April, 2018 Global Bio-economy Summit 2018 Bio Chemical Business of Mitsubishi Chemical 19 th April 2018 Y.Fujimori Senior Assistant Director Division General Manager Mitsubishi Chemical Corporation
April, 2018GlobalBio-economySummit2018
BioChemicalBusinessof
MitsubishiChemical19th April2018
Y.FujimoriSeniorAssistantDirectorDivisionGeneralManager
MitsubishiChemicalCorporation
April, 2018
2
Mitsubishi Chemical Overview
As of April 1, 2018
■Company Name Mitsubishi Chemical Corporation■Head Office 1-1 Marunouchi 1-chome, Chiyoda-ku,
Tokyo 100-8251, JapanTEL +81-3-6748-7300
■Date of Foundation August 31, 1933
■Date of Establishment
April 1, 2017
■Paid-in Capital JPY53.229 billion
■Representative Masayuki Waga, President & CEO
■Sales revenue JPY2,390.9 billion (≒200 MMEUR)(calculated from the simple sum of figures of FY2016)
■Business Bases 4 branch offices, 7 R&D centers, 15 plants, 4 regional headquarters
■Number of Employees(Consolidated)
40,914(as of March 31, 2017)
April, 2018
A member of MCHC Group
4
Performance Products
Health Care
IndustrialMaterials
*1: Listed All figures for the fiscal year ended March 2017(FY2016) [*2: Calculated from the simple sum of figures of FY2016]
100%
Mitsubishi Chemical Corp.
Sales revenue(consolidated)
JPY133.8 billion
Number of employees (consolidated)
4,837
BusinessesHealth & medical ICT, advanced medication drug development &
manufacturing solutions
Sales revenue(consolidated)
JPY423.9 billion
Number of employees (consolidated)
7,280
BusinessesPharmaceuticals etc.
Sales revenue(consolidated)
JPY581.5 billion
Number of employees (consolidated)
15,860
BusinessesIndustrial gases
& related equipment / devices etc.
Sales revenueJPY2,390.9 billion
Number of employees(consolidated)
40,914
BusinessesPerformance products, industrial materials etc.
Group companies Group companies Group companies Group companies
56.3%
Mitsubishi TanabePharma Corp.
100% 50.6%
Life Science Institute, Inc.
TAIYO NIPPONSANSO CORP.
<Business Domain>Consolidated sales revenue IFRS JPY3,376.1 billionNumber of employees (consolidated) 69,291
Mitsubishi Chemical Holdings Group
*2
*1
*1 *1
April, 2018
5
We have come to believe that what the MCHC Group should aim for is
“a sustainable condition which is comfortable for people, society and the Earth, transcending time and generations.”
This condition is expressed by our original concept KAITEKI.
“THE KAITEKI COMPANY” defines us as a group in which each member thinks and acts toward the realization of
KAITEKI.
With the joint efforts of the MCHC Group, we will create KAITEKI by providing optimum solutions
to solving social and environmental issues through our products and services.
Moreover, to share this idea with people around the world, we will take the initiative and act as THE KAITEKI COMPANY.
Group Vision
April, 2018
Our Business Domains
Carbon MMA
Advanced PolymersPerformance PolymersEngineering PolymersSustainable Resources
High PerformanceChemicals
Information,Electronics & Displays
High Performance Films
Environment& Living Solutions
New Energy
6
Advanced Moldings& Composites
Petrochemicals
April, 2018
Mitsubishi Chemical Corporation-Organization-
7
P etro ch em icals B asic Petrochem icals D ept.
B u sin ess D o m ain U tility D ept.
Junichi O kam oto Polyolefins D iv. Polyolefins O ffice
C 2 D erivatives D ept.
C 3 D erivatives D ept.
C 4 D erivatives D ept.
T erephthalic A cid D ept.
Sales/C ustom er R elations D ept.
Planning O ffice
T echnology C ordination O ffice
C arb o n B u sin ess D o m ain C oke/C arbon M aterials D ept.
T eijirou N ishitaniC arbon B lack/S ynthetic R ubber
D iv.
C arbon Planning D ept.
M M A B u sin ess D o m ain C hem icals D ept.
T akashi M iyaki A N D ept.
S pecialty R esins/Plastics D ept.
Europe D ept.
U S D ept.
M M A Planning D ept.
A d van ced P olym ers Perform ance Polym ers D ept.
B u sin ess D om ain G lobal B usiness O ffice
M o to h iro S eki Phenol/Polycarbonate D ept.
Polyester D ept.
S u stain ab le
R esou rces D iv.
S u stain ab le R esou rces
D ep t.
Planning O ffice
T echnology C ordination O ffice
H ig h P erfo rm an ce Perform ance C hem icals D ept.
C h em icals B u sin ess D o m ain S pecialty C hem icals D ept.
M asahiro Yoshikaw a Epoxy R esins D ept.
Fine C hem icals D ept.
Inorganic C hem icals D ept.
M ET A B LEN D ept.
Food Ingredients D iv. Em ulsifier D ept.
H igh Perform ance C hem icals
Planning D iv.
Perform ance Polym ers D iv.
Engineering Polym ers D iv.
A dvanced Polym ers
Planning D ept.
Perform ance C hem icals D iv.
Perform ance M aterials D iv.
M M A Europe/U S D iv.
B asic Petrochem icals D iv.
B asic C hem ical D erivatives
D iv.
Petrochem icals Planning
D ept.
C arbon Products D iv.
M M A A sia D iv.
In fo rm atio n , E lectro n ics & Polyester Film D ept.
D isp lay B u sin ess D o m ain Polyester C onverted Film D ept.
Johei T akim oto D isplay Film s D ept.
Polyester Film R & D C enter
D isplay M aterials D ept.
Im aging M aterials D ept.
S em iconducter M aterials D ept.
A cetyl D iv. PM I D ept.
Planning O ffice
T echnology C ordination O ffice
H ig h P erfo rm an ce Film s Packaging Film s D iv. Food Packaging D ept.
B u sin ess D o m ain Industrial/M edical Film s D ept.
Yousuke Egaw a A crylic Film s D ept.
H ostaphan D iv. H ostaphan O ffice
C ordination O ffice
D evelopm ent O ffice
E n viro n m en t/Livin g A qua S olutions O ffice
S o lu tio n s B u sin ess D o m ain S eparation M aterials D ept.
H itoshi S asaki A gricultural S olutions D ept.
Infrastructure S olutions D ept.
Environm ent/Living Solutions
Planning D ept.
A d van ced M o ld in g s &H igh Perform ance Engineering
Plastics D iv.Q uadrant O ffice
C o m p o sites B u sin ess D o m ain Filter T ow D ept.
S teve Yurich Fibers M aterials D ept.
C arbon Fiber/C om posites M aterials
D ept.
C om posite Products D ept.
A lpolic D ept.
Fundtional M olding Products D ept.
A dvanced M oldings System s D ept.
A lum ina Fiber & Light M etal
Products D iv.
A lum ina Fiber & Light M etal
Products D ept.
A dvanced M oldings &
C om posites Planning D ept.
N ew E n erg y B u sin ess Electrolyte D ept.
D o m ain A node M aterial D ept.
Yoshitaka A raki LED M aterials D ept.
H igh Energy R ay Transduction
M aterials Project
O PV Project
N ew Energy Strategy & Planning
D ept.
Fibers/T extile D iv.
C arbon Fiber/C om posites
M aterials D iv.
Functional
M oldings/C om posite D iv.
Lithium Ion B attery
M aterials D iv.
Energy T ransduction D evice
M aterials D iv.
Infrastructure S olutions &
A gricultural M aterials D iv.
O ptical Film s D iv.
Inform ation/Electronics D iv.
Inform ation, Electronics &
D isplay Planning D ept.
Industrial Film s D iv.
H igh Perform ance Film s
Planning D ept.
A qua/S eparator S olutions
D iv.
April, 2018
10
Our Concepts for Bio-business;
Providesociety1.withmaterialsmadefromrenewableresourcesbyefficientandleanproductionprocess
2.withchemicallyuniquebiomassmaterialsspecificallyproducedfrombio-feedstock
feedstock
Oil Products DerivativesTM
Plant
1.
TM
Productsroute to unique products
2.
April, 2018
Portfolioofourbiopolymers
Petroleum resource base
Bio-degradable (Non-degradable)
Durable
PHA
PVCPS
PEPP
PET
PLA Bio PE
PA610
PTT
Bio-PET
PBATBiodegradablepolymers
High-functionpolymers
12
Plant base+
Higher function
Plant base
TMTM
April, 2018
WhatisBioPBS?
BioPBS complies with many certifications like FCN, EU directive, GB9685(CN) and PL(JP)
Bio-Succinic Acid1,4-Butanediol + H2O
+Esterification /
Polycondensation
Catalyst, Δ
Raw sugar
isaplant-basepolyesterwithexcellentbio-degradability&uniqueproperties• Theworldfirstplant-basepolybutylenesuccinate(PBS).CommercialplantinThailandatJVwithPTTGr startedin2016
MarineDegradabilityNowunderevaluation
April, 2018Bio based
Biodegradability
Heatresistance
Flexibility
Transparency
Tear strength Compatibi
lity withnatural fibers Low temp heat-sealing
PLAPBAT
UtilizationofBioPBS
Flexuralm
odulus
TensileElongation
PLA
Starch
PP
PE
PET
CompoundUse
Biobased
Non-biobased
PS
PBAT
April, 2018
b. Plant-basebiodegradableplastics
Bio based
Biodegradability
Heatresistance
FlexibilityTransparency
Tear strength
Compatibility withnatural fibers Low temp heat-sealing
PLAPBAT Produced by
JV with PTT, Thailand
is a plant-base polyester with excellent bio-degradability & unique properties• The world first plant-base polybutylene succinate(PBS). A monomer, succinic acid is plant base
• 20,000 MT/year commercial plant at JV with PTT started in 2016• Standout features are excellent biodegradability at ambient temperature and compatibility with various kinds of materials such as natural fibers
Shopping bag
Coffee capsule
Beverage service
Retailers supply 1
7
Fiber-plastics composite
Automobiles
One-way tableware
Livingwares
Po t en t ia l o f B ioPBS ™/PLA C o m p o u n dFlexuralm
odulus
TensileElongation
PLA
Starch
PP
PE
PET PBSCompound
PotentialPBS/PLACompound
Biobased +biodegradable
Non-biodegradable
Biobased +biodegradable
PS
C omm erc ia l i z ed w or ld w id e
Morethan
1,000 branchesofCaféAmazonnationwide
Thebiggestcinemamovietheater“MajorCineplex”withBioPBS™popcornbucket
2013Europeancoffeebrands
2014
CoffeebrandsinEU&US
2016
US’sfranchiserestaurant
2017
Straw
Teabag
Barrierpackaging
Cutlery
Paperboxes
Sugarpouch/Hotelamenity
Multifilm
Compostbags
April, 2018
Marine Biodegradability
0
10
20
30
40
50
60
70
80
90
100
0 14 28 42 56 70 84 98 112 126 140 154 168 182
Biod
egra
datio
n, %
Time (days)Cellulose FD92 Target
Cellulose
Alreadycommercializedforscrubapplication
April, 2018
トピックス:旭化成アドバンス向け(ハンドクリーナー用スクラブ)
○顧客:旭化成アドバンス(株) ○⽤途:業務⽤ハンドクリーナー(スクラブ材)○期待数量:30T/y ○スケジュール:18/6⽉量産試作、18/8⽉〜量産○採⽤ポイント : Bio由来・⽣分解性
Food/nonFoodbags Stand-uppouch(Barrier)
Coffeebag(Barrier)
Papercup/Foodbox
Lid Cutlery 3DPrinting Agr.Mulch Film
Coffeecapsule Fiber;NonWoven,Teabag Autoparts Woodboard
Current&TargetApplicationofBioPBS
April, 2018
provides unique properties to final products
• WeofferanewPCDaselementofurethanewithcharacteristiccompositionintegratedplant-basemolecules
– 1,000MT/ycapacity
WhatisBENEBiOL?
is a plant-base polycarbonatediol (PCD)
HO R OCO R
O
OHn
Synthetic / Artificial leather Paint / Coating materials
TPU
24
Flexible at low temperatureAbrasion resistanceChemical resistanceWeather resistanceHydrolysis resistanceHigh hardness
High mechanical properties
April, 2018
O
O
OHHO
O
O
OO
COm
IsosorbideMonomerSorbitolGlucose
+ Co-monomers
X n
WhatisDURABIO?
Besides its high transparency and excellent optical properties,features excellent scratch resistance, weatherability,
and impact resistance.
April, 2018
What is DURABIO?
OHHOCH3
CH3
O
O
OHHO
O
O
OO
COm
Bisphenol-A(BPA)
OOCH3
CH3
CO m
BPA-PC
Isosorbide monomer
DURABIOTM
Phenol / Acetone
Oil
Sorbitol
Plant-derivedGlucose
oxygen-containingAlicyclic PolycarbonateCo-polymers
AromaticPolycarbonate
Co-monomersX
X n
DURABIOTM(Durable + BioPolymer)is a High Performance Transparent Plasticderived from a Plant-based Renewable Resource
April, 2018Glass Substitution(Weight Saving)
Polycarbonate
PMMA
DURABIOTM
Transparency Low Birefringence
FlexibilityStretch Orientation
Impact Resistance
Heat Resistance
Bio-based Flame Retardancy
Surface Hardness
UV Resistance
Renewable
Safety
Paint-free, Coating-free(Reduction of VOC)
Weather-resistance(Resources Saving)
DURABIO PMMAPC
PC(3B)
DURABIO(F)
DURABIO PC
DURABIO PMMA
DURABIO PC
Performance and applications
April, 2018
LED lighting
Cosmetic containers E&E housings
FPD front panels
UV Stability Biomass
Optical (Glass substitution)Optical films
Lighting sheet
Scratch ResistanceAutomotiveInterior parts Cell PhonesSunglasses
Film-laminated steel sheet
Noise barrier wall
ApplicationofDURABIO
April, 2018
Confidential
Applications, Optical devices
SHARPandMCCjointlygot10th Bio-plasticAwardin2015
April, 2018
FortheExpansionofBio-materials
feedstock
Oil Products DerivativesTM
Plant
1.
TM
Productsroute to unique products
2.
1.Regulation,SocialRecognition–Oriented
2.DiscoveryofSpecialCharacteristics,Usage-Oriented
Frombothsideoftheseconceptsabove,Wearewillingtoexpandbio-economy,Andreadytoco-operatewithwhomitmayconcernwithouraccumulatedknow-howandtechnology
April, 2018
FortheExpansionofBio-products• DURABIOは売れて、PBSは売れないという話
• 特徴・用法の発見、規制、特許ライセンス協業
feedstock
Oil Products DerivativesTM
PlantTM
Productsroute to unique products