Toyota Industries Corporation

Performance Data FY2024 (Environment)

Issue

August, 2024

UpdateーContent■Environmental Impact Flow

P.1

■Establishing a Carbon Neutral Society

P.2

・Energy consumption
・GHG emissions from the organization
・GHG emissions from supply chain
・GHG emissions by business divisions.
■Establishing a Recycling-Based Society

P.6

・Number of sites located in water-stressed areas
・Water resources volumes (withdrawal, discharge and consumption)
・Water pollutants
・Raw material consumption
・Volume of waste■Other Performance Data

P.8

・Air pollutants
・Chemical substances
・Soil and grandwater pollution
・Vibration and noise
・Number of environmental incidents■Environmental Accounting

P.9■Calculation Standards of Envionmental Performance Data

P.10

■Environmental Impact FlowINPUTOUTPUT

Energy [consolidated]

Into the Air

Energy consumption
Electricity

17,657 TJ

CO2 emissions

1,381,840 WMh

578,804 t-CO2

GHG emissions other than CO2

3,864 t-CO2
14,035 t-CO2

City gas

71,845 km3N

CO2 emissions from logistics

LPG

3,050 tNOx(Nitrogen oxides)

136 tPetroleum products

1,993 kL

SOx(Sulfur oxides)

413 kgCoal products

6,684 t

VOC(Volatile organic compounds)

LNG

1,959 tInto Waterways [consolidated]

Wate [consolidated]
Water withdrawal

Water pollutants
4,772 km3

Discharge of wastewater

Raw Materials [consolidated]
Raw Material consumption

22 t
1,645 km3

Waste [consolidated]
933,949 t

Waste Volume

Chemical Substances [non-consolidated]
PRTR law* designated substances

1,319 t10,964 t

Chemical Substances [non-consolidated]
6,392

t

Emissions/transfers of PRTR law
designated substances

1,071

t

*1: Short for Pollutant Release and Transfer Register, the PRTR law is a scheme whereby businesses measure the release and transfer of PRTR
designated pollutants and report their performance to the government. The government then compiles this data and releases it to the public.

P.1

■Establishing a Carbon Neutral Society
1. Energy consumption
GRI 302-1

1)Energy consumption_fuel [Global]*FY2014：base year
Unit

FY2014*FY2022

FY2023

FY2024City gas

GJ

3,493,263

3,879,295

3,680,489

3,233,028

LPG

GJ

232,795

198,197

166,901

154,955

50.8 GJ/ｔ

Promotion of the

Coke

GJ

142,103

144,570

124,891

119,59129.9 GJ/ｔ

Measures to Cope with

Oil coke

GJ

58,01264,551

62,11841,75529.9 GJ/ｔGlobal Warming

Anthracite

GJ

30,552

38,05547,50538,51429.9 GJ/ｔ(revised in Marchgasoline

GJ

6,593

4,667

4,577

3,610

34.6 GJ/kl

2010)" in Japan

Diesel

GJ

180,526

72,01873,12467,87937.7 GJ/kl※Equivalent to the

LNG

GJ

60,22588,572

100,638

106,97654.6 GJ/ｔvalue of the Law

Heavy oil

GJ

8,339

2,287

1,805

1,954

39.1 GJ/kl

Kerosene

GJ

13,454

1,561

1,459

1,397

36.7 GJ/kl

Non-fossil fuel Biomass, Biogas

GJ

042,11843,08243,35350.8 GJ/t

Total

GJ

4,225,863

4,535,890

4,306,588

3,813,013

Unit

FY2014FY2022

FY2023

FY2024

GJ

11,169,516 13,289,321 13,376,722 13,776,947

Fossil fuelConversion factor

Sources45.0 GJ/千Nm3 "Law Concerning theConcerning the
Rational Use of Energy
in Japan2)Energy consumption_electricity and steam [Global]
Electricity
Of which non-fossil fuel-derived
Steam
Of which non-fossil fuel-derived
GRI 302-3

GJ

01,625,994

2,272,507

3,184,689

GJ

39,08064,844

68,261

67,401

GJ

39,08064,844

68,261

67,401

10 GJ/MWh
2.675 GJ/t

3) Energy intensity [Global]
Unit
Energy intensity

GRI 302-4

Conversion factor

FY2022

MWh/1Million JPY

6.6

FY2023
5.3

FY2024Note

4.6 Calculated by dividing total energy consumption by net sales4) Amount of energy saved [Global]
Unit
Amount of energy saved

MWh

FY202232,321

FY2023
29,666FY202433,914
P.2

5) Total renewable energy consumption [Global].
Total renewable energy consumption

Unit

FY2022

FY2023

FY2024GJ

1,732,955

2,383,850

3,295,443

FY2022

FY2023

2. GHG emissions from the organization
GRI 305-1

1) Direct GHG emissions from organization (SCOPE1) [Global]
Unit

FY2014FY2024Emission factor*
List of emission factors for "Greenhouse Gas

SCOPE1t-CO2

229,045

235,944

223,645

197,387 Emissions Calculation, Reporting, andPublication System" in JapanGRI 305-2*Using emission factors for some overseas regions.
2) Indirect GHG emissions from the use of electricity, heat and steam supplied by other companies_market-based (SCOPE2) [Global]
Unit

FY2014FY2022

FY2023

FY2024SCOPE2

Purchased electricity

t-CO2

712,300

462,067

453,864

480,389

Market-based

Steam

t-CO2

0

819

774

14

t-CO2

712,300

462,886454,638

480,403

Total

Emission factor
Actual values of contracted companies

3) Indirect GHG emissions from the use of electricity, heat and steam supplied by other companies_location-based (SCOPE2) [Global]
Unit

FY2014FY2022

FY2023

FY2024SCOPE2

Purchased electricity

t-CO2

704,759

643,320

622,408

Location-based

Steam

t-CO2

0

0

0

t-CO2

704,759

643,320

622,408

Total

Emission factor

605,537 World Energy Outlook Report
304 Published values for each country
605,8414) Emissions from biogenic carbon [Global]
Unit
Biogast-CO2

FY20222,220

FY20232,271

FY2024
2,285

Emission factor
54,600 kg-CO2/GJ

Sources
IPCC Guidelines**2006 IPCC Guidelines for National Greenhouse Gas Inventories

P.3

5) GHG emissions other than CO2 [Non-consolidated]
Unit

FY2014FY2022

FY2023

FY2024

Conversion factor

CH4

t-CO2

2,100

2,342

2,205

1,571 List of Global Warming Potentials in the "Order

N2O

t-CO2

599

466

411

851 for Enforcement of the Law Concerning the

HFCs

t-CO2

912

33

773

PFCs

t-CO2

0

0

0

SF6

t-CO2

30

375

60

244

NF3

t-CO2

0

0

0

0

1,198 Promotion of the Measures to Cope with
0 Global Warming" in Japan

3. GHG emissions from supply chain
GRI 305-3

1) GHG emissions from supply chain
SCOPE3Unit

FY2023

FY2024

Category 1

t-CO2

4,231,008

3,343,985

Category 2

t-CO2

384,274

393,581Category 3

t-CO2

136,310

134,298

Category 4

t-CO2

244,410

180,358

Category 5

t-CO2

1,958

1,667

Category 6

t-CO2

11,602

12,121Category 7

t-CO2

41,57543,487

Category 8

t-CO2

ー

ー

Included in Scope 1 and 2

Category 9

t-CO2

ー

ー

Included in Category 4 as it is difficult to clearly separate

Category 10

t-CO2

ー

ー

Very small volume due to sales of finished products and auto parts

Category 11

t-CO2

Category 12

t-CO2

41,65530,054

Category 13

t-CO2

ー

ー

Included in Category-11 as indirect leasing is difficult to grasp

Category 14

t-CO2

ー

ー

No relation to business

Category 15

t-CO2

ー

ー

No relation to business

Total

t-CO2

Note

32,090,131 26,886,221

37,182,923 31,025,771

2) CO2 emissions from logistics [non-consolidated]
Unit
CO2 emissions from logistics

t-CO2

FY2014
13,102

FY2022
15,232

FY2023
14,980

FY2024
14,035
P.4

4. GHG emissions by business divisions.
GRI 305-1

1) Direct emissions by business divisions (SCOPE1) [Global]
Unit

GRI 305-2

FY2014FY2022

FY2023

FY2024

Materials Handling Equipment

t-CO2

37,33242,30542,31939,033

Textile Machinery

t-CO2

5,432

3,637

3,355

2,462

Automobile

t-CO2

185,322

168,984

157,293

148,216

Others

t-CO2

932

734

774

447

Total

t-CO2

229,018

215,660

203,741

190,158

2) Indirect emissions by business divisions from the use of electricity, heat and steam supplied by other companies_market-based (SCOPE2) [Global]
Unit

FY2014FY2022

FY2023

FY2024

Materials Handling Equipment

t-CO2

203,186

109,399

110,052

98,890

Textile Machinery

t-CO2

6,695

2,322

2,822

3,228

Automobile

t-CO2

494,647

297,894

268,126

266,302

Others

t-CO2

7,772

3,370

2,796

2,872

Total

t-CO2

712,300

412,985

383,796371,292

3) Indirect emissions by business divisions from the use of electricity, heat and steam supplied by other companies_location-based (SCOPE2) [Global]
Unit

FY2014FY2022

FY2023

FY2024

Materials Handling Equipment

t-CO2

173,630

118,055

121,133

111,540

Textile Machinery

t-CO2

7,221

4,904

5,891

6,813

Automobile

t-CO2

515,244

511,663

485,424

496,117

Others

t-CO2

8,665

3,813

3,732

3,818

Total

t-CO2

704,760

638,434

616,180

618,288

P.5

■Establishing a Recycling-Based Society
1. Number of sites located in water-stressed areas
GRI303-1

1) Location status in water-stressed areas [Global]
Unit
Number of sites located in each areas

5

4

sites

3

0

7
Unit

High risk sites based on TICO water risk assessment
GRI303-3

2

1

5

0

Assessment tool
52 WWF Water Risk Filter

Number Assessment method

sites

0 Included in Performance Data Calculation Standard

2) Water resources volumes [Global]

GRI303-4*rating 4 or 5
Unit

GRI303-5

The whole area
FY2022

Water withdrawal

FY2023

Water-stressed area*

FY2024FY2022

FY2023

FY2024

km3

4,165

4,715

4,772

129

146

134

i. Surface water

km3

26

24

24

9

11

9

ii. Groundwater

km3

993

963

914

0

0

0

iii. Seawater

km3

0

0

0

0

0

0

iv. Produced water

km3

0

0

0

0

0

0

v. Third-party water

km3

3,146

3,728

3,833

121

134

126

km3

1,978

2,311

2,431

66

72

66

i. Surface water

km3

616

1,336

1,364

0

0

0

ii. Groundwater

km3

0

0

0

0

0

0

iii. Seawater

km3

788

212

281

0

0

0

iv. Third-party water

km3

574

763

786

66

72

66

km3

2,187

2,405

2,341

64

73

68

Water discharge

Water consumption
3) Water pollutants [Global]

Unit

FY2022

FY2023

FY2024

COD

t

10

10

12

T-N

t

9

8

10

T-P

t

0.1

0.2

0.2

P.6

GRI 301-1

2. Raw material consumption [Global]
Unit

FY2022

FY2023

FY2024

Raw material

Metalst

1,362,430

1,309,386

851,682

consumption

Non_metalst

135,913

129,973

82,267

GRI 306-4

3. Waste volume [Global]

GRI 306-5

1) Waste volume by disposal operation
Unit

FY2022

FY2023

FY2024

Recycled industrial wastet

104,944

98,850113,863

Incinerated industrial waste

t

2,086

2,385

2,512

Landfilled industrial wastet

11,426

10,796

10,964

Total

t118,455

112,031

127,339

Recycling rate

%

89%

88%

89%

2) Waste volume by its category
Unit

FY2022

FY2023

FY2024Non-hazardous wastet

112,811

106,868

122,178

Hazardous waste

t

5,644

5,163

5,162

P.7

■Other Performance Data
GRI 305-7

1. Air pollutants [Global]
Unit

FY2022

FY2023

FY2024

NOx

t

163

154

136

SOx

kg

464

454

413

VOC

t

1,282

1,275

1,319

2. Chemical substances [Non-consolidated]
Unit
PRTR law designated substances
Emissions/transfers of PRTR law
designated substances

FY2022

FY2023

FY2024

t

2,188

2,908

6,392

t

763

800

1,071

3. Soil and grandwater→Topics (Japanese only)
4. Vibration and noise
Nothing to report for FY2023
GRI 307-1

5. Environmental incidents [Global]
Unit
Number of environmental incidents

item

FY2022

FY20230

FY20241

1

P.8

■Environmental Accounting
Scope of data collection: Toyota Industries Corporation
1. Environmental conservation cost
Unit

FY2022

FY2023

FY2024

Investment

Expenses

Investment

Expenses

Investment

ExpensesMillions JPY

3,540

161

2,132

343

2,729

318

Global environmental conservation Millions JPY

1,283

3,392

4,008

5,762

3,059

4,000

Millions JPY

318

39

514

48

300

50

Upstream/downstream

Millions JPY

0

353

0

357

0

299

Management

Millions JPY

0

92

35

77

226

90

Research and development

Millions JPY

5

4,724

5

5,594

6

6,431

Social contribution activity

Millions JPY

0

91

0

71

0

69

Environmental remediation

Millions JPY

0

0

27

0

30

0

Millions JPY

5,146

8,853

6,721

12,251

6,350

11,256

Business area
costs

Total

Pollution prevention
Resource recycling

Millions JPY

13,99918,971

17,605

2. Economic benefits of environmental conservation initiatives
Unit

FY2022

FY2023

FY2024

Revenue

Millions JPY

8,717

12,234

12,292

Cost reduction

Millions JPY

0

0

3,789

Total

Millions JPY

8,717

12,23416,080P.9

■Calculation Standards of Envionmental performance data
＜Scope of Organization＞
Same as the scope of Toyota Industries Report, the integrated report. However, some exclusions apply＜Scope of exclusion＞
Non-producing company<Period covered>
April 1, 2023～

March 31, 2024

＜Reference guidelines＞◆The Greenhouse Gas Protocol
・Corporate Standard
・Scope 2 Guidance・Corporate Value Chain (Scope 3) Standard
・ Scope 3 Calculation Guidance◆Ministry of the Environment and Ministry of Economy, Trade and Industry of Japan・Guidelines on Accounting for Greenhouse Gas Emissions throughout the Supply Chain ver.2.3
・Database on Emissions Unit Values for Accounting of Greenhouse Gas Emissions, etc., by Organizations Throughout the Supply Chain Ver.3.1
・IDEA v2.3
・Manual for PRTR Release Estimation Methods
・Environmental Accounting Guidelines 2005
◆Internal standards
・TICO ENGINEERING STANDARD
・Environmental performance indicator totalizing procedure (the emission factors included)
・Guidelines for CO2 emission calculations and activity management to achieve Plant Zero CO2 Emissions
・Guidelines for Calculating CO2 Emissions from Logistics

＜Calculation standard＞
1. Amount of GHG emissions
GRI305-1
GRI305-2

1) SCOPE1, 2
SCOPE1： Calculated by multiplying the amount of purchased fuel consumed by the company by an emission factor. Emission factors are
based on list of emission factors for "Greenhouse Gas Emissions Calculation, Reporting, and Publication System" in Japan.
SCOPE2： [Location-based]
Calculated by multiplying the amount of electricity and steam purchased by the company by an emission factor. Emission factors are
based on World Energy Outlook Report. In principle, the year in which energy is used and the year of the emission factor should be
the same, but if the data is not yet published, the data for the latest year available at the time of reporting should be used.
[Market-based]

GRI305-3

Calculated by multiplying the amount of electricity and steam purchased by the company by an emission factor. Emission factors are
based on the actual results of those suppliers contracted by each site. In principle, the year in which energy is used and the year of
the emission factor are the same, but the reporting year is two years prior to the reporting year used to manage CO2 reduction activities.
2) SCOPE3
Calculation standard is based on the "Basic Guidelines for Calculating Greenhouse Gas Emissions through Supply Chains ver. 2.3"
Category *1

Calculation standard

1．Purchased goods and services

Weight of each material purchased x basic unit of manufacturing of each material*2

2．Capital goods

Fixed assets acquired x emission intensity*2

3．Fuel- and energy-related activities

Purchase volume by fuel x emission intensity*2

4．Upstream transportation and distribution

Weight x mileage x fuel consumption*3

5．Waste generated in operations

Amount of waste x emission intensity*2

6．Business travel

Number of employees x emission intensity*2

7．Employee commuting

Number of employees (by city) x number of working days x emission intensity*2

9．Downstream transportation and distribution Included in Category 4
11．Use of sold products

Calculated on the assumption that the products will be used for their service life, based on thefuel consumption and other factors associated with their use.

12．End-of-life treatment of sold products

Waste by product type x intensity*2*1：Category 8, 10, 13, 14, and 15 are not applicable to our business activities.
*2：Database on Emissions Unit Values for Accounting of Greenhouse Gas Emissions, etc., by Organizations Throughout the Supply Chain Ver.3.1*3：Ministerial Ordinance on the Calculation of GHG Emissions from Business Activities of Specified Emitters
issued by the Ministry of the Environment of Japan
P.11

GRI303-1

3) CO2 emissions from logistics

GRI303-3

Calculated using the fuel based method, fuel efficiency method, and ton-kilometer method for transportation ordered by the Company.

GRI303-4

Emission factors are based on the Ministry of the Environment's "Greenhouse Gas Emissions Calculation, Reporting, and Publication System".

GRI303-5
2. Water resources
1) Water risk assessment methodology
We assess risks related to water resources at our production sites through the following process.
(1) Assess geographic risk using the international water risk assessment tool (WWF Water RiskFilter)(2) Assess potential risks in each country and region based on information such as regulations and production processes at each site(3) Communicate with sites assessed as high risk to assess overall risk*.
*Overall risk assessment based on the status of water use, efficient water use , and water/facility management at each site.
2) Data of water resources
Calculation standard
Water withdrawal

Total withdrawal volume from surface water, groundwater, seawater and third parties

Wastewater

Total discharge volume into surface water, groundwater, seawater and third parties

Water consumption

Difference between water withdrawal and wastewater discharge

3) Water withdrawal source and discharge destination
Calculation standard
Sources of water withdrawal

Destination of water discharge

Surface

Total volume of rainwater collected

Total volume of water discharged into rivers, lakes, etc.

Groundwat

Total volume of groundwater pumped

Total volume of water discharged into underground

Sea water

Total volume of seawater pumped

Total volume of water discharged into the sea

Produced water

Total volume of produced water－

Third party water

Total volume of water purchased from third parties

Total volume of water discharged to third parties

4) Amount of water pollutants
Calculation standard
COD

By multiplying the concentration of COD contained in wastewater by the volume of wastewater.

T-N

By multiplying the concentration of total nitrogen contained in wastewater by the volume of wastewater.

T-P

By multiplying the concentration of total phosphorus in wastewater by the volume of wastewater discharged.
P.12

3. Raw material consumption
Calculation standard
Raw material

MetalsTotal weight of metallic raw materials used in the manufacturing process of the productconsumption

Non_metals

Total weight of non-metallic raw materials used in the manufacturing process of the product4. Waste volume
Calculation standard
Recycled Industrial Waste

Total weight of waste that is recycled and reused outside the company

Incinerated Industrial Waste

Total weight of waste that is incinerated and the residual is landfilled

Landfilled Industrial Waste

Total weight of waste directly disposed of in landfills

Recycling rate

Percentage of waste that is recycled

Non-Hazardous waste

Total weight of waste deemed non-hazardous by national law

Hazardous waste

Total weight of waste deemed hazardous by national law

4. Other perfromance data
1) Air pollutants
Calculation standardNOx

By multiplying the concentration of nitrogen oxides in exhaust gas by the amount of exhaust gas

SOx

By multiplying the concentration of sulfur oxides in exhaust gas by the amount of exhaust gas

VOC

By multiplying the amount of materials and sub-materials containing VOCs purchased by the basic unit.

2) Chemical substances
Calculation standard
PRTR law designated substance
Emissions/transfer of PRTR law
designated substanceSum of the amount of materials containing the subject substance purchased multiplied by the content rate
and the amount generated internallyCalculated by multiplying the amount of target substances handled by the emission transfer factor.

3) Environmental incidents
Definition
Number of environmental incidents

Number of cases of serious violations of production and environmental laws and regulations that affected
local residents and ecosystems.
P.13