Mitsubishi Gas Chemical
Sustainability Data Book 2023

Published on October 1, 2023
Mitsubishi Gas Chemical Company, Inc.

Environment
Production­related Inputs and Outputs | Raw Materials / Production Volume | Basic Approach to Climate
Change Mitigation | Greenhouse Gas (GHG) Emissions | Basic Approach to Resource Use |Energy Management | Water Resources | Resource Recycling | PRTR Law Substances |Pollution Prevention | Environmental Accounting | Biodiversity Conservation Project Expenditures |Environment­related Accidents / Violations of Environmental Laws and Regulations | Status of ExternalCertification

Production­related Inputs and Outputs (Non­consolidated)
Input

OutputRaw materials

0.69MtProduction volume

0.74MtEnergy (as crude oil equivalent)

570ML

GHG emissions

0.80Mt­CO2­e

Water withdrawal

32Mm3

Water discharge

28Mm3

External waste discharge

11kt

Recycling

16kt

Raw Materials / Production Volume (Non­consolidated)
Indicator

Unit

FY2019FY2020

FY2021

FY2022

Raw material input

kt

764

704

770

693

Production volume

kt

1,373

1,144

1,011

739

Basic Approach to Climate Change Mitigation
1. Formulate targets for reducing Scope 1 and 2*1 GHG emissions and steadily reduce them throughplanning, execution, monitoring and reassessment.
2. Assess, manage, monitor and proactively disclose Scope 3*2 GHG emissions and take action to
reduce them in collaboration with suppliers.
3. Improve energy efficiency and raw materials’ carbon cycle and promote energy transition towardrealization of a zero­carbon society by 2050.
4. Contribute to solving energy and climate change challenges through business operations bydeploying innovative process technologies and factoring whole­lifecycle GHG emissions into designand development processes.
5. Disclose information through climate change initiatives*3.
*1 Scope 1 emissions are GHG emissions directly generated by MGC. Scope 2 emissions are indirect GHG emissions
associated with the use of energy (mainly electric power) purchased from external suppliers.
*2 Scope 3 emissions are indirect GHG emissions generated in supply chains through organizational activities such as raw
material sourcing, manufacturing, distribution, sales and waste disposal.
*3 MGC proactively participates in various collaborative activities to mitigate climate change (climate change initiatives)

1

Mitsubishi Gas Chemical
Sustainability Data Book 2023

Published on October 1, 2023
Mitsubishi Gas Chemical Company, Inc.

Greenhouse Gas (GHG) Emissions
Scope1+2(Consolidated)
Indicator

Unit

FY2019FY2020

FY2021

FY2022Non­
consolidated

Consolidated

Consolidated

Consolidated

CO2 emissions from non­energy use kt­CO2­e

768

1,283

1,379

1,221

CO2 emissions from non­energy use kt­CO2­e

78

75

101

91

CH4

kt­CO2­e

1

4

3

14

N2O

kt­CO2­e

1

1

0

1

HFCs

kt­CO2­e

1

1

3

1

PFCs

kt­CO2­e

0

0

0

0

SF6

kt­CO2­e

0

0

0

0

kt­CO2­e

0

0

0

0

kt­CO2­e

849

1,363

1,487

1,327

Scope1

kt­CO2­e

603

653

770

744

Scope2 (market based)kt­CO2­e

247

709

717

584

GHG emissions intensity ratio perunit to salest­CO2­e /million yen

2.4

2.3

2.1

1.7

NF3
Total*

1*1 Due to rounding off figures, there are places where the sums for each item do not match the total.
*Data for prior fiscal years were revised to reflect changes in the Group’s composition and revision of calculation standards.
*For the above table’s reporting boundaries, see page 21.
※ We have reviewed past data and revised figures.

Scope３(Consolidated)
Category

Unit

FY2019FY2020

FY2021

FY2022Non­
consolidated

Consolidated

Consolidated

Consolidated

Purchased goods and services

kt CO2­e

5,010

6,110

7,780

6,136

Capital goods

kt CO2­e

45

109

161

179

Activities related to fuels andenergy not includable in Scopes 1
and 2

kt CO2­e

101

235

266

275

Transportation and distribution(upstream)

kt CO2­e

626

642

703

310

Waste generated in operations

kt CO2­e

<4

6

5

8

Business travel

kt CO2­e

<4

1

1

0

Employee commuting

kt CO2­e

<1

1

1

1

Leased assets (upstream)
Transportation and distribution(downstream)
Processing of sold products

kt CO2­e

<8

7

7

6

kt CO2­e

158

212

150

53

kt CO2­e──Use of sold products

kt CO2­e──End­of­life treatment of soldproducts

kt CO2­e

2,026

Leased assets (downstream)

kt CO2­e

34

Franchises

kt CO2­eInvestments

kt CO2­eTotal

kt CO2­e

0
─

─
75

419

1,824

2,207

3,045

26

1

1

0
─

8,018

─

9,172

0

0

─

─

11,35810,434*Due to rounding off figures, there are places where the sums for each item do not match the total.
*Data for prior fiscal years were revised to reflect changes in the Group’s composition and revision of calculation standards.
*For the above table’s reporting boundaries, see page 21.
※ We have reviewed past data and revised figures.

2

Mitsubishi Gas Chemical
Sustainability Data Book 2023

Published on October 1, 2023
Mitsubishi Gas Chemical Company, Inc.

GHG emissions per unit of sales（Non­consolidated）
Indicator

Unit

GHG emissions(Non­consolidated)

kt CO2­e

FY2019849

FY2020780

FY2021812

FY2022726

GHG emissions per unit of sales

kt CO2­e /million yen

0.00240.00230.00190.0015

GHG Emissions in Transportation Sector（Non­consolidated）
Indicator

Unit

FY2019FY2020

FY2021

FY2022

By rail

kt CO2­e

0.58

0.57

0.60

0.62

By ship

kt CO2­e

10.8

9.9

11.5

10.4

By truck

kt CO2­e

16.2

16.2

16.9

15.1

Basic Approach to Resource Use
The MGC Group promotes efficient utilization of fuel and other resources (including product raw
materials) and development of innovative process technologies at its domestic and overseas
production sites and contributes to reduction in GHG emissions.

Energy Management
Energy Use (Ratio of grid power, renewable energy and self­generated energy)(Non­consolidated)
Indicator

Unit

FY2019FY2020

FY2021

FY2022

Total energy use*MWh3,482,864

3,200,968

3,475,701

3,182,497

Ratio of grid power

─

9.8%

9.7%

9.4%

9.6%

Ratio of renewable energy

─

0.0%

0.0%

0.0%

0.0%

Total self­generated energy

MWh272,094

243,556

260,992

243,480*Calculated based on SASB standards※ We have reviewed past data and revised figures.

Energy Use (Ratio of grid power, renewable energy and self­generated energy)(Consolidated)
Indicator

Unit

FY2019FY2020

FY2021

FY2022

Total energy use*

MWh

─

─

─

5,065,871

Ratio of grid power

─

─

─

─

17.5%

Ratio of renewable energy

─

─

─

─

0.0%

Total self­generated energy

MWh

─

─

─

264,238*Calculated based on SASB standards*For the above table’s reporting boundaries, see page 21.

3

Mitsubishi Gas Chemical
Sustainability Data Book 2023

Published on October 1, 2023
Mitsubishi Gas Chemical Company, Inc.

Energy Use (Ratio of renewable/non­renewable energy)(Non­consolidated)

Indicator

Unit

FY2019FY2020

FY2021

FY2022

Nonrenewable fuels purchased andconsumed (A)(nuclear power, coal, oil, natural gas, etc.)

MWh2,831,478

2,607,820

2,820,676

2,597,636

Nonrenewable Electricity purchased (B)MWh­purchased
electricity

340,631309,315331,496

304,480MWh377,594

345,762

392,187

342,853

MWh

0

10

12

18,989Non­renewable energy sold (E)(electricity, heating, cooling)MWh66,83961,92868,65862,473

Total non­renewable energy consumed(A+B+C­E)

MWh

3,482,864

3,200,968

3,475,701

3,182,497

Steam, heat, cooling and othernonrenewable energy purchased (C)Renewable energy purchased or
generated. (D)(wind, energy solar, biomass, hydroelectric,
geothermal etc.)※ We have reviewed past data and revised figures.

Energy Use (Ratio of renewable/non­renewable energy)(Consolidated)

Indicator

Unit

FY2019FY2020

FY2021

FY2022

Nonrenewable fuels purchased andconsumed (A)(nuclear power, coal, oil, natural gas, etc.)

MWh

─

─

─

3,355,691

Nonrenewable Electricity purchased (B)MWh­purchased
electricity

─

─

─

887,768

MWh

─

─

─

884,885

MWh

─

─

─

60,823Non­renewable energy sold (E)(electricity, heating, cooling)

MWh

─

─

─

62,473

Total non­renewable energy consumed(A+B+C­E)

MWh

─

─

─

5,065,871

FY2020

FY2021

Steam, heat, cooling and othernonrenewable energy purchased (C)Renewable energy purchased or
generated. (D)(wind, energy solar, biomass, hydroelectric,
geothermal etc.)*For the above table’s reporting boundaries, see page 21.

Energy Use (crude oil equivalent)(Non­consolidated)

Indicator

Unit

Production and research divisions,
Corporate Sector

ML­crude oil
equivalent

FY2019FY2022

393

359

380

348

Logistics divisionML­crude oil
equivalent

10

10

10

10

Energy intensity(Logistic division)

KL/million­ton
kilo

19

20

20

21

※ We have reviewed past data and revised figures.

Energy Use (crude oil equivalent)(Consolidated)

Indicator

Unit

FY2019FY2020

FY2021

Production and research divisions,
Corporate Sector

ML­crude oil
equivalent

─

─

─

*For the above table’s reporting boundaries, see page 21.

4

FY2022633

Mitsubishi Gas Chemical
Sustainability Data Book 2023

Published on October 1, 2023
Mitsubishi Gas Chemical Company, Inc.

Energy consumption per unit of sales (Non­consolidated)
Indicator

Unit

FY2019FY2020

FY2021

FY2022

Energy use

ML­crude oil
equivalent

393

359

380

348

Energy consumption per unit ofsalesML­crude oil
equivalent /million yen

0.001120.00104

0.000890.00074※ We have reviewed past data and revised figures.

Water Resources (Non­consolidated)
Water Resource Risk Management
MGC uses large quantities of water, both as a raw material of chemical products and for various otherpurposes, including steam­heating and cooling in chemical manufacturing processes, product refining
and cleaning containers. To sustainably use water resources essential to manufacturing chemicals,
MGC manages a variety of risks. Specifically, MGC monitors its actual water consumption and uses
water efficiently by measuring water withdrawal, water discharge, water usage and water recycling. In
drawing from water sources, MGC restricts its intake to permitted quantities in accord with applicablelaws or agreements with municipalities. Additionally, MGC discharges wastewater into rivers, the sea
or other public water bodies in compliance with effluent standards after treating it to filter out identified
pollutants. Data on these water­related environmental impacts are presented in detail below.
Additionally, MGC maintains a sanitary water­use environment at all its sites to provide its workforce
with access to properly functioning, safely managed sanitary facilities (wash service).
From a business continuity standpoint, MGC has identified production downtime due to drought or
flooding of production facilities as a water­related risk, formulated a business continuity plan (BCPs)
that addresses this risk and implemented measures to mitigate it. None of the areas in which MGC’s
plants are located has experienced either adverse impacts on production activities due to water stressor conflicts with stakeholders regarding use of water resources.
Meanwhile, MGC sees opportunities in businesses that provide solutions for issues surrounding thecoolant water of air conditioning equipment and cooling systems. Such solutions include water
treatment agents that maintain healthy coolant water quality by killing disease­causing legionellabacteria and a comprehensive water treatment system service offered through affiliate Día Aqua
Solutions Co., Inc.
Going forward, MGC will set qualitative and quantitative targets for efficient water usage to more
effectively preserve water resources.
Approach to water recycling
In the chemical industry, a large proportion of water is used as cooling water, and the water is usually
circulated through cooling towers to reduce its temperature.
If this cooling water were to be used in one pass instead of being circulated, it would be possible toreduce the amount of electricity used by the pump, but the amount of water intake and discharge would
increase by 100 times.
For this reason, we have set a goal of improving the water reuse rate and are working to reduce water
intake.

5

Mitsubishi Gas Chemical
Sustainability Data Book 2023
Use of Water Resources

Published on October 1, 2023
Mitsubishi Gas Chemical Company, Inc.

(Non­consolidated)

Indicator

Unit

FY2019FY2020

FY2021

FY2022

Tap water(Third party water source)

1000ｍ3

1,490

1,521

1,613

1,543

Surface water(fresh water such as lakes,
rivers, etc.)

1000ｍ329,231

30,98033,29630,016Ground water

1000ｍ3

368

392

387

395

Total

1000ｍ331,08932,89335,296

31,954

Sewage system

1000ｍ3

2,047

2,035

2,233

2,038

Ocean/sea

1000M3

9,050

8,540

9,455

9,252

River/lake(freshwater)

1000ｍ3

17,81918,264

19,585

16,686

Other

1000ｍ3

0

0

0

0

Total

1000ｍ3

28,91528,83931,27427,976

Water consumption*1

1000ｍ3

2,174

4,054

4,022

3,978

Percentage of water recycled for use

1000ｍ3460,025

422,047

511,862

478,178

94

93

94

94

Water
withdrawal

Waterdischarge

Ratio of water recycled for use％*1 Water withdrawal ― Water discharge

Amount of water withdrawn per unit of sales
Indicator
Water withdrawal
Amount of water withdrawn per unit ofsales

Water consumption per unit of sales
Indicator
Water consumption(Non­consolidated)

Unit

FY20191000ｍ3
3

1000m /
million yen

FY2021

FY202231,08932,89335,296

31,954

0.088

0.096

0.082

0.068

(Non­consolidated)
Unit

FY20191000ｍ3
3

3,9780.00620.01180.00940.0085(Non­consolidated)％

Target: at least 95%-

FY2019FY202094
×6

FY2022

4,022

Water recycling achievement status

Unit

FY2021

4,054

1000m /
million yen/

Water recycling rate

FY20202,174

Water consumption per unit of sales

Indicator

FY2020

FY202193
×FY202294×

94
×

Mitsubishi Gas Chemical
Sustainability Data Book 2023

Published on October 1, 2023
Mitsubishi Gas Chemical Company, Inc.

Resource Recycling (Non­consolidated)
Waste
Indicator

Unit

FY2019FY2020

FY2021

FY2022

Volume of waste generation

Ton

83,82079,11584,046

79,130Recycled volume(Including post­disposal recycling)Ton

23,96524,913

26,131

21,891

Final disposal volume

Ton

671

388

231

199

Recycling rate

％

29

32

31

28

※ We have reviewed past data and revised figures.

Zero waste emission rate
Indicator

Unit

Amount of final disposal/total amount ofwaste generated％

Target: at most 0.3%­

FY2019FY20200.80
×FY2021

0.49

FY2022

0.27

0.25

×

○

〇

FY201954

FY202055

FY202154

FY202253

FY2019FY2020

FY2021

FY2022※ We have reviewed past data and revised figures.

PRTR Law Substances (Non­consolidated)
Number of notified substances subject to PRTR Law
Indicator
Number of substances

Unit
Substances

Emissions of PRTR Law Substances

Emissions of
PRTR
Substances

Indicator

Unit

Atmosphere

Ton

270

266

239

328

Water bodies

Ton

10

11

11

10

Soil

Ton

0

0

0

0

Total*

Ton

280

277

250

338

*Due to rounding off figures, there are places where the sums for each item do not match the total.

High­emission Substances Notified under the PRTR Law
Government­
designatednumberSubstance

Unit

296

1,2,4­Trimethylbenzene

Ton

150

152

111

206

186

Dichloromethane

Ton

74

77

68

56

80

Xylene

Ton

18

10

28

32

300

Toluene

Ton

12

12

13

18

FY2019FY2020

FY2021

FY2022※ We have reviewed past data and revised figures

Reduction of PRTR Chemical Discharges
In its Responsible Care Medium­term Plan 2023, MGC set a target of reducing its plants’ discharges ofchemicals regulated by Japan’s PRTR Law by 10% relative to FY2020.

7

Mitsubishi Gas Chemical
Sustainability Data Book 2023

Published on October 1, 2023
Mitsubishi Gas Chemical Company, Inc.

Pollution Prevention (Non­consolidated)
Air Emissions
Indicator

Unit

FY2019FY2020

FY2021

FY2022Volatile organic compounds (VOCs)

Ton

375

338

298

379

SOX

Ton

54

64

30

36

NOX

Ton

472

508

368

407

Dust

Ton

25

31

8

12

※ We have reviewed past data and revised figures.

Control of Water Discharge
Indicator

Unit

FY2019FY2020

FY2021

FY2022

BOD

Ton

33

47

38

25

COD

Ton

125

121

137

136

Total oxygen demand (BOD+COD)
Total nitrogen emissions

Ton
Ton

157
247

169
193

175
309

161
239

Total phosphorus emissions

Ton

59

51

56

49

※ We have reviewed past data and revised figures.

8Mitsubishi Gas Chemical
Sustainability Data Book 2023

Published on October 1, 2023
Mitsubishi Gas Chemical Company, Inc.

Environmental Accounting (Non­consolidated)
Environmental Accounting
Breakdown

Unit

Air pollution

FY2019
Expenses

Amountinvested

6

926

Water pollution

Millionyen

106

Soil/noise pollution

Millionyen

Global environmental
protection cost
Resource recycling cost

FY2021

Expenses

95

878

1,669

178

80

0

Millionyen

139

Millionyen

Up or down stream cost

FY2022

Expenses

Amountinvested

Expenses

72

859

46

923

1,561

144

1,667

62

1,976

354

0

19

3

10

0

1,806

192

1,872

499

2,173

632

1,818

0

837

6

1,143

0

819

28

1,088

Million
yen

0

35

0

40

4

112

9

0

Management activity cost

Million
yen

25

475

41

547

1

1,391

6

1,496

R&D cost

Million
yen

337

2,716

442

2,748

1,189

2,826

734

4,170

Social contribution cost

Million
yen

0

8

0

7

0

5

0

4

Environmental damage cost

Million
yen

0

74

0

71

0

75

0

48

Total*

Million
yen

692

8,546

1,308

8,866

1,929

9,929

1,527 11,522

FY2021

FY2022

Pollution
prevention cost

Millionyen

FY2020

Amountinvested

Onsite cost

Amountinvested*Due to rounding off figures, there are places where the sums for each item do not match the total.

Economic Benefits Associated with Environmental Protection Measures
Indicator

Unit

FY2019FY2020

IncomeMillion yen

45

48

8

61

Reduction of expenses

Million yen

398

111

74

242

Water Conservation Expenditure
Indicator

Unit

FY2019FY2020

FY2021

FY2022

Water­related investment (CAPEX)Million yen

106

178

144

62

Water­related expenses (OPEX)Million yen

1,669

1,561

1,667

1,976

Biodiversity Conservation Project Expenditures (Non­consolidated)
Indicator

Unit

FY2019FY2020

FY2021

FY2022

Biodiversity conservation project
investment (CAPEX)Million yen

0

0

0

0

Biodiversity conservation project
expenses (OPEX)Million yen

113

108

85

91

9

Mitsubishi Gas Chemical
Sustainability Data Book 2023

Published on October 1, 2023
Mitsubishi Gas Chemical Company, Inc.

Environment­related Accidents / Violations of Environmental Laws andRegulations (Non­consolidated)
Indicator

Unit

Violations of environmental laws andregulations

Cases

Accidents/pollution with potential tocause environmental problems

Cases

Complaints regarding environmental
problems

Cases

Total environmental fines/penalties

FY2019Thousandyen※ We have reviewed past data and revised figures.

10

FY2020

FY2021

FY2022

0

1

2

0

1

1

1

0

0

0

0

0

0

0

0

0

Mitsubishi Gas Chemical
Sustainability Data Book 2023

Published on October 1, 2023
Mitsubishi Gas Chemical Company, Inc.

Reporting Scope
The scope of Scope1+2,3 ,Energy
Japan

Overseas
Company

JSP CORPORATIONJAPAN FINECHEM

Scope1+2
Scope3

Energy●●●Company

SAMYOUNG PURE●

Korea Polyacetal Co., Ltd

TOHO EARTHTECH, INC●●

MGC PURE CHEMICALSJapan U­PiCA Company, Ltd.

●●TAIWAN, INC.

FUDOW COMPANY LTD.

●●TAIXING MGC LINGSU CO.,MGC Terminal Company, Inc.

LTD.

MGC Advance Co., Ltd.

MITSUBISHI GAS CHEMICAL●●ENGINEERING­PLASTICS

Polyols Asia Company, Inc.

(SHANGHAI) CO., LTD.

MGC ENERGY Company

MGC PURE CHEMICALSLimitedSINGAPORE PTE. LTD.

KYOUDOU KASANKASUISOMITSUBISHI GAS CHEMICAL●●MGC Filsheet Co., Ltd.

●●PT PEROKSIDA INDONESIAMGC Electrotechno Co., Ltd.

●●PRATAMA

●

●

●

●

CORP.

Yonezawa Dia Electronics Co.,Inc.
MGC AGELESS Co., Ltd.

SINGAPORE PTE. LTD.

THAI POLYACETAL CO., LTD
AGELESS (THAILAND) CO.,LTD.

Global Polyacetal Co., Ltd.

MGC ELECTROTECHNO

EIWA CHEMICAL IND. CO.,

(THAILAND) CO., LTD●●

MGC ADVANCED POLYMERS,LTD.
Toyo Kagaku Co., Ltd.

●

Energy

●

●

●

●

●

●

●

●

●

●

●

●

●

●

●

●

●

●

●

●

●

●

●

●

CHEMICALS CO., LTD.

COMPANY, INC.

MGC Woodchem Corporation

Scope1+2
Scope3●

INC.

Mitsubishi Gas Chemical

MGC PURE CHEMICALS

Trading, Inc.

AMERICA, INC

Ryowa Enterprise Co., Ltd.

MITSUBISHI GAS CHEMICALAMERICA, INC

11

Mitsubishi Gas Chemical
Sustainability Data Book 2023

Published on October 1, 2023
Mitsubishi Gas Chemical Company, Inc.

Status of External Certification
Status of External Certification (As End of March 2023)
Japan
Company

MITSUBISHI GAS CHEMICALCOMPANY, INC.

Business Sites

ISO
14001

OHSAS
18001

ISO
45001

ISO
9001

Niigata Plant●●

Mizushima Plant●●

Yokkaichi Plant●●

Kashima Plant●●

Yamakita Plant●●

Hokkaido Plant●●

Kanuma No.1 Plant●●

Kanuma No.2 Plant●●

Mirafoam Plant●●

Kashima Plant●●

Yokkaichi No.1 Plant●●

Yokkaichi No.2 Plant●●

Kansai Plant

●

●

●

●

●

●

●

●

●

●

Kanuma No.3 Plant

JSP CORPORATION

Kitakyushu Plant
Kyusyu Plant
Sakaide FactoryJAPAN FINECHEM COMPANY,
Niigata Factory
INC.
Hiratsuka Division
Factory
TOHO EARTHTECH, INC.

●

Construction Business
Headquarters●●

Hiratsuka Factory
MGC Woodchem Corporation

Shimizu Factory
Mizushima Factory

Japan U­Pica Company Ltd.

Shonan Factory●

Mine Factory

●

12

●

Mitsubishi Gas Chemical
Sustainability Data Book 2023

Company

Fudow Company Limited

KYOUDOU KASANKASUISO
CORP.
MGC Filsheet Co., Ltd.

Published on October 1, 2023
Mitsubishi Gas Chemical Company, Inc.

ISO
14001

Business Sites

OHSAS
18001

ISO
45001

ISO
9001

Fujinomiya Factory●●

Hiratsuka Factory●●

Gamagori Factory●

Tokai Office●

Factory
Tokorozawa Factory●

Osaka Factory●

Shirakawa Factory●

MGC Electrotechno Co.,Ltd.

Factory●●

Yonezawa Dia Electronics Co.,Inc.

Factory●●

MGC AGELESS Co.,Ltd.

Factory●

EIWA CHEMICAL IND. CO.,LTD

Kinuura Factory●

Ujitawara Factory●

TOYO KAGAKU, INC.

Headquarters Factory●●

Mitake Factory●●

Mizushima Factory

●

●

13

Mitsubishi Gas Chemical
Sustainability Data Book 2023

Published on October 1, 2023
Mitsubishi Gas Chemical Company, Inc.

Asia
ISO
45001

ISO
9001

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Plant

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Plant

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Plant

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Plant

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Plant

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Plant

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Plant

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Company

Business Sites

ISO
14001

OHSAS
18001

■KoreaSamyoung Pure Chemicals Co., Cheonan Plants
Ltd
Ulsan Plants■Taiwan
MGC Pure Chemicals Taiwan,
Inc.
■ChinaTaixing Lingsu Specialty
Materials Co., Ltd.
MITSUBISHI GAS CHEMICALENGINEERING­PLASTICS(SHANGHAI) CO., LTD.
Suzhou MGC Suhua Peroxide
Co., ltd.
■ Singapore
MGC PURE CHEMICALSSINGAPORE PTE. LTD.
■Indonesia
PT PEROKSIDA INDONESIA
PRATAMA■Thailand
THAI POLYACETAL CO., LTD
AGELESS (THAILAND) CO.,LTD.
MGC ELECTROTECHNO(THAILAND) CO., LTD

Factory
Factory●●

AmericasCompany

Business Sites

MGC ADVANCED POLYMERS,
Factory
INC.
MGC PURE CHEMICALSAMERICA, INC

ISO
14001

OHSAS
18001

ISO
45001

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ISO
9001
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Arizona Facility

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Texas Facility

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Oregon Facility

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* Total 39sites (68%) of 57 production sites acquired ISO 14001 certification.
* Total 0sites (0%) of 57 production sites acquired OHSAS 18001 certification.
* Total 10sites (17%) of 57 production sites acquired ISO 45001 certification.

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