhao Jiapeng ofChina Coal, the possibility of coal self-igniting in the domes was
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one of the company’s main concerns. Domes are less likely toexperience this because the interiors are truss and support free— the fewer the horizontal surfaces, the fewer places availablefor dust accumulation.
Housekeeping and maintenance are the two most importantelements in a fire-prevention system and are critical to safe andproductive operations. When equipment is well maintained, it isless likely to fail, throw sparks or overheat. When the facility isclean and free ofconsiderable dustbuildup, the potentialfor fire spread orsecondarydeflagrations isgreatly reduced.Dome Technology’steam recommendsdeveloping aschedule for full-system cleaning andregular maintenance.Worn items shouldbe replacedimmediately, andspare parts should bekept on hand at alltimes.
A host of systemsexists to promotefire protection andprevent deflagration.Infrared camerascheck coaltemperatures whileon the belt to ensure
no off-spec product enters the dome. Linear heat cables alongthe conveyor monitor for fire on the belt; this cable might detectfire travelling along the belt before reaching the thermal scanner.The Dome Technology team incorporates multiple points whereoff-spec coal can be rejected before entering the storage space.Specialized admixtures, such as F-500 Encapsulator Agent byHazard Control Technologies, can be added to water systems toaid in quicker cooling and fire extinguishing.
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� Five industry-specific editorial sections, with their own news and features every month
� Additional special focuses and regional reports
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Common dust-collection options includea baghouse system thatpulls particulates througha fabric filter. Because it’sa dry system collectingdust and storing it in highconcentration, the chanceof combustion within thesystem is still real, saidAdam Aagard, an engineerfor Dome Technology.
The more-preferredapproach is misting withwater or another wettingagent or utilizing a wetscrubber, “whichessentially pulls the dustthrough a water systemso it becomes wet, andthat’s what pulls out thedust rather than a bag, sonow the dust is wet andnot nearly ascombustible,” Aagard said.The system pulls the dustthrough a duct until it canbe removed from thefacility or destroyed.
Regardless of the typeof dust collection, anautomatic system can beinstalled to convey dustaway, whetherpneumatically or on abelt, to a combustor.Dust can also becollected in a bin or asuper sack to be hauledaway.
Proper coal storageand handling are criticalfor the success of aproject. “Great careshould be given to makesure there is a first-in, first-out rotation of coal,” DomeTechnology sales manager Lane Roberts said. “Housekeepingpolicies should be strictly followed, not allowing dust build-up in(the) conveyor or conveyor galleries. Keeping the tunnel cleanfrom accumulating dust by vacuum systems or other means isessential.”
MATERIAL-HANDLING OPTIONS
How fast and how well a company moves product will translateinto how fast it makes money. Throughput rate is of utmostimportance as it determines the material-handling systems andmay influence the likelihood of fire since some types of coalbecome more volatile the longer they sit.
Regardless of storage time, with both low- and high-volatilitycoal, “the goal is first-in, first-out. That helps to minimizeresidence time,” Aagard said. “Time is more of a factor thanvolume.” Engineers can design first-in, first-out reclaim as a meansof preventing self-heating from coal aging in pile.
The stacker reclaimer is common for more highly combustiblevarieties of coal handled by a mechanized system, and “the nicething about a stacker reclaimer is you have quite a bit of controlof where you’re building your pile and reclaiming it,” Aagard said.For example, when a hot spot is detected, site managers canremove product from a specific area of the pile.
For some types of coal another option is a full hopper systemsimilar to a series of funnels situated side by side to comprisethe ‘floor’ of the facility. This model allows coal to flow throughthe structure under gravity rather than by loader. DomeTechnology has installed this type of 100% live-reclaim system forrelatively low volatility coals, with the largest being the 60,000-metric-tonne China Coal domes. The design allows product tobe completely emptied to match a company’s throughput needs.
With smart systems that meet throughput needs and providesafer operations, companies like China Coal can operatecompletely custom facilities that protect their bottom line, theirproduct and their employees. DCi
LIQUID CARGO ICON/BADGE
SPECIAL CARGO ICON/BADGE
BREAK BULK ICON/BADGE
BULK CARGO ICON/BADGE
SPECIAL CARGO ICON/BADGE
Great Lakes & St. Lawrence Seaway
North America’s magnum opus
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The Great Lakes St. Lawrence Seaway System is a deep draughtwaterway extending 3,700km (2,340 miles) from the AtlanticOcean to the head of the Great Lakes, in the heart of NorthAmerica. The St. Lawrence Seaway portion of the Systemextends from Montreal to mid-Lake Erie. Ranked as one of theoutstanding engineering feats of the twentieth century, the St.Lawrence Seaway includes 13 Canadian and 2 US locks.
The Great Lakes and St. Lawrence River have been majorNorth American trade arteries since long before the US orCanada achieved nationhood. Today, this integrated navigationsystem serves miners, farmers, factory workers and commercialinterests from the western prairies to the eastern seaboard.
Virtually every commodity imaginable moves on the GreatLakes Seaway System. Annual commerce on the System exceeds180mt (million metric tonnes), and there is still ample room forgrowth. Some commodities are dominant:
v iron ore for the steel industry;v coal for power generation and steel production;v limestone for construction and steel industries;v grain for overseas markets;v general cargo, such as iron and steel products and heavy
machinery; andv cement, salt and stone aggregates for agriculture and industry.
The primary carrier vessels fall into three main groups: theresident Great Lakes bulk carriers or ‘lakers’; ocean ships or‘salties’; and tug-propelled barges. US and Canadian lakers movecargo among Great Lakes ports, with both nations’ lawsreserving domestic commerce to their own flag carriers. Saltiesflying the flags of other nations connect the Lakes with all partsof the world.
To realize the magnitude of this commerce, consider theimpact of some typical cargoes:
Seaway System opens 58th navigation season
Louise Dodds-Ely
Welland Canal Lock 2 (photo: The St. LawrenceSeaway Management Corporation).
www.fednav.com
RELIABLE| FMT | FALLine | Fednav Direct || | ALLine | v Diredna || FMT | ALLineFFA | ect v Diredna F |
www om.cvv.edna.fwww
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v one 1,000ft-long Great Lakesvessel carries enough iron oreto operate a giant steel millfor more than four days;
v a similar ‘super laker’ carriesenough coal to powerGreater Detroit for one day;and
v a Seaway-size vessel movesenough wheat to make breadfor every resident of NewYork City for nearly a month.For every tonne of cargo,
there are scores — oftenhundreds — of human facesbehind the scenes. On board,there are the marinersthemselves, while shore sidethere are lock operators andlongshoremen, vessel agents and freight forwarders, shipchandlers and shipyard workers, stevedores and terminaloperators, Coast Guard personnel and port officials, railroadworkers and truck drivers — a wide web of service providers.
Opened to navigation in 1959, the St. Lawrence Seaway partof the system has moved more than 2.5 billion metric tonnes ofcargo in 50 years, with an estimated value of more than $375billion. Almost 25% of this cargo travels to and from overseasports, especially Europe, South America, the Middle East, andAfrica. From Great Lakes/Seaway ports, a multi-modaltransportation network fans out across the continent. Morethan 40 provincial and interstate highways and nearly 30 rail lineslink the 15 major ports of the system and 50 regional ports withconsumers, products and industries all over North America.
MANAGEMENT OF THE SEAWAY
The Great Lakes/St. Lawrence Seaway was built as a binationalpartnership between the US and Canada, and continues tooperate as such.
Administration of the system is shared by two entities, theSaint Lawrence Seaway Development Corp. in the US, a federalagency within the US Department of Transportation, and theSt. Lawrence Seaway Management Corporation in Canada, a not-for-profit corporation (ownership of the Canadian portion of theSeaway remains with the Canadian federal government.)
US Saint Lawrence Seaway Development Corporation(SLSDC)The Saint Lawrence Seaway Development Corporation is a
Seaway traffic 2015
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wholly owned government corporation created by statute 13May 1954, to construct, operate and maintain that part of the St.Lawrence Seaway between the Port of Montreal and Lake Erie,within the territorial limits of the United States. Tradedevelopment functions aim to enhance Great Lakes/St. LawrenceSeaway System utilization without respect to territorial orgeographic limits.
The mission of the Corporation is to serve the USintermodal and international transportation system by improvingthe operation and maintenance of a safe, reliable,environmentally responsible deep-draught waterway, incooperation with its Canadian counterpart. The SLSDC alsoencourages the development of trade through the Great LakesSeaway System, which contributes to the comprehensive
economic and environmental development of the entire GreatLakes region.
The SLSDC headquarters staff offices are located inWashington, D.C. Operations are located at the two U.S. Seawaylocks (Eisenhower and Snell) in Massena, NY.
Canadian St. Lawrence Seaway ManagementCorporation (SLSMC)The St. Lawrence Seaway Management Corporation is a not-for-profit corporation responsible for the safe and efficientmovement of marine traffic through the Canadian Seawayfacilities, which consists of 13 of the 15 locks between Montrealand Lake Erie. The Corporation plays a pivotal role in ensuringthat the waterway remains a safe and well-managed system,
Commodities through the system in 2015
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which it shares with its American counterpart,the Saint Lawrence Seaway DevelopmentCorporation.
The Corporation's mandate promotesefficiency and responsiveness to the needs ofshipping interests, ports, marine agencies, andprovincial and state jurisdictions.
The two Seaway entities co-ordinateoperational activities particularly with respectto rules and regulations, overall day-to-dayoperations, traffic management, navigation aids,safety, environmental programmes, operatingdates, and trade development programs. Theunique bi-national nature of the Systemrequires 24-hour, year-round co-ordinationbetween the two Seaway entities.
SEAWAY OPENS 58TH NAVIGATION SEASON ICE FREE
‘Clear sailing ahead’ as Seaway opens two weeks earlierThe St. Lawrence Seaway Management Corporation (SLSMC)marked the opening of the Seaway’s 58th navigation season on21 March, with the transit of Canada Steamship Lines’ ThunderBay through Lock 3 on the Welland Canal. The ship, carrying aload of road salt, will be replenishing stocks depleted by icestorms which repeatedly struck Eastern Canada over the winter.
“We certainly welcome the warmer weather. A return to anopening in the third week of March provides our clients with theopportunity to move cargo in a timely manner, and make themost of the navigation season” said Terence Bowles, Presidentand CEO of the SLSMC.
Allister Paterson, President of Canada Steamship Lines,served as the keynote speaker at the opening. “It’s an honourfor CSL to be opening the Seaway this year with Thunder Bay,one of our state-of-the-art Trillium-class self-unloading Lakers.Like her five sister ships, this vessel is part of a new generationof vessels in the Lakes that are more energy efficient,environmentally-friendly, reliable and safe” said Paterson.
“The ongoing investment in new vessels by a variety ofSeaway carriers underscores our customers’ faith in the future
of the waterway” said the SLSMC’s Bowles. “In parallel with ourcustomers’ investments, the Seaway’s award winningmodernization program is now well-over 50% complete, withhands-free mooring operational at eight of the Seaway’s locks.We are making steady progress in bringing about gains inefficiency and safety for all concerned, ensuring a highlycompetitive transportation system for years to come.”
K+S Windsor Salt ships the majority of the productioncoming from its Ojibway Mine in Windsor via the GreatLakes/Seaway System. Francois Allard, Director MarineDistribution for K+S Windsor Salt Ltd., said: “Not only is theSeaway transportation system the most cost-effective way toreach our markets, it also minimizes our impact on theenvironment. The Thunder Bay’s transit from the Ojibway mineto Bowmanville takes almost 1,000 truckloads off Ontariohighways. It’s important that all levels of government continue toinvest in infrastructure along this waterway and we applaud themodernization of the lock system.”
“The Great Lakes St. Lawrence Seaway System continues tobe an environmentally sustainable, vital route for commerce inthe global supply chain,” said Betty Sutton, Administrator of theUS Saint Lawrence Seaway Development Corporation. “TheGreat Lakes region, North America’s ‘Opportunity Belt’, is athriving and influential destination and the Seaway System
connects this region to theworld. Businesses arechoosing to move theircargo through the SeawaySystem because of theeconomic benefits, safety,and reliability of ourwaterway, and its directaccess to the heartland ofNorth America.”
In terms of the outlookfor 2016, the SLSMC’sTerence Bowles noted that alower Canadian dollar mayspur more Canadian exportsthis year. “The combinationof a rebound in Canadianmanufacturing activity, a solidUS economy, and theprospect of more trade withEurope brings about severalcatalysts which may boostSeaway tonnage,” saidBowles.
Icebreakers and commercial vessels on Lake Huron.
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One of the challenges of storing cement in large quantities isefficient handling of those materials out of the storage structure.When St Marys Cement evaluated options for its new storageprojects, Laidig Systems, Inc. was able to provide it with aninnovative solution.
St Marys Cement is a leading manufacturer of cement andrelated construction products in the United States and Canada.Headquartered in Toronto, Canada, St Marys Cement suppliescementitious materials to the Great Lakes Region and is also asignificant producer of concrete and aggregates to variousmarkets in the Great Lakes Region. St Marys Cement (Canada)is part of the North American operations of VotorantimCimentos, an international cement, aggregates and concretemanufacturer based in San Paulo, Brazil.
For more than 100 years, St Marys Cement has beencontributing to the construction industry around the GreatLakes. Today the company has manufacturing plants locatedstrategically to serve the Canadian and United States marketsand has docking facilities in both countries to take advantage ofefficient water transportation. This associationenables it to achieve synergies and economiesof scale, strengthening its ability to provideexcellent service and top products to buildersof all sizes in all of its locations. Products ofVotorantim Cimentos in North Americainclude cementitious materials from St MarysCement and Suwanee American Cement,decorative and high-performance concretesfrom Prairie Material and CBM (CanadaBuilding Materials) in Ontario, as well asaggregate products and concrete, block andGunite from Prestige Concrete Products.
There have been several traditional methodsof reclaiming cement from large-capacity
structures. The methods vary significantly from the completeaeration of structure floors, to partial aeration with manual finalclean out (using front end loaders), to large mechanical reclaimsystems. All of these options offer advantages and disadvantages,which primarily involve overall cost, level of automation andsafety.
Laidig Systems worked with other cement companies andwith St Marys to develop a solution that best fit the needs ofthe industry. After considerable research and development,Laidig manufactured the Fluidized Screw Series Reclaim Systemas a cost-effective and automated solution to unload fluidizablematerials in large-capacity storage structures. Laidig’s FluidizedScrew series offers superior performance and dependability for awide range of fluidizable materials, such as cement, fly ash, talc,and other powders. The Laidig Fluidized Screw system isengineered to provide a fully-automated, near-total clean outwhile breaking up the hard pack and avoiding the dead zones.
The Fluidized Screw Reclaim System was developed to satisfythe needs of St Marys Cement and, in doing so, was engineered
The fluidizable material solution: Laidig Systems for St Marys Cement
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andmanufacturedwith variousfeatures thatwereparamount inthe efficientand effectiveoperation ofthis particularsystem. AtLaidig, it allbegins withstate-of-the-artengineeringand designspecific to the customer and its needs. For St Marys Cement,the Fluidized Screw Reclaim System was designed to meet theirdifficult material challenges and did so.
The Fluidized Screw Reclaim System has been engineered andmanufactured with a variety of features that not only satisfiedthe needs of St Marys Cement, but the system also providedsome other key features, including: a fully automated system withdependable push button operation, a fully reversible sweep augerfor maximum process flexibility, the ability to support storagediameters up to 164 feet (50 metres), the integration of anefficient air-gravity conveyor with a rugged mechanical screwreclaimer, and access to Laidig’s lifetime technical support.
At Laidig, it all begins with state-of-the-art engineering anddesign specific to the customer and their needs. The FluidizedScrew Reclaim System that Laidig provided to St Marys Cementintegrates the best of two proven technologies to solve materialhandling needs — a rugged mechanical screw along with anefficient air-gravity conveyor system.
This totally automated reclaim system provides the efficiencyof air-gravity conveyors along with the ruggedness of mechanicalscrew reclaimers. In this process, air gravity conveyors, which
consist of an aerated centre hub and radial spokes, reclaim alarge percentage of the total stored material. A series of airslides is used to fluidize the floor and cleanout a portion of thematerial in the dome. The air slide system is comprised of radialair conveyors — designed like spokes on a bicycle wheel —extending out from the centre. The air slides operatesequentially around the dome — not all working at once —which reduces the amount of power to operate them, andreduces uneven loads on the dome and foundation. This processwill reclaim approximately 80% of the stored material, leavingbehind large pie-shaped piles of material between each air slide.
To ensure final cleanout, the Laidig FS1010 Fluidized ScrewReclaim System is engaged to unload the dome, further breakdown the material, and clean out the remaining hard packedpiles to complete the clean-out process. To assist in activatingthe air-gravity zones within the storage facility, the Laidig Systemprovides an Intelligent Control System that sequentially activatesthe air-gravity zones to coincide with the location of the LaidigFluidized Screw Reclaimer, to aid in the completion of the finalcleanout.
Safety is also a high priority for companies storing materialsin silos and domes, and one of the challenges is to ensure thatplant personnel have safe and easy access into the structure.Laidig was proactive in their approach to ensure that thiswouldn’t be a concern for St Marys Cement and othercompanies that are storing and transporting fluidizable materials.Laidig has engineered and developed new product innovationsand pioneering technology that have changed how companies
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approach material storage from a safetyperspective. The Laidig FS1010 FluidizedScrew Reclaim System has been designed asan automated storage and reclaim systemprocess that requires no personnel entry— keeping safety as a top priority.
Laidig’s Fluidized Screw Reclaim Systemsare designed specifically for heavy-dutyapplications requiring high-volume storageand reclaim of fluidizable materials. Laidigprovides turnkey installations including thestorage dome, the mechanical reclaimsystem, blowers, air gravity conveyors, and acustomized fully-automated control system.With dome diameters up to 164 feet (50m)and discharge rates up to 250 metrictonnes per hour, the Fluidized Screw systemis able to store and efficiently reclaim a high volume of fluidizablematerial in an automated process with zero personnel entry.
This rugged, extreme-duty reclaimer promotes First-In-First-Out (FIFO) material delivery to maintain material qualitystandards. Laidig Systems, Inc. has proven to be a trustedpartner, and is committed to pioneering a total solution forindustry-specific storage and material handling needs. The LaidigFluidized Screw reclaimer is built with longevity and flexibility inmind. Designed to handle a wide variety of materials, theFluidized Screw is ideal for fluidizable materials, includingcement, fly ash, talc and powders. The Fluidized Screw providesa cost-effective alternative to traditional fully fluidized floors,utilizing fluidized radial spokes to clean out a large portion ofthe storage vessel and a mechanical screw to reclaim theremaining piles of material.
At the core of Laidig Systems, there exists the productguarantee that the company was founded on and still is inpractice today: “If we design, build, and install your materialshandling system, we guarantee it will work.”
Many customers partner and work with Laidig because theyvalue the straight-forward, no-nonsense guarantee. Even whenpartnering with customers to pioneer new methods of materialhandling, Laidig remains committed to that guarantee.
“We won’t walk away from problems — whether they areyours or ours. If we design, build, and install your materialhandling system, we guarantee it will work.” — It’s that simple.
Laidig is the world leader in the bulk storage and reclaimindustry, specializing in screw-type bottom reclaimers in silos,
domes, and open piles. Thousands of bulk storage and reclaimsystems are installed worldwide, with new system designscontinuously introduced to incorporate the latest technologyand meet the challenges of today’s world. Laidig is proud to besetting the standards in the bulk storage and reclaim industry.
Known throughout the industry for their rugged, high-qualitysystems, Laidig excels in providing customized solutions for thestorage and reclaim of materials with poor material flowcharacteristics or other special handling requirements. All overthe World, Laidig provides solutions that assist in bulk storageand material handling problems that other companies are unableor unwilling to provide. Such materials include biomass (i.e.wood chips, corn cobs, cellulosic material), trona, petcoke,crushed coal, FGD gypsum, limestone, fly ash, cement, grains,grain meals, powders, fertilizers, pellets, and a variety of recycledmaterials.
According to Daniel Laidig, Laidig Systems CEO, thecommitment to being the best still stands today.
“We are providing solutions for large automated storage andreclaim needs with designs that are innovative, sound andguaranteed to work. This continues to illustrate the pioneeringspirit, experience and leadership Laidig has throughout theworld. It continues to prove that we can develop and deploystorage and reclaim solutions that no other company can.”
Laidig is a leader and key partner in developing solutions forthe storage and reclaim of bulk materials. With over 50 years ofexperience, Laidig continues to pioneer the industries anddevelop innovative material handling solutions.
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Rand Logistics, Inc. is a leading provider of bulk freight shippingservices throughout the Great Lakes region. Through itssubsidiaries, the company operates a fleet of four conventionalbulk carriers and twelve self-unloading bulk carriers includingthree tug/barge units. The company is the only carrier able tooffer significant domestic port-to-port services in both Canadaand the US on the Great Lakes. Its vessels operate under theUS Jones Act — which dictates that only ships that are built,crewed and owned by US citizens can operate between USports – and the Canada Marine Act, which requires Canadiancommissioned ships to operate between Canadian ports.
Headquartered in Jersey City, New Jersey, USA, Rand Logisticswas formed in 2006 through the acquisition of the outstandingshares of capital stock of Lower Lakes Towing Ltd. Commonshares of Rand Logistics trade on the NASDAQ Capital Marketunder the symbol RLOG.
RAND LOGISTICS INTRODUCES NEWEST CANADIAN-FLAGGED
SELF-UNLOADER INTO SERVICE
On 1 December last year, Rand Logistics announced that it hadintroduced its newest Canadian self-unloading vessel, theManitoulin, into service. The new vessel has the largest carryingcapacity of any existing River-class self-unloader and is anticipatedto be the most efficient vessel of its class on the Great Lakes.
The new addition increases the size of Rand’s fleet to 16,including ten Canadian-flagged and six US-flagged vessels, andsupports recent new long-term contracts, which took effect inApril 2015.
“As reported in our second quarter fiscal 2016 financials, thenew vessel will service existing business that was being deliveredthrough a third party time charter,” commented Mark Hiltwein,Rand’s CFO. “Tonnage has been transferred to this new vessel,ending the third party time charter agreement that has been inplace throughout the current sailing season. We do not expectthat our newest vessel will have a meaningful impact on ourfiscal 2016 financial results. In the 2016 sailing season, we expect
per day profitability generated from our newest vessel to exceedthat of any of our existing assets.”
Hiltwein added, “We estimate that the new vessel willincrease our overall return on invested capital by approximately1% and our free cash flow per basic shares outstanding at thecurrent Fx rate by between $0.18 and $0.22 on a full year basis.”
“The Manitoulin is officially in operation in the Great LakesRegion after successfully completing the voyage from China toCanada over the last two months, travelling across the PacificOcean, through the Panama Canal, along the East Coast, anddown the St. Lawrence River. We are pleased with the vessel’sperformance and are thankful for our skilled crews and all whocontributed to delivering the vessel into service safely and withinthe expected timeframe,” said Scott Bravener, President ofLower Lakes Towing Ltd. and Grand River Navigation Company,both subsidiaries of Rand.
RAND LOGISTICS ANNOUNCES APPOINTMENTS OF VICE
PRESIDENTS OF OPERATIONS FOR THE US AND CANADIAN
FLEETS
On 4 January this year, Rand Logistics announced theappointment of Captain Paul J. Joaquin and Captain Gerald“Gerry” J. Ray as Vice Presidents of Operations for the US andCanadian fleet, respectively, effectively immediately. CaptainsJoaquin and Ray have assumed executive responsibility for theco-ordination, execution and optimization of vessel operationsto fulfill annual operating plan commitments. This includesworkforce and resource planning, fleet safety, regulatory andenvironmental compliance, vessel expense management anddriving operating excellence initiatives.
“We continue to strengthen our management team with theappointment of Captains Joaquin and Ray to lead day-to-dayoperations for our US and Canadian fleets, respectively,”commented Ed Levy, Rand’s President and CEO. “Both Paul andGerry are seasoned captains who bring significant operationsexpertise to their new roles. Both consistently illustrate a
Change afoot at Great Lakes’ region shipping company Rand Logistics
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collaborative management style and an operating philosophycentred on operational metrics management, which remains afocus for our company as we pursue operational excellencethroughout our organization.” Both Captain Joaquin and CaptainRay joined the company in 2001.
Captain Joaquin is a graduate of the Great Lakes MaritimeAcademy in Traverse City, Michigan, USA, where he received adegree in Marine Technology. He is a US Coast Guard licensedpilot of all waters west of Cape Vincent.
Captain Ray is a graduate of Georgian College in OwenSound, Ontario, Canada, where he received a diploma in MarineNavigation Technology, and holds several licences andcertifications specific to the marine industry.
“We are pleased that Captain Joaquin and Captain Ray arebeginning the next phase of their careers together. Theirexperience within, and dedication to, our company and themarine industry will allow us to better share best practices andfurther align activities between our US and Canadian fleets.Collaboration will allow us to capitalize on operationalefficiencies across both fleets,” said Captain Scott Bravener,President of Grand River Navigation Company and Lower LakesTowing, Ltd.
RAND LOGISTICS ANNOUNCES APPOINTMENT OF AARON H.DEGODNY TO CHIEF COMMERCIAL OFFICER
On 3 February this year, Rand Logistics announced theappointment of Mr. Aaron H. Degodny to the position of ChiefCommercial Officer.
“The role of Chief Commercial Officer is a new one for ourcompany and reaffirms our commitment to growth,strengthening our business relationships and continuing to createshareholder value,” stated Ed Levy, President and Chief ExecutiveOfficer of Rand. “In conjunction with our existing seniorexecutive team and sales and marketing group, Aaron will enableus to continue to improve our customer’s experience. Aaron’sproven leadership experience will augment our company’sbusiness development activities and enable our organization toachieve our long-term objectives.”
Aaron Degodny has over 25 years of experience in thetransportation and logistics industry, with the majority of hiscareer in the bulk commodities and industrial products sectors.Prior to joining Rand, Degodny was employed with CanadianNational (CN) Railway for 20 years, where he served asDirector of Sales for Bulk Commodities for the United Statesand Canada, one of the railroad’s largest business segments. AtCN, he also held the positions of Director of Sales for IndustrialProducts and National Account Manager for Grain and Fertilizer.Earlier in his career, he held various positions focused oncommodity trading, logistics and transportation at Cargill, Inc.
He is a graduate of Iowa State University in Ames, Iowa,where he received his Bachelor’s Degree in BusinessAdministration with a focus on transportation logistics andeconomics. He has been affiliated with a variety of organizationsincluding the National Grain and Feed Association, the NationalGrain Car Council, and the Transportation, Elevator and GrainMerchants Association.
RAND LOGISTICS ANNOUNCES NEW CORPORATE
HEADQUARTERS
On 5 February this year, Rand Logistics announced the companywas relocating its headquarters office from New York City toNew Jersey, effective 1 March 2016. The company’sheadquarters relocation is one of several initiatives under way as
part of its previously disclosed programme to increase its returnon invested capital.
“After many years in Manhattan, we have made the decisionto base our company in New Jersey, as part of our sharpenedfocus on our return on invested capital. Our new locationprovides us with a dedicated office space for Rand and will resultin the termination of our Reimbursement Agreement with HydePark Real Estate, LLC, an affiliate of one of our directors. It willalso result in an attractive annual lease cost savings,” stated MarkS. Hiltwein, Chief Financial Officer of Rand.
RAND LOGISTICS ANNOUNCES PLANS FOR 2016 SAILING
SEASON
On 6 April, Rand Logistics announced the company’s plans foroperation in the 2016 Sailing Season, which includes operating13 of its 16 vessels, $2 to $4 million of annual cost savings andimproved financial performance over the 2015 Sailing Season.
“The company is projecting to sail approximately 3,405 daysand operate 13 vessels in the 2016 season, including all six ofour Canadian-flagged self-unloaders and five of our six US-flagged self-unloaders. At such time as we believe we cangenerate a consistently appropriate return on invested capital onour sixth US-flagged self-unloader, we will reintroduce it backinto service. Average vessel margin per day for the last threeyears has been approximately $13,000. In addition, we presentlydo not expect to utilize any third party vessels to haul ourcustomer tonnage in the 2016 sailing season,” stated Ed Levy,Rand’s President and CEO.
“During the quarter ended 31 March 2016, we agreed to afavourable buyout of a customer time charter contract on oneof our bulk carriers. We have begun to remarket this vessel butare assuming that it, as well as a second of our four bulkcarriers, will not sail in the 2016 season. We believe that marketconditions, including the size of the Canadian grain harvest, willdictate if either of these two vessels operates in 2016. The twobulk carriers that we currently project will not operate in the2016 sailing season are amongst the lowest vessel margin perday contributors in our fleet, and therefore the decision to notoperate the vessels is likely to be accretive to our overall vesselmargin per day,” Levy continued.
During its fiscal fourth quarter ended 31 March, 2016, thecompany’s performance exceeded expectations. “We werepleased with our vessel operating performance in our fiscalfourth quarter ended 31 March 2016. While we operated for113 days in the quarter versus 248 in the same quarter in theprior year period, as a result of weather conditions and a moredisciplined operating approach, we are expecting that both ourvessel margin and vessel margin per day will be improved ascompared to the quarter ended 31 March 2015,” stated MarkHiltwein, Rand’s Chief Financial Officer.
“We have identified between $2 million and $4 million ofannual cost savings which we hope to realize over the next 12months. These cost reduction opportunities include savings in anumber of areas including insurance, provisions, spare parts, andgeneral and administration expenses. Our cost savingsprogramme is part of our initiative to improve return oninvested capital,” stated Hiltwein.
“Our 2016 initiatives which include the introduction of ournewest vessel, rationalizing our cost structure, managing capitalexpenses, improving operational efficiencies and achieving highervalue added revenue will position us to continue to repay debtand increase our return on capital as we operate through the2016 sailing season,” Hiltwein concluded.
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THE MARITIME CONCIERGE FOR ALL US GREAT LAKES PORTS
NOW PROVIDES VESSEL OPERATIONS TO CANADIAN PORTS
World Shipping, Inc. is proudly expanding its Great Lakes VesselOperations Agency Network to now include Canadian ports inaddition to all US Great Lakes ports. On 1 March this year,World Shipping Inc. opened a fully staffed agency office inHamilton, Ontario to provide vessel owners and operators thesame world-class service at Canadian ports as the company hasprovided to US Great Lakes ports since its founding in 1960.
The Canadian Great Lakes Vessel Operations Networkincludes the ports of:v Hamilton;v Mississauga;v Oakville;v Toronto;v Oshawa;v Picton;v Welland Canal;v Port Weller;v Port Colborne;v Thorold; andv Nanticoke.
A SINGLE VESSEL OPERATIONS AGENT
The expansion of the Great Lakes Vessel Operations Networkcloses a gap in the Eastern region of the Great Lakes by creatinga continuous network of vessel operating offices servicing LakeOntario and the Welland Canal ports, providing the customersof World Shipping, Inc. with the opportunity to use a singleagent, while transiting beyond the St. Lawrence Seaway for allGreat Lakes ports on both the US and Canadian side.
CANADIAN LEADERSHIP
The Canadian Great Lakes Vessel Operations Network will bemanaged by Canadian, J.F. Walker. J.F. will serve as GeneralManager at the Vessel Operations Office in Hamilton, Ontario.“J.F. brings a wealth of experience stemming from 14 years in thevessel husbandry industry. His knowledge and reputation hasearned widespread industry respect — we are extremelypleased to have him as a part of our team,” says Fred Hunger,Chief Executive Officer, World Shipping, Inc.
VESSEL AGENTS SINCE 1960Inspired by opening of the St. Lawrence Seaway in 1959, JackHunger founded World Shipping, Inc. in 1960. Over 55 yearslater, his legacy continues with The World Group of Companiesproviding innovative cargo transportation and freight serviceswhile delivering the highest level of customer service available inthe industry. Headquartered in Cleveland, OH, The WorldGroup companies include World Shipping, Inc., ContainerPortGroup, UWL, World Distribution Services, and NewPort TankContainers.
World Shipping, Inc. is an independent shipping agencyspecializing in vessel operations, APIS/AMS/ACI/ENOA/D, grainforwarding and project logistics. As the maritime concierge forall Great Lakes Ports, ship owners, ship operators, time charters,voyage charterers will experience excellent customer service,ensuring each port call and every voyage is performed in thesafest, quickest and most cost efficient manner. The WorldShipping, Inc. vessel operations and port agency staff provide thelargest, most comprehensive geographic scope and depth of
experience in the Great Lakes.US Great Lakes Vessel Operations Network include the ports
of:v Ashtabula;v Bay City;v Buffalo;v Burns Harbor;v Chicago;v Cleveland;v Conneaut;v Detroit;v Erie;v Green Bay;v Lorain;v Ludington;v Marinette and Menominee;v Milwaukee;v Muskegon;v Ogdensburg;v Oswego;v Port Huron; andv Toledo.
ABOUT WORLD SHIPPING, INC.Since 1960, World Shipping, Inc. has been active in servingshippers and receivers of international cargo operating inmultiple segments, including freight forwarding, ocean freight,trucking, rail operations, warehousing and distribution, bulk liquidinternational logistics, and customs clearance.
Headquartered in Cleveland, OH, The World Groupcompanies include World Shipping, Inc., ContainerPort Group,UWL, World Distribution Services, and NewPort TankContainers.
World Shipping expands Great Lakes operations network and opens new office
J.F. Walker will serve asGeneral Manager at the
World Shipping VesselOperations Office inHamilton, Ontario.
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The Port of Indiana-Burns Harbor handled 2.8mt (milliontonnes) of cargo in 2015, the second-highest tonnage in overtwo decades. Following 2014’s all-time record volume, the yearmarked only the third time the port handled 2.8mt or more inthe port’s 45-year history.
Increased shipments of heavy-lift project cargoes (up 96%),carbon products (up 37%), limestone (up nearly 12%) and oils(up 72%) helped drive the increased volume.
“Our port continues to be a major inland hub for heavy-liftcargoes as our terminal operators handled nearly double the
Port of Indiana-Burns Harbor handles second-highest tonnage since 1994
The Port of Indiana-Burns Harbor received 36 beerfermentation tanks in 2015, including 20 forLagunitas Brewing Co. in Chicago, one of the largestcraft breweries in the US.
The Port of Indiana-BurnsHarbor handled 2.8mt ofcargo in 2015, the second
highest tonnage in over twodecades.
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Logistec provides high quality cargo-handling services to marine and industrial customers through a strong network of strategi-cally located facilities in the Great Lakes, the St. Law-rence River, on the Eastern Seaboard of North America, and in the U.S. Gulf.
www.logistec.com
THE THINGS WE DO
At Logistec, our network of partners, service providers, in-house experts and port
facilities enables us to manage our customers’ cargoes in a cost effective and
reliable manner.
number of large dimensional shipments during 2015 over theprevious year,” said Port Director Rick Heimann. “The port hasreceived multiple shipments for regional breweries in recentyears, including 36 beer fermentation tanks in 2015. Many ofthese are 20,000 gallon tanks or larger.
“The port’s strategic location at the intersection of two ofthe world’s busiest waterways and all of the nation’s Class Irail lines provides significant competitive advantages formultimodal companies moving international cargo to and fromthe Midwest.”
Lagunitas Brewing Co. in Chicago, one of the largest craftbreweries in the US, received 20 more tanks through the portfrom Europe in 2015 after receiving 29 in 2014. In 2015, theport also handled 12 brewery tanks for Bells Brewery inKalamazoo, Mich., and four tanks for Revolution Brewery inChicago.
Steel shipments, a key driver for 2014’s record, were belowthat year’s total but well ahead of the five-year average. Othersignificant cargoes handled by the port in 2015 includedfertilizer, grain and salt.
“Last year was a very good year for the port and the creditgoes to our port companies who helped attract the cargoes,”said Heimann. “We continue to look for new opportunities togrow and diversify our product mix to withstand market swingsand further improve our business. Nearly $2 million wasinvested in port infrastructure in 2015 to increase cargo-handling capacity and improve multimodal connections for ourport companies.”
Projects included construction of a new mooring space forbarge fleeting, upgrades to multiple dock areas, replacement ofover 1,300 feet of rail track and rebuilding two railroadcrossings.
Ocean ships and Great Lakes vessels carry critical cargoes forport companies, but river barges also provide the port with avital year-round link to over 20 states through 12,000 miles ofrivers and to global markets by connecting with ocean vessels inthe Gulf of Mexico.
Additional 2015 port highlights included the Septemberannouncement of a new Great Lakes shipping partnershipbetween Indiana and Québec. Indiana Lieutenant Governor SueEllspermann and Québec Minister of International Relations andLa Francophonie Christine St-Pierre met at the port to explainthe new partnership designed to explore the development ofincreased maritime trade between the districts. The newpartnership is designed to identify new cargoes and boostexisting shipping volumes. The port also played host to a trademission from Québec in October and celebrated multiple bulkexport shipments to Québec ports in the fourth quarter.
In November, Betty Sutton, Administrator of the St. LawrenceSeaway Development Corporation, presented Gov. Mike Pencewith the “Robert J. Lewis Pacesetter Award” in recognition ofthe Port of Indiana-Burns Harbor’s recent increase ininternational shipments through the St. Lawrence Seaway.
The Port of Indiana-Burns Harbor contributes over $4.6billion in total economic activity per year to the regionaleconomy and supports over 36,000 total jobs.
ABOUT THE PORT
The Port of Indiana-Burns Harbor opened in 1970 and isoperated by Ports of Indiana, a statewide port authoritymanaging three ports on the Ohio River and Lake Michigan.Established in 1961, the Ports of Indiana is a self-fundedenterprise dedicated to growing Indiana’s economy bydeveloping and maintaining a world-class port system.
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The Port of Hamilton is thelargest Canadian port on theGreat Lakes, with a focus on dryand liquid bulk commodities.
The port’s 2015 tonnageexceeded 9mt (million tonnes).
Hamilton Port Authoritymade two major announcementsin 2015, both related to theport’s role as a burgeoning agri-food cluster within NorthAmerica.
In October, G3Canada Ltd.announced the construction of anew, C$50 million grain exportterminal, designed to getsouthern Ontario’s grain crop —wheat, corn and soyabeans — toexport markets in Europe andbeyond. The new G3 terminalwill be one of three now locatedat the port.
The Port of Hamilton is well-positioned as an export hub,vessels have direct access through the St. Lawrence Seaway tothe Atlantic. More than 1.7mt of agricultural commoditiestransited the port in 2015.
In December 2015, Port of Hamilton tenant Parrish &Heimbecker announced the development of a new C$45 millionflour mill, to be located next to the company’s existing grainexport terminal. The new flour mill will service the domesticcommercial market for flour.
Port of Hamilton hungry for more agri-food investments
These two announcements contribute to more than $200million in agri-food-related investments at the Port of Hamiltonsince 2009.
“The Port of Hamilton has been growing in leaps and boundsin recent years, and the agri-food sector has been the primarydriver of that growth,” said Hamilton Port Authority President &CEO Bruce Wood. “We work closely with our tenantcompanies to accommodate business expansion and new lines ofbusiness. It is an entrepreneurial approach to business thatserves the port and its partners.”
Parrish & Heimbecker’s grain export terminal at the Portof Hamilton. The company announced the construction ofa new C$45 million flour mill next to its existing facility.
The Port of Milwaukee is a diverse transportation hub in thecentre of North America, a vital component of the Great Lakeseconomic engine. It serves the Midwest region of the UnitedStates with ‘laker’ traffic delivering bulk products, ocean-going‘salties’ exchanging commerce with Europe, and barges transitingbetween the Gulf of Mexico via the inland river system.
Salt continues to be the largest bulk commodity by volumedelivered to Milwaukee by lakers, with cement constituting themost deliveries each year. Montreal-based Fednav’s Falline Liner
Service makes Milwaukee a scheduled port of call from Europethrough the St. Lawrence Seaway with additional ocean carrierssuch as Polsteam, BBC Shipping, Hansa Heavy Lift, Wagenborg,and Spliethoff being regular visitors as well.
International vessels carry a variety of cargoes into the portthroughout the Seaway season. These consist of steel and heavyequipment for the region’s manufacturing base, project cargosuch as wind towers for energy generation, and agriculturalproducts such as barley for the local brewing industry, a market
that has seen growth in recentyears. Vessels load out exportproducts such as large equipmentfrom Milwaukee area manufacturersand Wisconsin agricultural productsincluding grain, wheat, and soybeansall grown within 90 miles of theport.
Approximately 50 salties annuallyarrive at the Port of Milwaukee bysailing through the St. LawrenceSeaway System, ‘climbing’ almost 600feet from the Atlantic Oceanthrough its series of 15 locksmanaged jointly by the governmentsof Canada and the United States.
Milwaukee’s terminals bustle withthe commercial vessel traffic of
Port of Milwaukee: revenues remain strong despite loss of coal throughput
Salt continues to be the largest bulk commodity byvolume delivered to Milwaukee by lakers.
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lakers and salties that combined make well over 300port calls each year. The lakers are both US andCanadian flag ships that can carry up to 30,000 tonnesof bulk commodities including grain, limestone,cement, scrap metal, and salt. Cement volume hasbeen particularly strong into Milwaukee in recentyears through the LaFargeHolcim and St Mary’sterminals.
After receiving 17mt (million tonnes) over the pastseveral decades, coal deliveries ended in 2015, theresult of two Milwaukee power plant conversions tonatural gas. Re-purposing the port’s deep draughtcoal dock and its 13-acre parcel is at the top of theport’s priority list in 2016.
Liquid bulk transportation will be enhanced when
the current refurbishment of the port’s liquid cargopier is completed, increasing transit of products suchas ethanol and asphalt. Port tenants U.S. Oil andSouth Harbor LLC are the liquid bulk operators.
While overall port tonnage has been impacted bythe end of the coal deliveries, port revenue remainsstrong. As landlord to a diverse group of 20 tenantsincluding Federal Marine Terminals, Kinder Morgan,LaFargeHolcim Corporation, St Mary’s Cement, andsalt companies Morton, Cargill, and Compass Minerals,Milwaukee has maintained its position as a profitableport.
Milwaukee’s year round activity is exemplified by itsannual ‘winter fleet’ of lakers that arrive in mid-January, providing added revenue through theirmaintenance work, supported by the port-owned and-operated cranes. This past winter saw the 1,000ft-long (304.80
metres) bulk carriers Stewart J. Cort and Burns Harbor,and the integrated tub/barge Lakes Contender arrive formaintenance between mid-January and mid-March.Other winter activities at the port include the deliveryof road salt to local municipalities, steel shipments, andbagging and shipping operations of both salt andfertilizer. The port’s duties as Grantee of Foreign TradeZone No. 41 in SE Wisconsin are continuousthroughout the year as well.
Perhaps less well known, Milwaukee, Wisconsin isalso an inland river port, being the northern mosttransit point on Lake Michigan for inland river bargestravelling to and from the inland river system. Riverbarges carry steel, manufactured goods, scrap metal,asphalt, and agricultural products between Milwaukeeand the Gulf of Mexico. A typical transit time between
Milwaukee and the Gulf ports of Houston, TX or New Orleans,LA is 30 days via the Mississippi River.
The water access is critical but being a transportationhub requires equally robust ground transportationwithin the Midwest region served by the port. The Portof Milwaukee is a conduit into the heartland of theUnited States via the direct truck access it has to theUnited States Interstate Highway System.
This spring the port completed over $2 million in railupgrades to its Lake Classification Yard to bolsteropportunities for the two main railroads, the CanadianPacific and the Union Pacific, that serve its 15 miles oftrack daily. This rail connectivity as well as its geographiclocation are two unique advantages that make the Portof Milwaukee both an attractive destination for inboundvessel cargo and a port of origin for exporting.
Unloading barleydirectly to a waitingtruck.
Loading out export soybeans.
Steel handling.
Project cargo:wind towercomponents.
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The first two US-flag lakers departed the Port of Duluth-Superior on Tuesday 22 March, signalling the start of the 2016commercial shipping season at this, the farthest inland port onthe Great Lakes St. Lawrence Seaway (GLSLS) system.
The Edwin H. Gott departed in the early hours of 22 March.
The previous day, the vessel moved from its winter berth at theClure Public Marine Terminal — first to fuel, then to depart earlymorning beneath Duluth’s famed Aerial Bridge en route to theCN Dock in Two Harbors to load iron ore pellets. Shortlythereafter, another ship in the Great Lakes Fleet, the Philip R.
Commercial shipping season gets underway in Port of Duluth-Superior
The departure of the Edwin H. Gottsignalled the start of the 2016
commercial shipping season (photo: PaulScinocca).
The Albanyborg was the first oceangoing vessel toarrive in the Twin Ports this year (photo: PaulScinocca).
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Clark, also fuelled and headed to Two Harbors. Both vessels,with deliveries to make to steel mills on the Lower Lakes,proceeded across Lake Superior toward Sault Ste. Marie, Mich.,to ‘line up’ in a downbound queue to await the opening of theSoo Locks at 12:01 a.m. on Friday 25 March. [Note: The WellandCanal opened on 21 March; the Montreal/Lake Ontario sectionof the St. Lawrence Seaway opened on 23 March.]
The Paul R. Tregurtha, which spent winter layup at the SuperiorMidwest Energy Terminal, loaded coal there on Thursday 24March before departing that evening for the St. Clair PowerPlant in Michigan.
Two additional vessels that wintered over in the Twin Ports— the Kaye E. Barker and the American Century — departed laterin March. The Herbert C. Jackson, which is undergoing a majorrepowering project at Fraser Shipyards, won’t sail until sea trialsare completed in June.
The first saltie of the 2016 season, the Albanyborg, sailed intothe Port of Duluth-Superior on Sunday 3 April. The ship passedthrough the Duluth Ship Canal and beneath the Aerial Bridgebefore making its way to the Clure Public Marine Terminal todock overnight.
The 472-foot Albanyborg, which flies the flag of theNetherlands, was the first oceangoing vessel to arrive in the TwinPorts this year after transiting the full length of the Great LakesSt. Lawrence Seaway system. It also was the first foreign-flagvessel to enter the Seaway after it opened on 23 March. Themultipurpose carrier, part of the Royal Wagenborg fleet, madeone stop along the way to deliver a cargo of wind turbinecomponents from Germany to Port Colborne, Ontario, Canada.
Built in 2010, the Albanyborg has 12 crew members onboardand is under the command of Captain Igor Bunenkov. Localvessel agent is Guthrie Hubner; stevedoring provided by CeresTerminals.
The vessel spent Monday 4 April docked at the Port Terminalwhile bulkheads were erected inside its cargo hold to preparefor loading grain, then proceeded to the CHS terminal on theSuperior side of the harbour to load 10,000 metric tonnes ofspring wheat for Italy.
The Soo Locks provide a pivotal gateway for lakers — someof which measure more than 1,000 feet in length — to moveraw materials like iron ore, coal, limestone, cement and saltbetween Lake Superior and Lakes Michigan, Huron and Erie. It isone of a total of 16 sets of locks along the entire Great LakesSt. Lawrence Seaway that allow salties to move breakbulk andproject cargoes in and out of North America’s heartland anddeliver Midwestern grains to Europe, the Middle East and NorthAfrica.
“Despite warm temps and virtually ice-free conditions acrossthe Lakes, we couldn’t compensate for the downturn in iron orelast year. Sub-par growth in China coupled with the dumping offoreign steel into US markets caused a commodity recessionacross the board,” said Vanta Coda, Duluth Seaway PortAuthority executive director.
“There are still some formidable challenges along the GreatLakes, but nowhere near what the fleets were facing last year,”he added. “We all anticipate a slow start to the 2016 shippingseason as headwinds still exist in commodity pricing, but thesteel market and US producers should begin to stabilize thisyear.”
Close to 1,000 ships visit the Port of Duluth-Superior eachyear, moving roughly 38 million tonnes of cargo on average eachyear — iron ore, coal, grain, limestone, cement, salt, plus projectcargo and more. As the largest tonnage port on the GreatLakes-Seaway, cargo movements through the Port of Duluth-Superior support 11,500 jobs and contribute over $1.5 billion inbusiness revenues to the local/regional economy.
The Albanyborg passing through Duluth’s AerialBridge (photo: Paul Scinocca).
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The Lake Carriers’ Association has reported that almost 11million unemployed Americans and a $1.1 trillion decrease ineconomic activity are just two of many catastrophicconsequences forecast by a US Department of HomelandSecurity’s (DHS) Office of Cyber and Infrastructure Analysisreport on a six-month failure of the 47-year-old Poe Lock atSault Ste. Marie, Michigan. Titled The Perils of Efficiency: An Analysisof an Unexpected Closure of the Poe Lock and its Impact, the reportis an in-depth look at the ramifications of a failure of the largestof the locks at the ‘Soo’ which connect Lake Superior to thelower four Great Lakes and St. Lawrence Seaway.
The analysis finds a failure of the Poe Lock would quicklycripple the economy. Approximately 75% of US integrated steelproduction would cease within two to six weeks of the lockfailing. Roughly 80% of iron ore mining and nearly 100% ofNorth American production of automobiles, appliances, heavyequipment and railcars would then shut down. Almost 11million people in the US and millions more in Canada andMexico would be unemployed and plunge the economy into arecession more severe than the ‘Great Recession’ of 2008/09.
Michigan and Indiana would suffer the highest unemploymentrates, 22.6% and 22.0% respectively. Ohio’s unemployment ratewould jump to 17.2%. Kentucky and Tennessee would follow at16.7% and 15.3%, respectively.
California, Illinois, New York, and Texas would each lose morethan 500,000 jobs.
Four thousand commercial vessels transit the locks at SaultSte. Marie, Michigan, each year carrying more than 80 milliontonnes of iron ore, low-sulphur coal, grain, limestone andbreakbulk cargoes from, or destined for, domestic and foreignports. However, 70% of all tonnage moved in US-flag vesselsfunnels through the Poe Lock because it alone can accommodatethe largest and most efficient vessels working the Lakes.
Last summer emergency repairs closed the 73-year-oldMacArthur Lock, the smaller of the two functional locks at theSoo, for 20 days. Nearly 2mt (million tonnes) of various cargoeswere delayed, but had the Poe Lock suffered a similar outage, thedelays and cascading ramifications would have been muchgreater.
A second Poe-sized lock to provide redundancy at the Soohas twice been authorized by Congress, the second time in 2007at full federal expense. However, funds for its construction havenot been appropriated because of a flawed analysis of theproject’s benefit/cost ratio.
The report’s release comes as the US Army Corps ofEngineers (Corps) undertakes an economic reevaluation of thatflawed benefit-to-cost analysis. The original analysis erroneouslyassumed iron ore and other materials currently moved on theLakes through the Soo Locks had unlimited alternate modes oftransportation available, but further research has proved neithertrains nor trucks could fill the void if the Poe Lock failed for anyperiod of time.
Responding to a question at a recent Congressional hearingon the Corps’ budget, Assistant Secretary of the Army for CivilWorks Jo-Ellen Darcy stated that the Corps would take theDHS study into account in conducting that economicreevaluation.
LAKE CARRIERS’ ASSOCIATION
Lake Carriers’ Association represents 15 American companiesthat operate 56 US-flag vessels on the Great Lakes and carry theraw materials that drive the nation’s economy: iron ore andfluxstone for the steel industry, aggregate and cement for theconstruction industry, coal for power generation, as well as salt,sand and grain. Collectively, these vessels can transport morethan 100mt of cargo per year.
US government study anticipates unemployment rate topping Great Recessionif Poe Lock fails
photo: The InterlakeSteamship Company.
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South AfricaRegional Review
El Niño drought provides unexpected relief inotherwise declining market
Whilst the global trend for bulk cargo entered a low growthphase, South African Bulk export tonnage showed a significantgrowth against this trend with an 8% increase in 2015 rising bynearly 13mt (million tonnes). The irony is that this growth camefrom two sectors [coal and iron ore] both of which are showingsignificant global decline over the last year. Whilst we have seenan increase in volumes to new markets the strength of the RSAbulk market volume does continue to rely heavily on the Chinamarket although the RSA coal export market does highlight howthis does not have to be the case.
Saldanha port volumes grew significantly in 2015 but this wasnot the result of iron ore which showed some decline. The
additional bulk volume was mainly a result of increasingmanganese ore volume using the rail line from the NorthernCape.
This is an interesting development and could have a majorimpact on how Transnet develops its Eastern Cape strategy.Richards Bay volume also grew substantially with a new recordlift through the Richards Bay Coal Terminal however a further18mt of other bulks moved through this port with a growth inchrome ore and iron ore being significant.
It is anticipated that volume growth will be negative in 2016as a result of the downward swing in iron ore exports andwhilst there is only export data for the first two months of 2016
Iain McIntosh
Cape Orchid, the firstmerchant ship flaggedunder RSA since 1985.
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the overall volume decline is 14% so far, so we could expect tosee a decline of 6–7% by year end as volume picks up after thetraditionally slow 1st quarter.
In terms of opportunities South Africa is largely an exportdemand location for bulk cargo and notably the major bulks ofcoal and iron ore which require a large amount of Capesize andPanamax supply. These vessels of course move to RSA in ballastas is the case with other major bulk supply countries. It is in theHandysize and Handymax sector where opportunities forbalanced loads in and out could develop and this would beattractive for owners of tonnage in this sector.
BULK IMPORTS — SOUTH AFRICAN GRAIN SWING
Whilst traditionally South Africa has been an importer of wheat,rice, soya flour and fertilizer in large quantities, generallyspeaking the country can be considered self-sufficient in themajority of foodstuffs. This has changed radically in the last twoyears due to drought which following poor summer rainfallcaused by a deepening El Niño in 2015/2016 has severely limitedcrop production. The impact was greater in the last year as itaffected a wider range of crops but the deepest effect was felt inthe maize crop which dropped to just over 7mt a 27% reductionon 2014/2015 crop and this followed a 30% drop from a crop of
Transnet Port Terminals (TPT) is a division of Transnet SOCLimited; South Africa’s state-owned freight transport companywhich owns and operates 16 terminal operations situatedacross seven South African Ports. Operations are dividedinto major market sectors, namely containers, bulk, breakbulkand automotive and are organized into three geographicalregions, namely the Eastern Cape, Western Cape andKwa-Zulu Natal.
With the global economy being in decline, this is provingto be a challenging time for logistics service providers,particularly for those that hold the responsibility of the well-being of an entire nation that depends on their success.However, trying times are often the springboard a companyneeds to find new ideas and solutions that might nototherwise have been explored. TPT’s focus is to lookforward and decide what it is going to do differently that willpositively impact its customers and stimulate economicgrowth.
This will include:v packaging its service offerings to exceed customers’
expectations, such as incorporating value added servicesand offering a “one stop shop”;
v adoption of the Transnet Value Chain Coordination(TVCC) initiative which co-ordinates the activities ofoperating divisions within Transnet and other key roleplayers to maximize delivery of service to customers;
v realizing Ngqura Container Terminals’ full potential as atransshipment hub through closer engagement withshipping companies;
v ensuring that its customers maintain their global schedulesthrough the improvement in TPT’s productivity levels andadoption of advanced planning techniques that will setSouth Africa apart from the rest; and
v Gcos3, TPT internally developed cargo handling systemoriginally used for the bulk and dry bulk sector has beenreconfigured and sold to Benin to operate their containerterminal as part of TPT’s strategy to tap into Africa.Testament to TPT’s commitment to explore new avenues
and solutions to the current economic challenges transpiredrecently when a highly skilled Transnet Port Terminals’ teamtook occupation at the Port of Cotonou in Benin to deliveron the Benisa Maritime Project. Transnet Port Terminals(TPT) is indeed extending its footprint beyond the borders ofSouth Africa by having sent this project team with wide-ranging credentials and 46 years of accumulated experiencein port operations, planning, safety, continuous improvement
consulting and Lean Six Sigma methodology to kick-start thestabilization phase of the project.
Transnet Port Terminals’ combined maritime experienceand in-house knowledge of bulk handling technology andequipment enables it to support customers across allcommodity sectors with the most efficient infrastructure andoperation, while maximizing performance through TPT’stailored service packages.
TPT handles a variety of commodities that facilitate thegrowth of the country’s Economy and operate terminals andfacilities in Richards Bay, Saldanha, East London and Durban’sMaydon Wharf.
TPT’s Port Elizabeth terminal handles South Africa’s bulkminerals with major bulk cargoes including iron ore,manganese, magnetite, coal and chrome ore. It is also thelargest manganese export facility in Africa that handles bulkand skiptainer vessels. Richards Bay handles over 15 differentbulk commodities which collectively amount to 20mtpa(million tonnes per annum). Maydon Wharf MPT has thecapacity and facilities to handle Bulk commodities via theMulti-purpose Terminal with a tailor-made service offering.Saldanha facilitates bulk capacity of 60mtpa (million tonnesper annum) and breakbulk capacity of 3mtpa.
TPT strives to tailor-make and customize its serviceofferings to suit all its customers’ requirements.
TPT’S SERVICES INCLUDE:v samplingv blendingv wet screeningv grade facilitation/managementv stockpile managementv bin managementv common user loading facilities for junior minersv weighbridge facilities for roadv warehousing for weather sensitive commodities
TPT remains committed to the Transnet Market Demandstrategy; whose objectives include creating and providingcapacity ahead of demand, promoting skills development,providing world class infrastructure and technology andimproving global and regional maritime connectivity.
Investing in new infrastructure and assets will improve andincrease TPT’s capacity and capabilities to handle freightvolume. This means we will remain a sustainable businessthat can continue to serve the transport needs of the bulkeconomy.
Transnet Port Terminals – forward focused and solution oriented
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over 14mt the previous season. Thishas therefore turned the maize tradefrom one of 2mt of exports into3.8mt of imports in two years.
The drought and general pressureon the grain sector has also forcedincreasing volumes of import demandfrom the wheat sector in spite of thisbeing a winter crop as this harveststarts to decline and supplementedby increasing imports now expectedto reach 2mt in 2016. The latestcrop estimates also point to aweaker soya bean crop which willincrease imports of this product tosupplement bean crushing demand.With a weak local currency this is acost that South Africa can ill afford.
We have shown the flow comparison in the below table foreach key agri product over the last three years and thishighlights the swing from export to import demand. With ElNiño breaking in 2016 this may mean some recovery in 2017 butit will take time as the farming sector rebuilds so it is likely thetrend could continue for another one to two years.
What does this mean for the wider bulk trade in the RSAHandymax sector? The key factor to remember is that most ofSouth Africa’s bulk exports are handled by Capesize andPanamax tonnage to service coal and iron ore exports. Thismarket has to be served by inbound ballast vessels. There ishowever a large demand for Handy sector tonnage in the minorbulk sector which has an export demands of approximately25mt of cargo. The swing to a larger number of Handysizevessels for imports will mean a significantly larger availability ofthis class of vessel for the minor bulk trade. The graph abovehighlights this with the potential for 280 vessels available forexport in 2016
Signs of this trend are already appearing and with increasedavailability without ballast this reduced ballast bonus cost and amassive reduction in cost for export of bulk commodities likemanganese and chrome ore.
The place where the impact of this is most felt is ironically inthe container trade which is seeing enormous declines in exportvolume as this tonnage increasingly swings back to Handysizevessels. At present most of the maize is being sourced fromBrazil and Argentina whilst wheat arrives from North/SouthEurope depending on pricing parity. The overall situation is thatthis market is providing welcome relief for owners of Handysizeand Handymax tonnage.
Whilst the industrial front has in the past been difficult 2015looked quite settled in spite of the turmoil in the mining sectoras business cuts back and markets like China which are key forSA bulk exports move into a lower growth cycle. There havehowever been significant cuts in mining production in the ironore and manganese ore mines in the Northern Cape as well as
large labour reductions. The powersupply through ESKOM stabilized mid-way through the year and that allowedsome growth in the mining sector aftera weak 1H 2016.
Whilst overall bulk exports arelikely to show decline in 2016 thiscould mean a slow-down in investmentupgrades by Transnet state-ownedfreight transport and LogisticsCompany so far this is not presentingany major challenges as yet. The swingin import grain however is providingsome concern for Transnet as they
look at ways to best handle the increasing volume of maizethrough Durban which has limited capacity. Whilst more graincould divert to Cape Town and Port Elizabeth/East London, thiswill simply add more to cost as product demand is in theDurban–Johannesburg corridor.
So whilst there is the appearance of some stability there arenumerous concerns in the labour market as mines cut back andthat could set the scene for a more volatile labour market in2016-2017.
REVIEW OF SOUTH AFRICA’S MAJOR BULK CARGO
Coal tradeExports from South Africa grew faster during 2015 at 3.5% to77.8mt which was actually quite an impressive performance setagainst the global reduction in steam coal trade of over 7%. Thelack of exposure in supply to China may have helped the figuresas South Africa did not supply China with any steam coal in 2015after previously supplying 8–10mt per annum.
Richards Bay Coal Terminal again led the way with another anew record of exports reaching 75.4mt up 5.8% on 2014. Giventhe backdrop of global coal trade it will be a figure that isdifficult to break however overall forecasts for South Africathrough all gateways suggest this year’s exports could reach78.6mt which is moderate growth in what is a soft global marketfrom all importing countries.
Figures through the three export gateways of RBCT, Durbanand Matola terminal Maputo are detailed above.
Looking at main markets for RSA steam coal the summary onour market split graph show clearly how the market has changedand adapted over recent years and notably maintaining growth inspite of being exposed by the exit of China demand from late2013 onwards. What is interesting is that India has maintainedsupport and also still increased imports in spite of Indian
demand for imports also declining due to Coal India increasingdomestic production with large stockpiles building. The Europevolume has also held up but changed in diversity with demandshifting away from traditional North Europe destinations likeNetherlands, Germany and UK to Turkey, Morocco and Italymaking it more of a Med market for vessels.
What does support RSA coal is its high calorific value makingit very popular in markets that require this for cementproduction popular both in India and Pakistan. This set againstthe fact that South Africa still only has a global market share of8% for steam coal suggests there is room still for further growthat the expense of other suppliers. RBCT has room to movegreater volume and Maputo and Durban can both also handlemore. Transnet Freight rail can still ramp up further rail capacityto meet this.
The exiting ‘new’ bar on the graph is Pakistan which rose tonearly 4mt supplied by RSA in 2015. In fact this was the bulk ofPakistan’s total steam coal imports in 2015 and all were used inthe production of cement. There is opportunity to grow volumefurther as Pakistan is looking to install over 7000mW of coalfired power so coal imports will increase. This is something towatch over the coming years but it all helps diversify the RSAcoal mix.
Iron ore tradeThe trade volume of iron ore started to show rapid decline in2015 and finished the year just marginally up by 1.6% and thiswas directly related to a global slow-down in steel productionand notably in China. South African volumes declined slightly by2.7% but only 1.8mt. There were no real major changes inmarket distribution with China volume actually increasing butIndia notably declining on steel production.
The real pressure and decline will come in 2016 onwards asit is clear there is overcapacity globally which hasforced the iron ore pricebelow US$45 per tonne andmade many minesuneconomic. In this respectthe Anglo American-ownedKumba iron ore mine inSishen is retrenching 4000workers as it downgrades andrestructures the mine. As aresult this will see SouthAfrican exports of iron oredecline to 56mt in 2016which is a significant drop involume. Also linked the Angloand South 32 JV in Kalahari isshedding a further 690 jobsdue to excess capacity andthis has resulted in a
EXPORT OF STEAM COAL THROUGH THREE MAIN GATEWAY PORTS (MT)
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reduction the production ofmanganese alloy due toreduced supply.
This presents someinteresting numbers whenlooking at iron andmanganese ore developmentin respect of Transnetports/rail. Due to thereduction of iron ore exports[or flat growth] Transnetallowed manganese ore to railthrough to Saldanha wherethis was previously excludeddue to the iron ore line beingexclusive. With iron oreexports declining so heavily in2016 we could start to seeincreased volumes ofmanganese ore through the Saldanha gateway. Whilst it is notbeing commented on the Port Elizabeth terminal which handles6mt per annum could now easily be accommodated on theSishen–Saldanha rail line.
Whilst it comes against some negative numbers one positiveto report was South Africa registering two Capesize bulk vesselsfor Vuka Marine. The Cape Orchid and Cape Enterprise are thefirst two merchant vessels to be registered in South Africa since1985. The photograph on p124 aptly shows the 170,000dwtCape Orchid loading iron ore in Saldanha late in 2015.
Manganese ore tradeWhilst there was marginal decline in manganese ore trade thiswas expected given the downturn in steel production. Thelinkage to iron ore exposure is large and with South Africaowning 80% of global resource and nearly 50% of trade theexposure is high and in some ways South Africa could beresponsible for over supply causing price collapse.
The challenges continue to come from the logistic area and itcan be seen by port distribution that whilst Port Elizabethremains the main gateway there has been a swing away from
Durban to Saldanha as mentioned under iron ore. Durban is ahigh-cost operation and use of the rail via Saldanha is thecheapest option ex mine so we could expect to see a declinefirst in Durban before Port Elizabeth changes. The manganeseterminal in Port Elizabeth could run until 2019 and there is stilltime to take a longer-term view on the future of rail and portdevelopment for this product over the next few years.
The decline in volume can be seen in the distribution graphand China continues to remain a growth area and key market.India showed the main decline in 2015 after promising 2014growth but this is likely to do with steel production. Thesignificant swing in this market was the move away fromcontainerized shipments. This represented over 1.3mt ofcontainerized cargo in 2014 but fell rapidly in 2015 as pricescollapsed and volumes and logistics changed. The availability ofmuch cheaper Handymax would be a factor as well.
Manganese ore trade therefore represents quite a challengeover the next one to two years. Trade growth was at such astrong pace in the last two to three years that this placedenormous strain on the various gateways that could be used forexports.
With an easing in volume of exportthis will allow the industry time topause and reflect on options in thecoming years without the high coststhat were incurred by using notablyDurban and also containers.
Chrome ore tradeThe chrome ore exports trade fromSouth Africa completely turned aroundin 2015 and grew against all odds by28.4% to a record 9mt. The platinumsector being strike free would havehelped production in this regard andeven with the mess in global resourcemarkets this is one which held up andSouth Africa re-established its positionin the China market. Also Europeshowed some growth in 2015 breaking1mt for the first time and although off a low base Indiacontinues to import increasing volumes of this product.
What was interesting and covered under grain trade was inspite of a growth of 2mt of chrome ore the container trade inexports declined rapidly to Asia in 2015. This highlights that inspite of containers in particular handling a lot of the Durbanexport all growth would have accrued to bulk vessels. Greater
availability after discharge of grain will assist this further.South Africa had a less turbulent year in bulk terms during
2015 whilst this could not be said for the wider RSA economy.The outlook for 2016 is less positive as volumes will decline butat the same time the structure of the market import and exportwill present numerous opportunities and notably in the Handysector.
RBCT stacking area increasingly geared to India and Pakistan.
BLUG Credeblug S.L. 60Bühler AG, Grain Logistics Coal Terminals (back), 19Bulk Logistic Landmark 9Cimbria Bulk Equipment 60Civettini Italo & c sas (CFS Handling) 58Coaltrans Conferences Ltd 150Coeclerici Logistics S.p.A. Back CoverConductix-Wampfler 38e-coal.com 4E-Crane World Wide / E-Crane International USA 46European Bulk Services (EBS) BV 142Fednav Ltd 104FLSmidth Wadgassen GmbH 68Franz Wölfer Elektromaschinenfabrik Osnabrück GmbH 82Gans Cargo Operations 144Golfetto Sangati s.r.l. 70Guven Grab and Machine Ltd. Co 56Hitachi Construction Machinery (Europe) NV 90Huadian Heavy Industries Co., Ltd. 45IBAU HAMBURG 42, 43 Indexator Rotator Systems AB 49Inspectorate International Ltd 8J & B Grabs b.v. 50Kardesler Grab & Machine Co. 2Laidig Systems Inc 108Liebherr-Hydraulikbagger GmbH 74Logistec Corporation 118Logmarin Advisors Srl Front Cover, 12Mack Manufacturing Inc 55
McKeil Marine Limited 116MRS Greifer GmbH 60Negrini Srl 55Nemag BV 61Neuero Industrietechnik GmbH Inside Back CoverORTS GmbH Maschinenfabrik 62, 63Ovet BV 145PINTSCH BUBENZER GmbH 45PLM Cranes B.V. 96Port of Dunkerque 36RHC Deutschland GmbH 95Rhenus Midgard GmbH & Co. KG 130RockTree Logistics Pte. Ltd. 6Scantech International 10SCHADE Lagertechnik GmbH 73SMB International GmbH 77St Lawrence Seaway Management Corp 102TAKRAF GmbH 83Telestack Limited 78Terex Deutschland GmbH 86THIELE GmbH & Co KG 94Thunder Bay Port Authority 112ThyssenKrupp Industrial Solutions AG 84TMSA Tecnologia em Movimentação S/A 80TOC Events Worldwide 148Verstegen Grijpers BV 53VIGAN 16Wuvio Chemicals International 73Zeeland Seaports Port Authority 34
A comprehensive listing of the world’s coal terminals,including information on throughput, facilities, storage
capacity, vessel size limitation and much more.
DCi COAL TERMINAL
directory 2016
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AUSTRALIABRISBANENorth QueenslandBulk PortsCorporation LimitedGPO Box 409BrisbaneQueensland4001AustraliaContact: Mr Steve LewisJob Title: CEOT: + 61 7 3011 7900F: + 61 7 3011 7997E: [email protected]: www.nqbp.com.auExport: YesLocation: Port Authority for thetrading ports of Weipa, AbbotPoint, Mackay, Hay Point & thenon trading port of MaryboroughOwnership: QueenslandGovernment Owned CorporationName of Port Authority: NorthQueensland Bulk PortsCorporation LimitedThroughput Capacity: Please seethe Port Handbooks located onour website for details of each ofthese ports.Total Storage: Please see thePort Handbooks located on ourwebsite for details of each ofthese ports.Vessel Size Limitation: Pleasesee the Port Handbooks locatedon our website for details of eachof these ports.Additional Information: AbbotPoint is Australia’s most northerlycoal port.
BRISBANEQueensland BulkHandling Coal ExportTerminal3 Bulk Terminals DrivePort of BrisbaneBrisbaneQueensland4178
AustraliaJob Title: Terminal ManagerT: + 61 7 3895 6500F: + 61 7 3895 1170E: [email protected]: www.qbh.com.auExport: YesLocation: Australia, East Coast,Queensland, BrisbaneOwnership: Queensland BulkHandling Pty LtdName of Port Authority: Port ofBrisbane CorporationThroughput Capacity: 8 milliontonnes potential per annumTotal Storage: 377,000 tonnesVessel Size Limitation: 90,000dwt,length 317m, draught 13.5m
CARRINGTONPort Waratah CoalServices Limited(PWCS)PO Box 57CarringtonNew South Wales2294AustraliaContact: Mr Hennie du PlooyJob Title: Chief Executive OfficerT: + 61 2 4907 2000F: + 61 2 4907 3000E: [email protected]: www.pwcs.com.auExport: YesLocation: New South Wales,AustraliaOwnership: Coal Industry &Japanese CustomersName of Port Authority: Port ofNewcastleThroughput Capacity: 145 MtpaTotal Storage: Kooragang:560,000 sqm Carrington: 164,000 sqmVessel Size Limitation:Kooragang: Max LOA 300m, MaxBeam 50m, 40,000 – 232,000dwt. Carrington: Max LOA 300m, MaxBeam 47m, 20,000 – 180,000dwt.Additional Information: PortWaratah operates Kooragang and
Carrington Coal Terminals in thePort of Newcastle, Australia.
4680AustraliaContact: Ms Annabel HawkinsJob Title: Media &Communications OfficerT: + 61 7 4976 1624F: + 61 7 4976 3045E: [email protected]: www.gpcl.com.auExport: YesLocation: AustraliaOwnership: Government OwnedCorporationName of Port Authority: GladstonePorts AuthorityThroughput Capacity: 80mtpaVessel Size Limitation:220,000dwt
KOORAGANG ISLANDNewcastle CoalInfrastructure GroupLocked Bag 6003Hunter Region Mail CentreKooragang IslandNSW2310AustraliaContact: Mr Aaron JohansenJob Title: CEOT: + 61 2 4920 3900E: [email protected]: www.ncig.com.auExport: YesLocation: Kooragang Island,AustraliaName of Port Authority: PortAuthority of NSWThroughput Capacity: 66MtpaAdditional Information: 66MtpaCoal Export Terminal
MACKAYBMA Hay PointServicesMS 283MackayQueensland4740AustraliaContact: Mr Peter HanrahanJob Title: General ManagerT: + 61 7 4943 5201
F: + 61 7 4956 3421E: [email protected]: www.bhpbilliton.comExport: YesLocation: 40km South of Mackay,Central Queensland, AustraliaOwnership: Hay Point ServicesName of Port Authority: PortsCorporation of QueenslandThroughput Capacity: 44 milliontonnes per annumAdditional Information: Wharves1.8km offshore serviced byconveyor systems supported onjetties. 2 shiploaders.
MACKAYDalrymple Bay CoalTerminal (DBCT)Martin Armstrong DriveHay PointMackayQLD4740AustraliaContact: Ms Sharon JohnstonJob Title: Senior Specialist PublicRelationsT: + 61 7 4943 5645F: + 61 7 4943 8466E: [email protected]: www.dbct.com.auExport: YesLocation: 40km South of Mackay,Queensland, AustraliaOwnership: QueenslandGovernment - leased by PrimeInfrastructure (private company)Name of Port Authority: PortsCorporation of QueenslandThroughput Capacity: 85 milliontonnesVessel Size Limitation: Maxdraught 17.5m, Max dwt 230,000Additional Information: Services18 Bowen Basin Coal mines. Wharves 3.8km offshore servicedby conveyor system supported onjetties. 3 shiploaders.
The port of Richard’s Baycommemorated its 40thanniversary on 1 April. Established in 1976 for
the purpose of transportinglocally mined coal to
international shores, theport has expanded to
include a variety ofexports. Today it routinely
handles a diverse mix ofcommodities: magnetite,
chrome ore, alumina,coking coal and ferro
alloys in addition to coal.During the 2015/16
financial year, the porthandled 99.23 million
tonnes of bulk andbreakbulk cargo.
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MACKAYNorth QueenslandBulk PortsCorporation (NQBP)Registered Office Level 1 Wellington House181 Victoria StreetMackayQueensland4740AustraliaContact: Mr Rob WatkinsJob Title: Commercial ManagerE: [email protected]: www.nqbp.com.auExport: YesLocation: North East Coast ofAustraliaOwnership: Terminal (HPCT) isowned by BHP Billiton MitsubishiAlliance-owned and operated byHay Point Services. Dalrymple Bay Coal Terminal(DBCT) is leased from the StateGovernment by DBCTManagement Pty Ltd.Name of Port Authority: NorthQueensland Bulk PortsCorporation (NQBP)Throughput Capacity: 85mtpaVessel Size Limitation: DBCT: Design Vessel minimum 20,000t,maximum 220,000t Minimum depth at berth 1; 18.0m Minimum depth at berth 2; 18.1m Minimum depth at berth 3; 18.7m Minimum depth at berth 4; 18.6m
HPCT: Berth 1: 16.5m depth; 180,000dwt Berth 2: 16.7m depth; 200,000dwtAdditional Information: Bothterminals have purpose-built, railinloading facilities, onshorestockpile yards and offshorewharves. The offshore wharvesare serviced by conveyorsystems, supported on jetties,which run out to sea and allowloading in deep water.
WOLLONGONGPort Kembla CoalTerminal LimitedPort Kembla RoadWollongongNew South WalesNSW 2520AustraliaContact: Mr Peter GreenJob Title: General ManagerT: + 61 2 4228 0288F: + 61 2 4228 7605E: [email protected]: www.pkct.com.auExport: YesLocation: Port Kembla is located80 km south of Sydney on theEast Coast of AustraliaName of Port Authority: PortKembla Port CorporationThroughput Capacity: Nameplate= 17.5 MtpaTotal Storage: Coal stockyard850,000sqm Bulk Products stockyard250,000sqmVessel Size Limitation: Up to andincluding Cape size (nominally190,000 DWT). The air draught of22.4 m Max LOA 285mAdditional Information: PortKembla Coal Terminal serves theSouthern and Western coalfieldsof New South Wales Australia.
BELGIUMANTWERPENAntwerp BulkTerminal (ABT)Haven 750, DelwaidedokNieuwe Westweg 14AntwerpenB-2040BelgiumContact: Mr Michel MoonsJob Title: Manager ABTT: + 32 9 255 02 51F: + 32 9 259 08 94E: [email protected]: www.sea-invest.comImport: YesExport: YesLocation: Port of Antwerp,Belgium.Ownership: SEA-invest NVName of Port Authority: AntwerpPort Authority,www.portofantwerp.beThroughput Capacity: 40 millionmt (in and out)Total Storage: 126 haVessel Size Limitation: LOA islimited by the Zandvliet and theBerendrecht locks. Their length is500 m, and vessels with LOA of360 can enter the port. Forvessels with a LOA exceedingthis, an authorisation is possible.Maximum draught : 15,56 m F.W..2 Capesize bulk terminals and 3Panamax bulk terminals.Additional Information: AntwerpBulk Terminal handles, on its 5bulk terminals in Antwerp,everything which can be handledby grab, ranging from ores, solidcombustibles, minerals, toagribulk. It offers covered storagein dedicated bulk warehouses ofmore than 83.000 m².
GENTArcelor Steel BelgiumNVArcelor GentJohn Kennedylaan 51Gent9042BelgiumContact: Mr Koen De CosterJob Title: Maintenance managerrailway and locomotivesT: + 32 9347 2670F: + 32 9347 4916E: [email protected]: www.sidmar.beImport: YesLocation: Ghent, BelgiumOwnership: Privately owned port,serving Sidmar Steelworks.Name of Port Authority: SidmarThroughput Capacity: 2.6 mtpaTotal Storage: 1.15 mtVessel Size Limitation: Panamax.Max DWT 65,000t, Max LOA -265m, Max beam - 34m, Maxdraft - 13.5m
GENTGhent Coal TerminalNV - GCTSkaldenstraat 1Gent9042BelgiumContact: Mr Bart LaureysT: + 32 9 255 02 11F: + 32 9 259 08 94E: [email protected]: www.sea-invest.comImport: YesExport: YesLocation: Alongside the sea canalin the Port of Ghent at berth2320.Ownership: GCT, 100% daughter
of Sea-invest with head office inthe Port of Ghent.Name of Port Authority: GhentPort Company AMC John Kennedylaan 32 9042 Gent - BelgiumThroughput Capacity: 2*25 metrictonnes cranes + 1 ship’s loaderTotal Storage: 85 ha – 3 milliontonnes storage capacity.Vessel Size Limitation: LOA265m, Draught 12,50m (FW),Beam 37m.Additional Information: GCT is thebiggest solid fuel terminal inBelgium with open air andcovered storage facilities,equipped with several screening,crushing, blending and dryinginstallations.
LIEGETerval S.A.Ile Monsin, Route 10LiegeB-4020BelgiumContact: Mr Dirk Schmidt-HolzmannJob Title: AdministratorT: + 32 4256 9340F: + 32 4264 0835E: [email protected]: www.terval.comImport: YesExport: YesLocation: Liège is situated in thecrossing of Belgium, Germany ,The Netherlands and France.Ownership: Privately ownedName of Port Authority: PortAutonome de LiègeThroughput Capacity: 1.5 miotonnesTotal Storage: 14 hectaresVessel Size Limitation: Barges3.000 mt
SERAINGCTB Logistics SARue du Pont du ValSeraingB-4100BelgiumContact: Mrs Muriel BaugneeJob Title: MarketingT: + 32 4240 7802 / +32 424 7814F: + 32 4337 1008E: [email protected]: www.ctblogistics.com
BRAZILITAGUAÍCSN – Terminal deCarvão e MinérioTECAREstrada da Ilha da Madeiras/no, Porto de ItaguaíIlha de MadeiraItaguaíRio de Janeiro23826-600BrazilContact: Mr Luiz Renato TorresJob Title: TECAR GeneralManagerT: +55 21 8111 9066
F: +55 21 2688 9209E: [email protected]: www.csn.com.br/tecarImport: YesLocation: Sepetiba´s Bay, Madeiraisland, Itaguaí, RJName of Port Authority: CompaniaDocas do Rio de JaneiroThroughput Capacity: 4 millionMT per yearTotal Storage: 3 stockyards. Yearcapacity: 8 million tonnes 5 Stockyards. Year capacity: 5.2millions tonnesVessel Size Limitation: Depth 18.5m – Panamax (until 75,000 tpb) –Cape Size (until 180,000 tpd)
SANTOSCompanhia Docas doEstado de São Paulo -CODESPAvenida Conselheiro RodriguesAlves, s/nº - MacucoSantosSão Paulo CEP 11015-900BrazilContact: Mr José Di Bella FilhoJob Title: Director-PresidentT: + 55 13 3222 5485F: + 55 13 3222 3068E: [email protected]: www.portodesantos.com.brImport: YesLocation: East Coast of SouthAmericaName of Port Authority:Companhia Docas do Estado deSão Paulo - CODESPTotal Storage: 1,000,000 sqmstorage patios. 500,000 sqmwarehouses.Length of received ships, 270m.Ship capacity 70t. The canal ofthe Port of Saints has depths thatvary from 5 to 14 metres.
BULGARIABOURGASBulk Terminal 2APort of Burgas JSC1 Al. Battenberg Str.Bourgas8000BulgariaContact: Mr Dimitar TerzievJob Title: ManagerT: + 359 56 822 400F: + 359 56 822 156E: [email protected]: www.port-burgas.comImport: YesLocation: South East of Bulgaria -south part of Bulgarian Black seacoast.Ownership: Bulgarian stateowned companyName of Port Authority: BurgasPort Administration AgencyThroughput Capacity: 6,000,000tpaTotal Storage: 108,000 sqmVessel Size Limitation: Draught -15.5m
CANADABELLEDUNEPort of Belledune112 Shannon DriveBelleduneNew BrunswickE8G 2W2CanadaContact: Mr Denis D. CaronJob Title: President & CEOT: + 1 506 522 1203F: + 1 506 522 0803E: [email protected]: www.portofbelledune.caImport: Yes
Location: South shore of theChaleur Bay in northeastern NewBrunswick, Canada.Vessel Size Limitation: The wharfis capable of accomodating “CapeSize” ships up to 100,000 DWT.However, due to the KONE shiploader limitations, and fromoperational experience, mostly80,000 DWT Panamax ships areserviced.Additional Information: Terminal 2allows for the import of coal tosupply the adjacent NB PowerBelledune Generating Station.
CONTRECOEURTerminal MaritimeContrecoeur Inc1920 Marie VictorinContrecoeurQuebec JOL 1COCanadaContact: Mr Norman DesjardinsJob Title: General ManagerT: + 1 450 587 2073F: + 1 450 587 8570E: [email protected]: www.logistec.com
MONTREALFederal MarineTerminalsSuite 35001000 de la Gauchetiere StreetWestMontrealQuebec H3B 4W5CanadaContact: Mr Mike KirkpatrickJob Title: Vice President Sales &MarketingT: + 1 905 528 8741F: + 1 905 528 9332E: [email protected]: www.fmtcargo.com
MONTREALLogistec Corporation360 St JacquesSuite 15000MontrealQuebecH2Y 1P5
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CanadaContact: Mr George di SanteJob Title: Vice-President, MarketDevelopmentT: + 1 514 844 9381F: + 1 514 842 1262E: [email protected]: www.logistec.comImport: YesName of Port Authority: Variousports in eastern North AmericaAdditional Information: Logistecprovides close to 60 years ofexperience in stevedoring andterminal operations at its facilitieslocated in 26 ports.
PRINCE RUPERTRidley Terminals Inc2110 Ridley IslandPO Bag 8000Prince RupertBCV8J 4H3CanadaContact: Mr Dennis BlakeJob Title: Senior ManagerT: + 1 250 624 9511F: + 1 250 624 2389E: [email protected]: www.rti.caExport: YesLocation: North Coast of BritishColumbia, CanadaOwnership: CanadianGovernmentName of Port Authority: PrinceRupert Port AuthorityThroughput Capacity: 18 milliontonnes per yearTotal Storage: 2 million tonnesVessel Size Limitation: LOA - 325metres, Draught - 22 metres,DWT - 250,000Additional Information: Terminalhas blending capabilities and isknown for its fast loading ratesand rapid turnaround of vessels.
QUEBEC CITYSt LawrenceStevedoringDiv of Quebec StevedoringCompany Ltd961 Boulevard ChamplainQuebec CityQuebecG1K 4J9CanadaContact: Mr Geoff LemontJob Title: Vice-PresidentT: + 1 418 522 4701F: + 1 418 522 9770E: [email protected]: www.qsl.comImport: YesExport: YesLocation: 1300 km from AtlanticOcean along the St.LawrenceRiverOwnership: Quebec StevedoringCompany LtdName of Port Authority: QuébecPort AuthorityTotal Storage: Unlimited openstorage and warehouse spaceVessel Size Limitation: 200,000dwt. 15m of water at low tide.
Additional Information: 1055metres of berth space with awater depth alongside of 15.5metres. Equipped with bridge,revolving and mobile cranes, aswell as ship loaders, automatedconveyors and stackers.
SEPT-ILESPorlier Express Inc315 Ave OtisSept-IlesQuebecG4R 1K9CanadaContact: Mr Michael LachanceJob Title: Vice PresidentT: + 1 418 962 3073F: + 1 418 962 3067E: [email protected]: www.porlier.comLocation: Quebec, North Shore,St-Lawrence RiverName of Port Authority: Port ofSept-Îles, Port of ArcelorMittal inPort-CartierThroughput Capacity: 3.0Mtons/yearTotal Storage: Upon requestVessel Size Limitation: 14 meterdraught, 16 meter draughtAdditional Information: We are astevedore and bulk materialhandler. We provide multimodaltailor made solutions for anyspecial cargo projects for themining industry.
SEPT-ILESSept-Îles PortAuthority1 Quai Mgr- BlancheSept-IlesQuebecG4R 5P3CanadaContact: Ms Patsy KeaysJob Title: Director of CorporateAffairsT: + 1 418 961 1235F: + 1 418 962 4445E: [email protected]: www.portsi.com
THUNDER BAYThunder BayTerminals LtdMcKellar IslandPO Box 1800Station ‘F’Thunder BayOntarioP7C 5J7CanadaContact: Mr John KepesT: + 1 807 625 7800F: + 1 807 623 5749E: [email protected]: www.portauthority.thunder-bay.on.caExport: YesLocation: At the head of the GreatLakes/St. Lawrence SeawaySystemName of Port Authority: ThunderBay Port AuthorityThroughput Capacity: 12 milliontonnes.Additional Information: A 262metre berth is available for ships.The site is serviced by road andCP Rail, with CN Rail access forall commodities.
VALLEYFIELDValport MaritimeServices IncPort de ValleyfieldBoul. CadieuxValleyfieldQuebec
FANGCHENGFangcheng HarbourAdministrationPort Administration Office22 Youyi RoadFangchengGuangxi ProvinceChinaContact: Mr Ye ShixiangJob Title: Director GeneralT: + 86 770 289 8141F: + 86 770 282 2663W: www.infomarine.gr/china/fangchengExport: YesLocation: Guangxi Province,ChinaOwnership: Fangcheng HarbourAdministrationThroughput Capacity: 4 million tpaTotal Storage: 0.5 MtVessel Size Limitation: Maxdraught: 11.4m, Max LOA 180m,Max Beam 30m, 70,000dwt
HONG KONGCLP Power HK LimitedCastle Peak Power StationTuen MunHong KongChinaContact: Mr Alex Ho Sau FanJob Title: Fuel & MaterialHandling ManagerT: + 852 2678 5636F: + 852 2441 2719E: [email protected]: www.clp.com.hk/Pages/home.aspxImport: YesLocation: Located 15 km fromVictoria Harbour, at western edgeof New Territories of Hong KongOwnership: Castle Peak PowerCompany Limited (CAPCO)Name of Port Authority: HongKong Marine DepartmentThroughput Capacity: 8 million mtcoalTotal Storage: 0.8 million mt coal(120,000 meters square)Vessel Size Limitation: LOA 280m(Trial 305m), Draught 16.8m,Beam 50m
HONG KONGThe HongkongElectric Company Ltd44 Kennedy RoadHong KongChinaContact: Mr Francis C. Y. ChengJob Title: General Manager(Generation)T: + 852 2982 6201F: + 852 2982 1654E: [email protected]: www.hkelectric.comImport: YesLocation: West of Lamma Island,Hong KongOwnership: The HongkongElectric Company, LimitedName of Port Authority: Lamma
Power StationThroughput Capacity: Maximumunloading rate of 3,000 tphTotal Storage: 63,000 sqmVessel Size Limitation: Max LOA: 260m Max Draught : 14.6m Max dwt : 100,000 MTAdditional Information: Two berthsavailable for two coal vessels tobe unloaded simultaneously.
HUALIENHualien HarbourBureauNo.66 Hai-Ann RoadHualienTaiwan97059ChinaContact: Mr Chung-Hsiung WangJob Title: DirectorT: + 886 38 325 131F: + 886 38 333 757E: [email protected]: www.hlhb.gov.twImport: YesLocation: East Coast of TaiwanName of Port Authority: HualienHarbour Bureau
QINGDAOPort of Qingdao CoalTerminalGang Qing Road 6QingdaoShadong Province266011ChinaContact: Mr Chang DechuanJob Title: PresidentT: + 86 532 298 2011F: + 86 532 292 2878E: [email protected]: www.qdport.com/enLocation: In the YellowRiver basinon the Western Pacific RimOwnership: Qingdao Port (Group)Co., LtdName of Port Authority: Port ofQingdaoVessel Size Limitation: Max draft13.5m.Additional Information: 3 CoalBerths
SHANGHAIShanghai Port LuojingBulk Terminals8 Shi Gang RoadBaoshan DistrictShanghaiChinaContact: Mr Shao Xue KangJob Title: Managing DirectorT: + 86 21 6323 1871F: + 86 21 6323 0184
SHIJIAZHUANGHebei Port Group Co,Inc35 Yuhuadong RoadShijiazhuangHeibei050019ChinaContact: Mr Edward WongJob Title: Chief, Public RelationsT: + 86 311 8780 0528/+ 86 335 3094924F: + 86 311 8790 0111E: [email protected]: www.porthebei.comExport: YesLocation: East Coast of ChinaOwnership: State-ownedName of Port Authority: HebeiPort and Shipping ManagementAuthorityThroughput Capacity: Loadingrate: 20,000 tpd per
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loader Discharging rate: 650,000 tpdTotal Storage: 10 million toncapacity for CoalVessel Size Limitation: 150,000dwtAdditional Information: We are theworld’s largest bulk cargooperator, according to World PortDevelopment, UK.
ZHOUSHANZhoushan PortHaitong Transhipment& Storage Co LdLoatangshan Port AreaDinghaiZhoushan316043ChinaContact: Ms Li YadingJob Title: General ManagerT: + 86 580 801 0202E: [email protected]: www.zsport.com.cnLocation: North-West of Zhoushanmain islandName of Port Authority: Port ofZhoushanThroughput Capacity: 4 milliontonnes per annumTotal Storage: 38,000 sqm openstorage
COLOMBIABARRANQUILLACompas SAVia 40 Las FloresFormer Cementos Argos SABarranquillaAtlantico575ColombiaContact: Mr Uriel DuarteJob Title: Terminal ManagerT: + 575 3322 020 Ext 5400F: + 575 3619 222E: [email protected]: www.compas.com.coExport: YesLocation: Colombian North CoastOwnership: First Colombianetwork terminalsName of Port Authority: PrivateterminalThroughput Capacity: 1.5 mtpaTotal Storage: 45,000 sqmVessel Size Limitation: Max LOA190m, 9.2m FW draughtAdditional Information: Fixedshiploader, direct loading system.
BARRANQUILLAPort of Puerto BolivarInternational Colombia ResourcesCorporationApartado Aero 52499BarranquillaColombiaContact: Capt Steve C CattonJob Title: Port SuperintendentT: + 57 53 799545F: + 57 53 502121E: [email protected]: www.navescolombia.com/ports/pbolivar.htm
CUBAANTILLANicaroc/o Agencia de AntillaAvenida 28 de Enero No 65Apartado No 33AntillaProv de HolguinCubaJob Title: Port ManagerT: + 53 24 88248F: + 53 24 88127
KALUNDBORGAsnaes Power StationAsnaes Port AuthorityAsnaesvej 16Kalundborg4400DenmarkContact: Mr Arne KroghJob Title: ManagerT: + 45 59 55 0600F: +45 9955 0699E: [email protected]: www.e2.dk
DOMINICANREPUBLICSANTO DOMINGOMaritima DominicanaSAPO Box 1301Carretera Sanchez Km 12 1/2Santo DomingoDominican RepublicContact: Mr Karsten WindelerJob Title: President of the Boardof DirectorsT: + 1 809 539 6000F: + 1 809 539 7200E: [email protected][email protected]: www.mardom.comImport: YesLocation: Itabo Terminal off thePort of Rio Haina, DominicanRepublic, South Coast. Port of Barahona,Dominican Republic, SouthCoast. Port of Manzanillo, Dominican Republic,North CoastOwnership: Itabo-EGEItabo\Barahona EGE HainaName of Port Authority:Dominican Port Authority -Autoridad Portuaria DominicanaThroughput Capacity: Combined2,000,000 MTVessel Size Limitation: Itabo max800 FT LOA, Draught 13.3m,43.64 FT SW. Barahona max 600FT LOA, 26 FT SWAD.Manzanillo max LOA 600 FT, 30FT SWAD
ESTONIATALLINNAS Coal Terminal4a, Joe StreetTallinn10151EstoniaContact: Ms Nadia ManzhosJob Title: Office ManagerT: + 372 626 36 52F: + 372 630 36 53E: [email protected]: www.coalterminal.eeExport: YesLocation: Eastern part of thelargest port in Estonia, Muuga;
210 km from the Russian borderOwnership: Private companyName of Port Authority: CoalTerminal Operator ASThroughput Capacity: 5 mln tpaTotal Storage: 350,000 tonnes,48,000 sqmVessel Size Limitation: 120,000dwt
TALLINNMuuga(Novotallinskiy)Maardu tee 57Tallinn Eesti VabarifkTallinnEE 0030EstoniaContact: Mr Anatoliy KanaevJob Title: Port DirectorT: + 372 6 319 205F: + 372 2 234 313E: [email protected]
TALLINNPETROMAKSSPEDIITORI ASNolva 9ATallinn10416EstoniaContact: Mr Mitrofan PototskiJob Title: Ship AgentT: + 372 6507 612F: + 372 6507 601E: [email protected]: www.petromaks.comLocation: Eastern shore of BalticSeaName of Port Authority: Tallinnport – Paljassaare SouthVessel Size Limitation: Quay No.31, length 100m, depth 4.5m; Quay No. 32, length 266m, depth6.5m; Quay No. 33, length 176m, depth8.7mAdditional Information: One of thetwo terminals of Paljassaare port.Specializes in offering thestevedoring services on reloadingof bulk and general cargoes fromthe vessels directly to the railcarsand back
VIIMSI VALDAS Stivis1 Koorma StreetViimsi Vald74115EstoniaContact: Mr Jan LipinskiJob Title: Board MemberT: + 372 600 3872F: + 372 600 3873E: [email protected]: www.stivis.eeLocation: Eastern shore of BalticSeaOwnership: ShareholdingcompanyName of Port Authority: Port ofTallinnThroughput Capacity: 2,000,000tTotal Storage: 540,000 sqmVessel Size Limitation: Berth 5:6.8m draught, 100m length Berth 6: 9.5m draught, 160mlength Berth 6A: 10.5m draughtAdditional Information: Railwaysintegrated into Internationalnetwork.
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FINLANDPORIPort of Pori LtdMerisatamantie 4PoriFI-28880FinlandContact: Mr Pekka SundbergJob Title: Development ManagerT: + 358 44 701 2606F: + 358 2 634 9498E: [email protected]: www.portofpori.fi/en
FRANCEBASSENSSea-invest BordeauxRue Richelieu 1Bassens33530FranceContact: Mr Franck HumbertT: + 33 557 77 49 51F: + 33 557 77 82 11E: [email protected]: www.sea-invest.beLocation: South West coast ofFranceName of Port Authority: Sea-invest BordeauxThroughput Capacity: 10,000 MTfrom 06.00 to 22.00 hrsTotal Storage: 50,000 sqmVessel Size Limitation: Max LOA250m, Max draft 10.50m
DUNKERQUESea-Bulk TerminalRoute du Quai à PondéreuxOuestLoon-PlageDunkerque59279FranceContact: Mr Philippe BertonècheJob Title: Terminal ManagerT: + 33 328 28 79 40F: + 33 328 28 79 15E: [email protected]: www.sea-invest.beImport: YesLocation: North of FranceOwnership: Sea-investName of Port Authority: Sea-BulkTerminalThroughput Capacity: 8.6 MT in2005Total Storage: 301,500 sqmVessel Size Limitation: Max draft21m. DWT 180,000
LE HAVRECoal TerminalPort of Le Havre AuthorityTerre Plein de la BarrePO Box 1413Le HavreCedex76067FranceContact: Mr Eric EsneuJob Title: Bulk Traffic ManagerT: + 33 2 32 74 76 05F: + 33 2 32 74 76 09E: [email protected]: www.havre-port.netImport: YesExport: YesLocation: North of FranceName of Port Authority: Port of LeHavre AuthorityThroughput Capacity: 3 MT perannumTotal Storage: 700,000 tonneswith a storage gantry crane 30tVessel Size Limitation: 170,000dwt, Max draught 17.5mAdditional Information: 2 gantry
quayside cranes of 30t, 30,000t/day
LE HAVRELe Havre Multi-BulkTerminalBP 1142CIPHA Centre of Commerce Intlquai George VLe Havre76063FranceContact: Ms Miugendit T: + 33 232 74 24 80F: + 33 235 21 38 15E: [email protected]: www.cipha.comImport: YesExport: YesLocation: Southern bank of theGrand Canal du HavreOwnership: CIPHAName of Port Authority: Port of LeHavre AuthorityThroughput Capacity: 1.58 milliontonnes (2004)Total Storage: 1 million tonnesVessel Size Limitation: 180,000dwt, Max length 300mAdditional Information: Screeningand crushing facilities
MARSEILLEPort Autonome deMarseille/Fos23 Place de la JolietteHotel de la Direction du PortMarseilleCedex 0213226FranceContact: Mr Vincent MutelJob Title: Public RelationsT: + 33 0491 395320F: + 33 0491 394024E: [email protected]: www.marseille-port.fr
MONTOIR-DE-BRETAGNESea-invest MontoirRue de la Goélette - BP 36Montoir-de-Bretagne44550FranceContact: Mr Pascal VialardT: + 33 240 17 31 71F: + 33 240 17 31 79E: [email protected]: www.sea-invest.beLocation: South East coast ofFrench BrittanyName of Port Authority: Sea-invest MontoirThroughput Capacity: 3,000,000MtpaTotal Storage: 160,000 sqmVessel Size Limitation: Max LOA290m, Max beam 45m, Max
draught 15.5mAdditional Information: Due torestriction for Capesize vessel,please contact us prior fixing
NANTESMontoir Coal TerminalPort Atlantique Nantes Saint-Nazaire18 quai Ernest RenaudBP 18609Nantes44186FranceContact: Mr Pascal FreneauJob Title: Marketing & AdvertisingManagerT: + 33 2 40 44 2113F: + 33 2 40 44 20 01E: [email protected]: www.nantes.port.frImport: YesLocation: Atlantic coast of France.It stretchs 60 kms along the Loireestuary.Name of Port Authority: PortAtlantique Nantes Saint-NazaireVessel Size Limitation: Max LOA280m, Max draught 16m, MaxDWT 165,000
PORT DE MONTOIRSea-invest France(Stocaloire)Terminal Agro AlimentairePort De Montoir44550FranceContact: Mr Florent MassartT: + 33 232108516F: + 331 55 66 81 50E: [email protected]
ROUENHAROPA PORTS34 Boulevard de BoisguilbertB.P. 4075Cedex 3Rouen76022FranceContact: Ms Annie VandomeJob Title: International PressRelationsT: + 33 2327 471 37F: + 33 2327 473 90E: [email protected]: www.haropa-solutions.comImport: YesName of Port Authority: HAROPAThroughput Capacity: Throughputcapacity: HAROPA - Port of Rouen: 20 000t/day HAROPA Port of Le Havre: 25000 t/day HAROPA Ports of Paris: 2 000t/day Coal traffic: HAROPA Port of Rouen: 490 000t HAROPA Port of Le Havre: 419
000 t HAROPA Ports of Paris: 54 000 tTotal Storage: HAROPA - Port ofRouen: 330 000 t HAROPA - Port of Le Havre: 490000 t HAROPA Ports of Paris: multipleoperators and and an increasingstorage capacity especially in portof Gennevilliers.Vessel Size Limitation: HAROPA -Port of Rouen: CAPESIZE andPANAMAX (part cargo). DWT:180 / LOA: 298 / Draught: 11meters HAROPA - Port of Le Havre:CAPESIZE. DTW: 180 / Draught:17 meters
ROUENSogemaBoulevard Maritime - BP 3Grand-Couronne TerminalRouen 76530FranceContact: Mr Robert GoudonJob Title: DirectorT: + 33 232 11 51 01F: + 33 232 11 51 25E: [email protected]: www.sea-invest.beImport: YesLocation: Rouen, West France onSeine riverOwnership: SogemaName of Port Authority: Port ofRouenThroughput Capacity: 700.000 MTTotal Storage: 100,000 sqmVessel Size Limitation: Max LOA280m, DWT 70,000 MT, Max draft11mAdditional Information: Dischargerate : 20,000 MT/day
NORDENHAMRhenus MidgardGmbH & Co. KGMidgardstr. 50Nordenham26954GermanyContact: Mr Norbert SchreweT: + 49 4731 81 222F: + 49 4731 81 228E: [email protected]: www.rhenus.comImport: YesExport: YesLocation: Nordenham, on themouth of the River Weser(Germany)Ownership: Rhenus MidgardGmbH & Co. KGName of Port Authority: RhenusMidgard GmbH & Co. KGThroughput Capacity: 2.5 Milliontons/a coalTotal Storage: 500,000 tons coal -up to 120,000sqmVessel Size Limitation: - Panamaxand/or partly laden cape sizevessel - arrival draught up to 13,10 mfreshwater - special permission for more than270 m loa neededAdditional Information: Wellconnected to the hinterland bybarge and rail; The Rhenus Group operatesbarges and rail and offers thewhole logistics to finaldestinations.
ROSTOCKBulk TerminalRostock GmbHLiebherrstraße 3RostockD-18147GermanyContact: Mr Günter FettJob Title: Managing DirectorT: + 49 381 6662 120F: + 49 381 6662 575E: [email protected]: www.portofrostock.deImport: YesLocation: German Baltic coast.Ownership: SHRU Holding GmbH& Co. KGName of Port Authority: Hafen-Entwicklungsgesellschaft RostockmbHThroughput Capacity: 3.0 MilliontonnesTotal Storage: 240,000 tonnesVessel Size Limitation: Max100,000 dwtAdditional Information: 20,000 t ofcoal can be handled daily.
WILHELMSHAVENRhenus MidgardWilhelmshaven GmbH& Co. KGLüneburger Str. 6WilhelmshavenLower Saxony26384Germany
Contact: Mr Jürgen KleemeyerJob Title: Coal Logistics Projects /Marketing & SalesT: + 49 4421 936 135F: + 49 4421 936 104E: [email protected]: www.rhenus.comImport: YesLocation: BTW (Bulk TerminalWilhelmshaven formerNiedersachsenbrücke) inWilhemshaven on the Jade Bay(Germany).Ownership: Rhenus MidgardWilhelmshaven GmbH & Co KGName of Port Authority:Niedersachsen Ports, NLWilhelmshavenThroughput Capacity: up to 10Million tpa coalTotal Storage: 900,000 tons coal(160.000 sqm /2 storage beds) -extension up to 3,000,000 tonsVessel Size Limitation: Fully ladencape size up to 250.000 t; loa up to 330 m; beam up to 60m, draught up to 18.50m swAdditional Information:Discharging rate up to 100.000tpd; Loading into rail wagons up to4.000 tph incl. weighing andwagon workload > 99%
GREECEATTICAMilaki Port-EastMediterranean CoalTerminal49-51 Sof Venizelou StrLycovrissiAttica14123GreeceContact: Mr Andrew HealeyJob Title: General ManagerT: + 30 1 2898 111F: + 30 1 2840 021
THESSALONIKIThessaloniki PortAuthority SA1st PierPort of ThessalonikiThessalonikiCentral Macedonia54110GreeceContact: Mr Stylianos AggeloudisJob Title: Chairman & CEOT: + 30 2310 593 105F: + 30 2310 510 500E: [email protected]: www.thpa.grImport: YesExport: YesLocation: Northern GreeceOwnership: 75% of the sharesbelong to the Greek state, 25% toprivate investors.Name of Port Authority:Thessaloniki Port Authority SA
Throughput Capacity: 15 milliontonnes/ 4 million dry bulk cargoTotal Storage: 600,000 sqmVessel Size Limitation: Max LOA:300 m, Max draught : 12mAdditional Information: The Port ofThessaloniki is the major gatewayport for the Southern Balkans.The port facilitates all types ofcargoes. There is a specializationin handling dry bulk cargoes.
T: + 91 40 4434 9999F: + 91 40 4434 9990E: [email protected]: www.gangavaram.comImport: YesLocation: 6 Nautical Miles SouthWest of Visakhapatnam Port, onEast Coast of IndiaOwnership: Consortium Led byMr. DVS RajuName of Port Authority:Gangavaram Port LimitedThroughput Capacity: 30 MMT inPhase -I (with 5 berths: 1 CoalBerth and 1 Iron Ore Berth withalong side depth of 20 m, 3General Cargo Berth with alongside depth of upto 15.5 m),Planned Capacity of 200 MMTTotal Storage: Total backup area2800 acres (11 331 197 sqm)Stackyard area in Phase -I forCoal = 1,55,800 sqm, for Iron Ore= 64,000 sqm , Covered Storage=48,000 sqmVessel Size Limitation: For CoalBerth and Iron Ore Berth - MaxLOA - 280m , Along Side depth20m , 200,000dwtAdditional Information: GPL hasthe deepest , most advancedCoal Terminal in India. It hasinstalled, completely mechanizedMaterial Handling System andhas ample backup area forstorage of Coal and othercargoes.
INDONESIABANDAR LAMPUNGPT. Bukit Asam(Persero) TbkJl. Soekarno Hatta Km. 15TarahanBandar LampungDKI JakartaIndonesiaContact: Mr Ansyori AkhmadJob Title: Tarahan Coal TerminalGeneral ManagerT: + 62 721 31545/31686F: + 62 721 31577E: [email protected]: www.ptba.co.idExport: YesLocation: South West ofIndonesia on the South Coast 05-31-40 South Latitude and 105-20-40 East LongitudeOwnership: The composition ofshareholders by ownership onDecember 31, 2009 are 65,02%owned by the state and 34,98%owned by Public.Name of Port Authority: TarahanCoal TerminalThroughput Capacity: 12 milliontpaTotal Storage: 560,000tVessel Size Limitation: 80,000dwtAdditional Information: PT BukitAsam (Persero) Tbk. (PTBA)markets 5(five) different coaltypes – BA 55, BA 59, BA 63, BA67, dan BA 70. Export coal to China, Japan,Malaysia, Taiwan, Vietnam,Thailand and several countries inEurope.
BANJARMASINPort of BanjarmasinPT (Persero) PelabuhanIndonesia III BanjarmasinJl Barito Hilir No 6Banjarmasin70117IndonesiaContact: Mr Anton Tri AgungJob Title: ShippingSuperintendentT: + 62 51 153 670F: + 62 51 152 552E: [email protected]: www.pp3.co.id
JAKARTABalikpapan CoalTerminalPT Bayan ResourcesOffice 8 Building 29th FloorSudirman Central BusinessDistrict (SCBD) Lot 28Jl. Jendral Sudirman Kav. 52-53Jakarta12190IndonesiaContact: Mr David Low Yi NgoJob Title: Director Sales &MarketingT: + 62 21 29356888F: + 62 21 29356999E: [email protected]: http://www.bayan.com.sg/
JAKARTANorth Pulau Laut CoalTerminalPT Arutmin IndonesiaMid Plaza 2, 9th FloorJalan Jenderal Sudirman Kav. 10-11Jakarta10220IndonesiaT: + 62 21 5720012F: + 62 21 5741689E: [email protected]: www.arutmin.comExport: YesLocation: Kalimantan, IndonesiaOwnership: PT Arutmin IndonesiaThroughput Capacity: 11 mtyearlyAdditional Information: Designedto receive 4 bargessimultaneously.
JAKARTAP T Indominco MandiriVentura Building8th FloorJ1 RA Kartini No 26 CilandakJakarta12430IndonesiaContact: Mr SuriyaJob Title: President DirectorT: + 62 021 750 8376F: + 62 021 750 8380E: [email protected]
IRELANDCORKPort of Cork CompanyCustom House Street
CorkMunsterIrelandContact: Mrs Sara MackeownJob Title: Marketing ExecutiveT: + 353 21 427 3125F: + 353 21 427 6484E: [email protected]: www.portofcork.ieImport: YesLocation: South Coast of IrelandOwnership: Private CommercialCompany with Commercial Entity.Name of Port Authority: Port ofCork CompanyTotal Storage: See our webpagewww.portofcork.ieVessel Size Limitation: See ourwebpage www.portofcork.ie
ISRAELASHKELONThe National CoalSupply Corporation(N.C.S.C)Ashkelon Coal TerminalAshkelonIsraelT: + 972 3625 7000F: + 972 3625 7001E: [email protected]: www.ncsc.co.ilImport: YesLocation: South part of Israel’sMediterranean coastOwnership: Israel Electric Co.(I.E.C)Name of Port Authority: EilatAshkelon Pipeline Co (E.A.P.C)Throughput Capacity: About 6million MT per annumTotal Storage: About 900,000 MT.Vessel Size Limitation: Max LOA:312m, Max Beam: 50m, MaxDraught: 18m, No DWT/Displ restrictions. Maxvertical distance from waterlineuntil the Breastlines panamas is15m.Additional Information: No wiresare allowed for head/Sternlines(total 6). For Breast/Springlines(total 12): if mooring lines aresteel-wires they must have longnylon-tails of at least 80m longeach.
HADERAThe National CoalSupply Corporation ltd(NCSC)Hadera Coal TerminalHaderaIsraelT: + 972 3625 7000F: + 972 3625 7001E: [email protected]: www.ncsc.co.ilImport: YesLocation: Mid/north part of Israel’sMediterranean coastOwnership: Israel Electric Co.(I.E.C)Name of Port Authority: Ministry ofTransportThroughput Capacity: About 6.5million MT per annumTotal Storage: About 950,000 MT.Vessel Size Limitation: Max LOA:312m, Max Beam: 48m, MaxDraught: 18m sw Maximum Deadweight on arrivalHadera is 200,000 MT.Displacement: No restrictions. Max vertical distance fromwaterline until the Brestlinespanamas is 14.7m.Additional Information: No wiresare allowed for Headlines,Sternlines and Breastlines (total12). Springlines (total 4): IfSpringlines are still wires, theymust have long nylon-tails of atleast 80m long each.
GAETA &CIVITAVECCHIAIntergroup S.r.l.Lungomare Caboto 110Gaeta & CivitavecchiaRome area 04024ItalyContact: Mr Giovanni MigliaccioJob Title: General ManagerT: + 39 771 310 077F: + 39 771 472 114E: [email protected]: www.intergroup.itImport: YesExport: YesLocation: Central ItalyOwnership: Family-ownedcompanyName of Port Authority: Port ofRome and LazioThroughput Capacity: 9,000 tpddischargeTotal Storage: Up to 110,000tonnes of coalVessel Size Limitation: Gaeta:current draught 10m (increasingto 13m from July 2011) Civitavecchia: 15m draught.Additional Information: In thewarehouse, 5m-high cement wallsprotect the product and allowcreation of different zonesdedicated to single clients.Automated dust-control systemand filtering/recycling system forwater are installed.
VENTSPILSJSC BALTIC COALTERMINAL39B Dzintaru StreetVentspilsLV-3602LatviaContact: Mr Ilya SokolovJob Title: Member of the BoardT: + 371 636 34 000F: + 371 636 34 001E: [email protected]: www.balticcoal.comExport: YesLocation: Latvia , Ventspils, TheBaltic SeaName of Port Authority: VentspilsFree PortThroughput Capacity: 6 mln. coalper year (start at 2008)Total Storage: 220 000 tonnesVessel Size Limitation:120,000dwt Max draught 15mAdditional Information: Enclosedstorage for coal for all clients,. Service of sorting, crushing andmagnetic cleaning of coal.
SERI MANJUNGLumut MaritimeTerminal Sdn BhdLekir Bulk Terminal (LBT)Pulau Lekir 1Jln Teluk RubiahSeri ManjungPerak32040MalaysiaContact: Mr Amin Bin Halim RasipJob Title: Chief Executive OfficerT: + 60 3 2141 7728F: + 60 3 2141 2995E: [email protected]: www.lumutport.comImport: YesLocation: On a reclaimed island,South East of Pangkor Island,Perak, West Malaysia (Off theStraits of Malacca)Ownership: Lekir Bulk TerminalSdn BhdName of Port Authority: LumutMaritime Terminal Sdn BhdThroughput Capacity: 12.0 milliontonnesTotal Storage: About 80 acres(approx 323,752 sqm)Vessel Size Limitation: Max size -Capemax vessel (LOA 290m,DWT 200,000mt.) Minimumnatural depth of 20m alongsidethe berth.Additional Information: 2 GrabShip Unloaders with ratedcapacity of 1500 tph each and 2import conveyors lines with ratedcapacity of 3800 tph each. Currently planning to construct aload out facility (Phase 2 - to beready by 2009).
MEXICOALTAMIRACooper/T. Smith DeMexico SA de CVMar Negro KM 0.380Puerto IndustrialCol. Puerto De AltamiraAltamiraTamaulipas89603MexicoContact: Mr Arturo EncinasJob Title: General DirectorT: + 52 833 260 45 00F: + 52 833 260 10 82E: [email protected]: www.coopertsmith.com
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LAZARO CARDENASTerminales PortuariasDel Pacifico, S A P Ide C VRecinto Portuario LazaroCardenasCanal Oriente s/n, Av. Los RíosInteriorIsla del Cayacal, Apartado Postal83Lazaro CardenasMichoacán60950MexicoT: + 52 753 533 0090F: + 52 753 533 0090E: [email protected]: http://www.tpp.com.mx/Import: YesLocation: Mexican Pacific coaston the Port of Lazaro Cardenas,Michoacán.Throughput Capacity: 4.0 millionmetric annually tons on it´s phaseITotal Storage: 10,000 sqm ofopen yardsVessel Size Limitation: Cape Sizevessels up to 173,500 metric tonsof dwt, LOA of 305 meters, and adraught of 16.5 meters (54.13feet).Additional Information: ThisTerminal is equipped with 2mobile grab cranes reaching aperformance of 40,000 tons/dayand availability of bonded storageyards.
NAMIBIAWALVIS BAYGrindrod Terminals -Walvis Bay1st Floor Grindrod House174 Third Street EastWalvis Bay9000NamibiaContact: Mr Shakespeare MasizaJob Title: Regional ManagerT: + 264 271 270F: + 264 271 280E: [email protected]: www.grindrod.co.zaExport: YesLocation: West coast of Africa, inNamibiaName of Port Authority: WalvisBay Port Authority
NEW ZEALANDLYTTELTONLyttelton CoalTerminalPrivate Bag 501Norwich QuayLytteltonCanterburyNew ZealandContact: Mr Peter DavieJob Title: Chief ExecutiveT: + 64 3328 8198F: + 64 3328 7828E: [email protected]: www.lpc.co.nzExport: YesLocation: Mid point of the eastcoast of the South Island of NewZealandOwnership: LPC is a publiclylisted company.Name of Port Authority: LytteltonPort Company LtdThroughput Capacity: 4,000,000tpa. Vessel load rate: 25,000 tpdTotal Storage: 50985 m2 (approx5 hectares); Can stockpile up to250,000 tonneVessel Size Limitation: Length230m, Beam 36.5m, Max draughton departure 12.4m berth pocket depth 13m at chartdatum (zero tide), air draught 15mAdditional Information: NewZealand’s largest coal exportfacility. Loading achieved througha combination of Bucket WheelReclaimer and mobile plantfeeding via belt conveyor ajetslinger shiploader.
NEW PLYMOUTHPort Taranaki LimitedPO Box 348New Plymouth4340New Zealand
KARACHIPIBT Ltd2nd FloorBusiness PlazaMumtaz Hassan RoadOff I.I Chundrigar RoadKarachiSindh 74000PakistanContact: Mr Zeeshan LiaqatJob Title: Manager ProjectCoordination & Research AnalystT: + 92 21 3240 0450-53F: + 92 21 3240 0281E: [email protected]: www.pibt.com.pkImport: YesLocation: Karachi, PakistanOwnership: Marine Group ofCompanies as a majoritystakeholder with some othersponsorsName of Port Authority: PortQasim Authority, KarachiThroughput Capacity: 16 milliontons (12 million for coal & 4million tons for Clinker/Cement)initiallyTotal Storage: 200,000sqmVessel Size Limitation:Simultaneously 2 Vessels of up to75,000DWTAdditional Information: PIBT is theCountry’s first Coal, Clinker andCement handling Terminal tocomply with the internationalstandards of environment andpollution control. The terminal willbe operational by the end of2016.
PERUCALLAOENAPU SAPort Terminal of CallaoCallao1No260
PeruContact: Mr Luis VargasCaballero CoobanJob Title: President and ChiefExecutiveT: + 51 1429 9210F: + 51 1469 1011E: [email protected]: www.enapu.com.pe
GDA SKPPS Port Polnocny CoLtd23 Budownicych PortuPolnocnego StrGdańsk 80-601PolandContact: Mr Andrzej KasprzakJob Title: PresidentT: + 48 58 737 60 52E: [email protected]: www.portgdansk.plExport: YesLocation: North West of Polandon central part of sourthernsection of Baltic Sea coast.Ownership: Port of GdanskAuthority SATotal Storage: 600,000 tonsVessel Size Limitation: Max length280m, Max draft 15m
GDYNIAMaritime BulkTerminal Gdynia Ltdul. Weglowa 4Gdynia81-341PolandContact: Mr Andrzej GrubalskiJob Title: Account ManagerT: + 48 508 375 146F: + 48 586 215 354E: [email protected]: www.mtmg.gdynia.plImport: YesExport: YesLocation: North of Poland on theBaltic SeaName of Port Authority: Port ofGdynia AuthorityThroughput Capacity: about 4million tonnes per yearTotal Storage: 90,000sqm openstockyards 32,000sqm covered storageVessel Size Limitation: - Dutchquay: LOA 300m, Depth 13.0m - Swedish quay: LOA 300m,Depth 13.0m - Silesian quay: LOA 250m,Depth 8.5m - Southern Pier of the DanishQuay: LOA 170m, Depth 9.50m - Liquid Fuels Reloading Post:LOA 210m (min 100m), Depth11.0mAdditional Information:Multipurpose terminal handling: - dry bulk cargoes (coal andcoke, grain and feed, biomass,aggregates and other minerals) - liquids ( petrol andchemicals) - general cargo
SWINOUJSCIEPort HandlowySwinoujscie Sp. z o.o.ul. Bunkrowa 1SwinoujscieZachodniopomorskie72-602PolandContact: Mr Lukasz PrzyszlakJob Title: Trade & MarketingDirectorT: + 48 91 32 77 524F: + 48 91 32 77 520E: [email protected]: www.phs.com.plImport: YesExport: YesLocation: North West of Polandon the Baltic Sea Coast, on theborder with Germany.Ownership: Private StevedoringCompany – OT Logistics GroupName of Port Authority: ZarzadMorskich Portow Szczecin iSwinoujscieThroughput Capacity: 6 milliontonnes per yearTotal Storage: 175,000sqm for upto 1,200,000 tonnesVessel Size Limitation: 13.2mdraught, vessels up to 270 metresin length, 42m beamAdditional Information: The largestdry bulk cargo centre handling,storing nearly 50% of thecountry’s coal exports and nearly50% of import. Perfect railroad,barge connection with Germany,Czech and Slovakia.
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SZCZECINBulk Cargo - PortSzczecin Sp. z.o.o.Gdanska 21SzczecinZachodniopomorskie70-661PolandContact: Mr Bogdan WalczakJob Title: Marketing DirectorT: + 48 91 4 307 112F: + 48 91 4 307 115E: [email protected]: www.bulkcargo.com.plImport: YesExport: YesLocation: South Coast of theBaltic Sea, North West of PolandOwnership: PrivateName of Port Authority: Szczecinand Swinoujscie SeaportsAuthorityThroughput Capacity: 4.0-5.0 miotpaTotal Storage: 45,000 sqm for upto 250,000 tonnesVessel Size Limitation: 9.15 mdraught, vessels up to 210 metresin lengthAdditional Information: In ourcompany exported and importedcoal can be reloaded in adedicated handling area,equipped with a new wagontippler and a 1,000tph shiploader.
SZCZECINSzczecin andSwinoujscie SeaportsAuthorityul Bytomska 7Szczecin70-603PolandContact: Mrs KatarzynaMalinowskaJob Title: Manager of MarketingDivisionT: + 48 914 308 139F: + 48 914 624 145E: [email protected]: www.port.szczecin.plExport: YesLocation: South Coast of theBaltic SeaName of Port Authority: 1) BulkCargo Port Szczecin Sp. z o.o.
Gdanska 21 70-661 Szczecin www.bulkcargo.com.pl
2)Port Handlowy SwinoujscieSp.z o.o.
Bunkrowa 1 72-602 Swinoujscie www.phs.com.pl
Throughput Capacity: Bulk CargoPort Szczecin - 1,0-2,0 miotonnes per year Port Handlowy Swinoujscie - 5,0-6,0 mio tonnes per yearTotal Storage: Bulk Cargo PortSzczecin -35,000 s.q.m for up to170,000 tonnes Port Handlowy Swinoujscie -150,000 sq.m for up to 700,000tonnesVessel Size Limitation: BulkCargo Port Szczecin - 9.15 mdraught, vessels up to 210 metresin length Port Handlowy Swinoujscie - 13,2m draught, vessels up to 270metres in lengthAdditional Information: The portcomplex of Szczecin andSwinoujscie is the largest dry bulkcargo centre of a crucialsignificance for Polish economics,handling nearly 50 % of thecountry’s coal exports. Coal handling and storageservices are provided at a widerange of dedicated quays in both
ports, offering modern storagefacilities and handling equipment.
LISBONPortsines - TerminalMultipurpose de SinesRua Nova do Carvalho, 71, 4ºFloorLisbon1200-291PortugalContact: Eng Francisco Ramalhodo NascimentoJob Title: Executive DirectorT: + 351 21 112 8560F: + 351 21 112 8568E: [email protected]: http://www.ete.pt/Import: YesExport: YesLocation: Sines, Portugal 37º 56´ 18´´ N 8º 51´ 00´´ WOwnership: ETE - Empresas deTráfego e Estiva, S.A.Name of Port Authority: Port ofSinesThroughput Capacity: 10 milliontonsTotal Storage: 700,000t 101,200sqmVessel Size Limitation: 190,000DWT: Max draught 18mAdditional Information: 2Shipunloaders, 2 stackersreclaimers, 1 shiploader, 1railway loading station, 1 WheelCrane capacity 40 tons, 1100 mof quay
LISBONSilopor - Empresa deSilos Portuários, S.A(Beato Bulk Foodstuffs Terminal)Terminal Portuário do BeatoRua da Cintura do Porto deLisboaLisbon1900-263 LisboaPortugalContact: Mr Carlos SilvaJob Title: Commercial ManagerT: + 351 21 392 32 61F: + 351 21 392 32 69
E: [email protected]: www.silopor.ptLocation: Port of Lisbon (WestCoast of Portugal)Name of Port Authority: APL -Administracia do Porto de LisbonThroughput Capacity: Unload upto 9,000tpdTotal Storage: 100,000t verticalstorageVessel Size Limitation: LOA:180m, Draught 7.5m
LISBONTMPB - Poço BispoMultipurpose TerminalLargo do Corpo Santo, 21Lisbon1200-129PortugalContact: Eng António JordãoJob Title: Operations ManagerT: + 351 211 128 048 / + 351 916892 906F: + 351 211 128 052E: [email protected]: www.ete.pt/Import: YesExport: YesLocation: Lisbon, Portugal 38º 44´ 12.8´´ N 9º 6´ 4.21´´ WOwnership: ETE - Empresa deTráfego e Estiva, S.A.Name of Port Authority: Port ofLisbonThroughput Capacity: 1.5 milliontpaTotal Storage: 25,000t 20,050sqmVessel Size Limitation: Maxdraught 7.5mAdditional Information: 2x CraneLIEBHERR LHM (64, 40 tons), 3Front loaders, 3 BOB CATS, 2Conveyor belts, 3 Hoppers, 2Road weighbridges 60 tons Midstream operations: floatingcranes and barges (45,000 tonscapacity)
CONSTANTASC MINMETAL SAConstanta / RomaniaIncinta PortBerth 64Constanta900900RomaniaContact: Mr Ghebaur LiviuJob Title: General DirectorT: + 40 241 639 035F: + 40 241 639091E: [email protected]: www.minmetal.roImport: YesExport: YesLocation: South–East of Europe;South-East of Romania; BlackSea Port – Constanta; Berth 45,46, 64, 65, 66, 85.Ownership: S.C. North StarShipping S.R.L.Name of Port Authority: ConstantaMaritime Port AdministrationThroughput Capacity: 4,000,000tpaTotal Storage: 251.716 m²Vessel Size Limitation: Max LOA -no restriction, Max draught -13.5m, DWT - accordinglyAdditional Information: The maindomestic beneficiaries ofMinmetal.are : Arcellor Mittal , Lafarge , EnergyCoal , Tenaris , Holcim , VoestAlpine , etc
RUSSIANAKHODKA (VRANGEL)Vostochny Port(OJSC)Vnutriportovaya st. 47Nakhodka (Vrangel)RussiaContact: Mr Anatoliy LazarevJob Title: Managing DirectorT: + 7 4236 665 271F: + 7 4236 665 153E: [email protected]: http://www.vpnet.ru/eng/index_eng.htmExport: YesLocation: Far East of Russia(Southeast of the Nakhodka Bay(Japan Sea)).Ownership: Private entityName of Port Authority: Seaportof VostochnyThroughput Capacity: 17 milliontonnes, increasing to 30 milliontonnesTotal Storage: 120,048sqm,increasing to about 170,000sqmVessel Size Limitation: LOA: 280,Draught: 16m, DWT: 150,000Additional Information: VostochnyPort is a high-tech seaportlocated in the Far East of Russia.It is the largest coal port in Russiawhich includes Specialized CoalTerminal and General CargoTerminal. In 2012 Vostochny Portcommenced the expansion of theSpecialized Coal Terminal whichwill allow the Port to increase itsannual throughput to 33-36 mio t
by 2020.
SAINT PETERSBURGUst-Luga CoalTerminal“Rosterminalugol”,JSCMoskovsky avenue, 89, office 400Saint Petersburg196 084RussiaContact: Mr Artur SedovJob Title: Operating DirectorT: + 7 812 324 54 03F: + 7 812 324 54 53E: [email protected]: www.oao-rtu.ruExport: YesLocation: Eastern coast of theBaltic Sea, 130 km from SaintPetersburgOwnership: Private entityName of Port Authority: Sea portof Ust-Luga AuthorityThroughput Capacity: 15.5 milliontonnesTotal Storage: 130,644sqmVessel Size Limitation: LOA -260m, Draught - 14.3m, Beam -40m, DWT - 100 000 tonnesAdditional Information:Rosterminalugol is a high-techspecialized coal terminal whichhandles over 15.0 million tonnesof coal per year. The advantageof the port is the immediatevicinity of European countries,importing high-quality coal fromKuzbass region and other coalbasins.
SAINT-PETERSBURGPort of Ust-LugaNovgorodskaya St 13/ASaint-Petersburg191144RussiaContact: Mr Dmitry KolomietsJob Title: General ManagerT: + 7 812 438 18 46E: [email protected]: www.ust-luga.ru/
SLOVENIAKOPERLuka Koper d.d., DryBulk Cargo TerminalVojkovo Nabrežje 38KoperSI-6501SloveniaContact: Mr Bojan Tomisic M. Sc.Job Title: Terminal ManagerT: + 386 5 6656 631E: [email protected]: www.luka-kp.siImport: YesExport: YesLocation: Northen part of AdriaticSea; SLOVENIAName of Port Authority: LukaKoperThroughput Capacity: Year 2013;4,000,000 tonnes Coal, 2,000,000tonnes Iron OreTotal Storage: 400,000 tonnesCoal, 400,000 tonnes Iron oreVessel Size Limitation: The onlylimitation is arrival draught of17.2m
SOUTH AFRICADURBANGrindrod TerminalsPO Box 1DurbanKwaZulu Natal4000South AfricaContact: Mr Sean RowanJob Title: CEO Grindrod TerminalsT: + 27 31 302 7700F: + 27 31 302 7701E: [email protected]: www.grindrod.co.za
DURBANTransnet PortTerminalsHead OfficeKingsmead Office ParkStalwart Simelane/Stanger StreetDurbanKwaZulu Natal4001South AfricaContact: Ms Mbali MathenjwaT: + 27 31 308 8310F: + 27 31 308 8336E: [email protected]: www.transnetportterminals.netImport: YesExport: YesLocation: Richards Bay on theNorthern Coast of South AfricaName of Port Authority: TransnetNational Ports AuthorityThroughput Capacity: 30 milliontpaTotal Storage: Multi-PurposeTerminal - 304,000sqm Dry Bulk Terminal 143,000sqmVessel Size Limitation: Draught: Multi-Purpose Terminal has 6berths in total with a draughtrestriction of 13.5m Dry Bulk Terminal has 8 berths intotal and boasts a draughtrestriction of Bulk of 17.5m LOA: Multi-Purpose Terminal 6 SeriesNet LOA is 590m for all 3 berths Multi-Purpose Terminal 7 SeriesNet LOA is 550m for all 3 berths Dry Bulk Terminal differs fromberth to berth with maximum
270m and minimum 200mAdditional Information: TransnetPort Terminals services include: • Blending, on customer request. • Grade facilitation/management • Stock pile management(Receiving, stockpiling andmonitoring, berth allocations forvessels and shipping) • Export loading done viaconveyor belt fastloading, skiploading and mobile crane. • Import loading done viaconveyor belt and mobile crane • Container handling facility
RICHARDS BAYRichards Bay CoalTerminalPO Box 56Richards BayKwaZulu Natal3900South AfricaContact: Mr Ronald LlaleJob Title: Acting Corporate AffairsManagerT: + 27 35 904 4015F: + 27 35 907 7200E: [email protected]: www.rbct.co.zaExport: YesLocation: North east coast ofSouth Africa.Ownership: Privately ownedName of Port Authority: NationalPorts Authority of South AfricaThroughput Capacity: 72 milliontons paTotal Storage: 6.7 million tonsVessel Size Limitation: 17.5mdraft
GIJÓNEBHI - European BulkHandling InstallationMuelle Marcelino León s/nEl MuselGijónAsturias33212SpainContact: Mr Laureano LouridoJob Title: Managing DirectorT: + 34 985 308 507F: + 34 985 308 123E: [email protected]: www.ebhi.esImport: YesLocation: North coast of Spain.Ownership: EBHIName of Port Authority: Gijón PortAuthority
Throughput Capacity: 5,000 tph ,18 million/yearTotal Storage: 150,000 sqmVessel Size Limitation: No LOA /DWT limitation . 18m draught (59feet)Additional Information: Recentupgrades to our facilities:Monitored distance unloading andautomatic unloading system andunloading simulator (BAT project).
LA CORUÑAMuelle del CentenarioAutoridad Portuaria de la CorunaAvda de la Marina 3La Coruña15002SpainContact: Mr Luis FelipeFernandez RuedaT: + 34 981 22 74 02F: + 349 81 205 862E: [email protected]: www.puertocoruna.comImport: YesExport: YesLocation: North West of SpainName of Port Authority: A CoruñaThroughput Capacity: 150,000tTotal Storage: 25,000sqmVessel Size Limitation: Max.Draught 15.5m
LA CORUÑAT.M.G.A. SLCuesta de la Palloza1-EntloLa Coruña15006SpainContact: Mr Juan IbanezJob Title: Managing DirectorT: + 34 981 175690F: + 34 981 227556E: [email protected]: www.tmga.es
LA CORUÑATerminales Maritimosde Galicia, S.L.Muelle Calvo Sotelo S/NLa Coruña15006SpainContact: Mr Iago Mallo SanzJob Title: Technical ManagerT: + 34 981 12 61 69F: + 34 981 12 22 35E: [email protected]: www.tmga.esImport: YesLocation: North West of SpainName of Port Authority: LaCoruñaTotal Storage: 8,500sqmVessel Size Limitation: Maxdraught 14m
VÄSTERÅSMälarhamnar ABBox 3013Västerås720 03SwedenContact: Mr Magnus JohanssonJob Title: Sales ManagerT: + 46 21 150100F: + 46 21 150145E: [email protected]: www.malarhamnar.seLocation: In the lake of Mälarenwe have two ports, one in Köpingand one in Västerås, Sweden.Total Storage: 155,000sqmVessel Size Limitation: 7 Berths.Recieving ships up to 7000 tonsnet weight.Additional Information: Cranes,loaders, Rechstackers, trucks,etc. Ongoing investments to receive13 000 tons. Reaching 1/3 ofSwedens population within 200km radius (3 million people.)
SWITZERLANDBASELPort of SwitzerlandHochbergerstrasse 160BaselCH-4019SwitzerlandContact: Ms Carmen KollerT: + 41 61 639 9577F: + 41 61 639 9514E: [email protected]: www.port-of-switzerland.chImport: YesLocation: North East ofSwitzerland, at the banks of theRhine riverOwnership: Port area is owned bythe community and leased toprivate companies for operation
Name of Port Authority:Schweizerische Rheinhäfen/ Portof SwitzerlandThroughput Capacity: 7 mio tpaTotal Storage: Open storage:180,000 sqmVessel Size Limitation: L 135 m,W 23 m, Draught 3.20 mAirdraught 7.00 mAdditional Information: 132,642 tcoal imported in 2010.
F: + 31 20 684 7024E: [email protected]: www.majastuwadoors.nlImport: YesLocation: Port of Amsterdam,Rotterdam, NetherlandsOwnership: Privately ownedName of Port Authority: MajaThroughput Capacity: approx. 4million tons a yearVessel Size Limitation: Capesizevessels discharging on the buoysAdditional Information: Floatingoperation with floating cranes inthe ports of Amsterdam andRotterdam. Operating with 8floating cranes with capacitiesupto 1.000 mtph.
AMSTERDAMOBA - Bulk TerminalAmsterdamWesthavenweg 70Amsterdam1042 ALThe NetherlandsContact: Mr Hans MattheyerJob Title: Commercial ManagerT: + 31 20 587 3750F: + 31 20 611 6908E: [email protected]: www.oba-bulk.nlImport: YesExport: YesLocation: IJmuiden & AmsterdamWesthaven with good access viathe Amsterdam Rhine canal to theriver Rhine.Ownership: 50% HES Beheer /50% Ovet HoldingName of Port Authority: Port ofAmsterdamThroughput Capacity: Totalhandling capacity more than100.000 tonnes per dayTotal Storage: 600,000 sqm openstorage (space for 2.5 milliontonnes of coal), 25,000 sqmcovered storage.Vessel Size Limitation: Maxdraught – 17.8m, 180,000dwt,max beam - 45mAdditional Information: Annualvolume of coal handled approx.20 million tonnes. Unrivalled de-ironing possibilities throughinstalled magnets on transportbelts.
AMSTERDAMRietlanden TerminalsBVPO Box 59191Amsterdam1040KDThe NetherlandsContact: Mr Karl SchotJob Title: Managing DirectorT: + 31 20 506 1144F: + 31 20 613 0724E: [email protected]: www.rietlanden.comImport: YesLocation: The Netherlands,EuropeOwnership: LBH GroupName of Port Authority:Reitlanden Stevedores
W: www.zhd.nlImport: YesLocation: Rotterdam Area(Rotterdam, Dordrecht, Moerdijk)Ownership: Bornet GroupRotterdam (BGR)Name of Port Authority:Rotterdam Port Authority (locationDordrecht and Rotterdam) Havenschap Moerdijk (locationMoerdijk)Throughput Capacity: Dependingon cranes and location. Floatingcranes and shore cranes inDordrecht can achieve up to20.000 tons / 24hTotal Storage: 18 hectaresterminal in Dordrecht (expansion plan of 10 hectaresgreenfield)Vessel Size Limitation: Dordrecht/ Moerdijk terminals: 200 m. Loa, 32,5 m. beam and9,45 m. draught in Dordrecht and8,40 m. in Moerdijk. (lightering inRotterdam by means of floatingcranes can be arranged)
Rotterdam (board-board) : up to Panamax size vessels.Additional Information: ZHD is afamily owned private company,with terminals in Dordrecht andMoerdijk. ZHD is also active withself-propelled floating cranes ( 16,25 and 50 tons !) in Rotterdam fordirect transhipment. ZHD canprovide a 24/7 service at all theirlocations.
ROTTERDAMErtsoverslagbedrijfEuropoort C.V. (EECV)Markweg 131, port number 6250EuropoortRotterdamZuid-Holland3198 NBThe NetherlandsContact: Mr Burkhard DeckerJob Title: Management BoardT: + 31 181 25 77 02F: + 31 181 25 77 03E: [email protected]: www.eecv.nlImport: YesExport: YesLocation: Europoort – Rotterdam,HollandOwnership: Part of ThyssenKruppSteel Europe A.G. and Hüttenwerke Krupp MannesmannGmbHName of Port Authority:Ertsoverslagbedrijf Europoort C.V.(EECV)Throughput Capacity: 7 milliontonsTotal Storage: 1,300,000 tonsVessel Size Limitation: 180,00DWT
ROTTERDAMEuropean BulkServices (EBS) BVElbeweg 117, Port number 58203198 LC Europoort-RotterdamRotterdamZuid Holland3180 AEThe NetherlandsContact: Mr Taco de VriesJob Title: Managing DirectorT: + 31 181 258 147F: + 31 181 258 154E: [email protected]: www.ebsbulk.nlLocation: Rotterdam, TheNetherlands Europoort Terminal andLaurenshaven TerminalOwnership: HES nternationalName of Port Authority: Port ofRotterdamThroughput Capacity: 16 milliontons per year (inc. coal)Total Storage: Covered storagecapacity 430,000 m3. Open-airstorage capacity 1,000,000 tons.Vessel Size Limitation: Depth13.85m Laurenshaven Depth 18.50m EuropoortAdditional Information: Twodedicated terminals situated atstrategic points to provide a fast,efficient and flexible service. For the cleaning of (Russian)coal, Magnet separators havebeen installed at theLaurenshaven terminal.
ROTTERDAMEuropees-MassagoedOverslagbedrijf (EMO)BVPO Box 9000Maasvlakte RTRotterdam3199 XAThe NetherlandsContact: Mr Sjaak RoukemaJob Title: Commercial ManagerT: + 31 181 371113F: + 31 181 371222E: [email protected]: www.emo.nlLocation: Rotterdam-MaasulanteThroughput Capacity: 60 mio tonsTotal Storage: 170 ha of storage,maximum storage capacity of 7mio tonsVessel Size Limitation: Draught23m, max vessel size 360,000dwtAdditional Information: EMOensures an important part of thesupply chain of iron ore and coalneeded for the European steeland electricity industry.
Being in business for nearly a century has allowed us to build a solid reputation with our customers and subcontractors. We can charter tonnage, select the right port; fi nd the best terminals, stevedores and process throughput via road, rail and inland waterway to the fi nal destination. We organize and coordinate all freight inspections, customs affairs and
paper work. Having the best specialists in the cargo handling and transport business, Gans Cargo Operations is able to provide her customers with competitive prices for bulk-, break-bulk and containerized cargoes. Our strong teams of cargo
superintendents monitor all ‘on site’ transactions in the ports of Rotterdam, Antwerp, Amsterdam, Ghent, Terneuzen, Flushing, Ostend and Zeebrugge, as well as every other European port at customer’s request.
If your company is looking to move freight or commodities in bulk and/or containers in and out of Europe, then you need one central cargo manager -Gans. Let us prove what our fast, cost-effective organization can offer you and discover that
there is a better way to move your freight around the world.