For low dry matter grass silage Low DM grass silage • Improves fermentation • Increases digestibility • Improves animal performance • Reduces effluent • Suitable for use in organic systems For Dairy, Beef & Sheep axph ast gold BIOTAL
For low dry matter grass silage
Low DMgrass silage
• Improvesfermentation• Increasesdigestibility• Improvesanimalperformance• Reduceseffluent• Suitableforuseinorganicsystems
For Dairy, Beef & Sheep
Biotal Ltd, Collivaud House, Ocean Way, Cardiff CF24 5PDTel: (029) 2047 5550 Fax: (029) 2047 5598E-mail: [email protected] www.biotal.co.uk
Low dry matter grass silage
Enhanced Animal Performance5
Assumes a milk price of 18.0 ppl; 150 cows; 200 days
Up to a £7000 increase in revenue from extra milk production
Economic Benefits Summary6
axphastgold Benefitvalue
Effluentreduction 50% £1620
Combinedanimalperformancebenefits:-Increasedmilkyield 1.26litres-Improvedmilkbutterfat 0.16units-Improvedmilkprotein 0.07units £6738
TOTAL £8358Figures based on 150 cow herd and a 1500 tonne grass silage clamp at 25% DM
axphastgold
BIOTALaxphastgold
BIOTAL
Production Factor Improvement % increase Cost Benefit (pence/cow/day)
Milkproduction(litres) 1.26litres +4.5% 22.0
MilkButterfat(units) 0.16 +7.8%
MilkProtein(units) 0.07 +2.4%0.46
TOTAL 22.46
Low dry matter grass silage
• Grassfibreismadeupofcellulosefibresheldtogetherinbundlesbyhemicellulose.
• Inthisformthefibreisnotreadilydigestibleastherumenmicrobescannotaccessallpartsofthebundle.
• Biotalaxphastgoldcontainsunique,patentedenzymesthatdegradethishemicellulosefraction.
• Asthehemicellulosedegrades,thecellulosefibresareopenedup,providingagreatersurfaceareaformicrobialattackintherumen,resultinginmoreefficientutilisationofthefibrebytheanimal.
• Somefibrefractionswillbefurtherbrokendown,intosugars.ThisallowsthelacticacidbacteriatolowerpHandpreservelowdrymattergrasssilage.
Using the Biotal enzyme system...
…opens up grass fibre
1
hemicellulose
cellulose fibresMicrobes
hemicellulose
cellulose fibresMicrobes
Improves fermentation2
Stable, well preserved silage with maximum nutrients
Reduces effluent losses3• Effluentproductionfromlowdrymatter
grasssilageisamajorproblem.Itresultsinsilagenutrientlossandincreasestheriskofenvironmentalpollutioninwatercourses.
• Thecostofreplacingnutrientsandstoringeffluentincreasesthecostofproducinggrasssilage.
• Effluentcontainsvaluablemineralsandtraceelements.Italsocontainsproteinandaminoacidsfromgrasssilage.
• Biotalaxphastgoldopensthefibrestructureofthegrassbybreakingdownthehemicelluloselinkages.Grassbecomesmoreabsorbent,retainingmoremoisture,reducingeffluent.
Increases forage digestibility4Biotalaxphastgoldcontainsapatentedenzymepackagewhichimprovesforagefibredigestibility.
Savings of over £1 per tonne in retained nutrients
20% improvement in forage fibre digestibility
axphastgold
BIOTAL
• Fourspecialist,lacticacidbacteriaworktogethertoproducearapidpHdrop.Destroyingundesirablebacteriaandpreventingsecondaryfermentation.
• Biotalaxphastgoldhasshownanincreaseinfibredigestibilityoveran8hourperiod.Thisistheaveragerumendwelltimefordairycows.
• Increasedenergyavailabilityfromforage.
• Rumenmicrobeshaveabilitytoutilisemorefibreasanenergysourceintheproductionofmicrobialprotein.
• AhighermicrobialproteinsupplyincreasesmilkyieldandDLWG. 0
5
10
15
20
25
27%improvement
20%improvement
30
38
0
Dig
esti
bil
ity
(%)
Time (hours)
- Control - axphast gold
19%improvement
pH
req
uir
emen
t
pH
Lact
ic a
cid
(%)
Time (days)
0 2 4 6 8 10 12
Numbers of spoilage bacteria, yeasts and moulds
Lactic acid
pH
14 16
1
0
3
2
5
4
7
6
8
10
9
3.5
3
6
9
15
12
3.6
3.7
3.8
3.9
4.0
4.1
4.2
4.3
4.4
4.5
Effluent production from low dry matter silage (litres/tonne)
250100
- axphast gold - Control
Therecommendedmaximumamountofeffluentproductionis200litrespertonne.
• LowerdrymattergrassrequiresalargerpHdroptoensurethatallnutrientsarepreserved.
• IfthepHdropisnotlowenough,undesirablebacteria,suchasclostridiaandentrobacteria,willnotbedestroyed.
• Thesebacteriabreakdowntrueproteinintoammonia.Resultinginasecondaryfermentation.
• Biotalaxphastgoldisaspecialistgrasssilageadditive.Itworksmosteffectivelyongrassbetween20and30%drymatter.
pH
req
uir
emen
t
Grass dry matter (%)
1520
2530
3.5
3.6
3.7
3.8
3.9
4.0
4.1
4.2
4.3
4.4
4.5
Low dry matter grass silage
• Grassfibreismadeupofcellulosefibresheldtogetherinbundlesbyhemicellulose.
• Inthisformthefibreisnotreadilydigestibleastherumenmicrobescannotaccessallpartsofthebundle.
• Biotalaxphastgoldcontainsunique,patentedenzymesthatdegradethishemicellulosefraction.
• Asthehemicellulosedegrades,thecellulosefibresareopenedup,providingagreatersurfaceareaformicrobialattackintherumen,resultinginmoreefficientutilisationofthefibrebytheanimal.
• Somefibrefractionswillbefurtherbrokendown,intosugars.ThisallowsthelacticacidbacteriatolowerpHandpreservelowdrymattergrasssilage.
Using the Biotal enzyme system...
…opens up grass fibre
1
hemicellulose
cellulose fibresMicrobes
hemicellulose
cellulose fibresMicrobes
Improves fermentation2
Stable, well preserved silage with maximum nutrients
Reduces effluent losses3• Effluentproductionfromlowdrymatter
grasssilageisamajorproblem.Itresultsinsilagenutrientlossandincreasestheriskofenvironmentalpollutioninwatercourses.
• Thecostofreplacingnutrientsandstoringeffluentincreasesthecostofproducinggrasssilage.
• Effluentcontainsvaluablemineralsandtraceelements.Italsocontainsproteinandaminoacidsfromgrasssilage.
• Biotalaxphastgoldopensthefibrestructureofthegrassbybreakingdownthehemicelluloselinkages.Grassbecomesmoreabsorbent,retainingmoremoisture,reducingeffluent.
Increases forage digestibility4Biotalaxphastgoldcontainsapatentedenzymepackagewhichimprovesforagefibredigestibility.
Savings of over £1 per tonne in retained nutrients
20% improvement in forage fibre digestibility
axphastgold
BIOTAL
• Fourspecialist,lacticacidbacteriaworktogethertoproducearapidpHdrop.Destroyingundesirablebacteriaandpreventingsecondaryfermentation.
• Biotalaxphastgoldhasshownanincreaseinfibredigestibilityoveran8hourperiod.Thisistheaveragerumendwelltimefordairycows.
• Increasedenergyavailabilityfromforage.
• Rumenmicrobeshaveabilitytoutilisemorefibreasanenergysourceintheproductionofmicrobialprotein.
• AhighermicrobialproteinsupplyincreasesmilkyieldandDLWG. 0
5
10
15
20
25
27%improvement
20%improvement
30
38
0
Dig
esti
bil
ity
(%)
Time (hours)
- Control - axphast gold
19%improvement
pH
req
uir
emen
t
pH
Lact
ic a
cid
(%)
Time (days)
0 2 4 6 8 10 12
Numbers of spoilage bacteria, yeasts and moulds
Lactic acid
pH
14 16
1
0
3
2
5
4
7
6
8
10
9
3.5
3
6
9
15
12
3.6
3.7
3.8
3.9
4.0
4.1
4.2
4.3
4.4
4.5
Effluent production from low dry matter silage (litres/tonne)
250100
- axphast gold - Control
Therecommendedmaximumamountofeffluentproductionis200litrespertonne.
• LowerdrymattergrassrequiresalargerpHdroptoensurethatallnutrientsarepreserved.
• IfthepHdropisnotlowenough,undesirablebacteria,suchasclostridiaandentrobacteria,willnotbedestroyed.
• Thesebacteriabreakdowntrueproteinintoammonia.Resultinginasecondaryfermentation.
• Biotalaxphastgoldisaspecialistgrasssilageadditive.Itworksmosteffectivelyongrassbetween20and30%drymatter.
pH
req
uir
emen
t
Grass dry matter (%)
1520
2530
3.5
3.6
3.7
3.8
3.9
4.0
4.1
4.2
4.3
4.4
4.5
For low dry matter grass silage
Low DMgrass silage
• Improvesfermentation• Increasesdigestibility• Improvesanimalperformance• Reduceseffluent• Suitableforuseinorganicsystems
For Dairy, Beef & Sheep
Biotal Ltd, Collivaud House, Ocean Way, Cardiff CF24 5PDTel: (029) 2047 5550 Fax: (029) 2047 5598E-mail: [email protected] www.biotal.co.uk
Low dry matter grass silage
Enhanced Animal Performance5
Assumes a milk price of 18.0 ppl; 150 cows; 200 days
Up to a £7000 increase in revenue from extra milk production
Economic Benefits Summary6
axphastgold Benefitvalue
Effluentreduction 50% £1620
Combinedanimalperformancebenefits:-Increasedmilkyield 1.26litres-Improvedmilkbutterfat 0.16units-Improvedmilkprotein 0.07units £6738
TOTAL £8358Figures based on 150 cow herd and a 1500 tonne grass silage clamp at 25% DM
axphastgold
BIOTALaxphastgold
BIOTAL
Production Factor Improvement % increase Cost Benefit (pence/cow/day)
Milkproduction(litres) 1.26litres +4.5% 22.0
MilkButterfat(units) 0.16 +7.8%
MilkProtein(units) 0.07 +2.4%0.46
TOTAL 22.46