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Consolidated Data

Trends in CO₂ Emissions

Trends in Waste Generation

Non-consolidated Data

In the past, Isuzu operated its environmental management structures on a site-by-site basis. With the revision of ISO 14001 in FY2016, the systems were integrated on a Group-wide basis. In December 2016, we expanded ISO 14001 certification to all Isuzu sites, and shifted to ISO 14001:2015.
At present, Isuzu is carrying out uniform environmental initiatives across all sites. Moreover, we are undertaking company-wide efforts to reduce the environmental burdens resulting from our business operations and to strengthen our environmental management.

Violations and Accidents Related to Environmental Laws and Regulations in FY2024

Isuzu had no violations or environmental accidents related to environmental laws and regulations during FY2024.

• Medium- to long-term target
  Reduce CO₂ emissions from business activities to 205,630 t-CO₂ or less by the end of FY2024
• Targets and results for FY2024
  Target: Reduce CO₂ emissions from business activities to 205,630 t-CO₂ or less by the end of FY2024
  Result: 179,773 t-CO₂

Trends in CO₂ Emissions from Energy

Trends in Energy Consumption

Trends in CO₂ Emissions from Logistics

Reduce and Control Emissions

• Medium- to long-term target
  By the end of FY2024, reduce the amount of waste generated by our business activities to 6,290 tons or less, and strive to optimize all emissions
• Targets and results for FY2024
  Target: By the end of FY2024, reduce the amount of waste generated by our business activities to 6,290 tons or less, and strive to optimize all emissions
  Result: 6,202 tons

Trends in Waste Generation

Since FY2012, Isuzu has achieved zero emissions, with no waste being sent to landfills.

Trends in Plastic Product Industrial Waste Emissions

As Isuzu emits more than 250 tons of plastic product industrial waste annually, the company is classified as a large-volume emitter under the Act on Promotion of Resource Circulation for Plastics^*.
In accordance with the law, Isuzu has set goals for reducing and recycling plastic product industrial waste and implemented initiatives to achieve these goals. In FY2024, we successfully met its targets.
Isuzu will continue to accelerate its efforts to reduce waste and promote recycling, advancing methodical initiatives to achieve future targets.

1. *Act on promotion of resource circulation for plastics

Trends in Recycling Performance Based on Automobile Recycling

Reduction of Water Consumption

• Medium- to long-term target
  Reduce water consumption in business activities to 2,330,900 tons or less by the end of FY2024
• Targets and results for FY2024
  Target: Reduce water consumption in business activities to 2,330,900 tons or less by the end of FY2024
  Result: 2,114,103 tons

Trends in Water Resource Consumption

Control Chlorofluorocarbon Emissions

In response to the Act for Control of Chlorofluorocarbon Emissions (Act on Rational Use and Proper Management of Fluorocarbons) effective from April 2015, Isuzu is promoting proper refrigerant management for business-use refrigeration air conditioning equipment and other equipment using chlorofluorocarbons at all of its bases, and is implementing inspections of all such equipment.
While this act requires business operators to report if their estimated leakage of chlorofluorocarbon exceeds 1,000 tons-CO₂/year, Isuzu has verified that its leakage volume for FY2024 was lower than this level.

Reduction of VOC Emissions

• Medium- to long-term target
  Maintain VOC emissions per painted area of 19.2 g/m² or less in the cab painting process
• Targets and results for FY2024
  Target: Maintain VOC emissions per painted area of 19.2 g/m² or less in the cab painting process
  Result: 18.2 g/m²

Isuzu is reducing emissions through the recovery of volatile organic compounds (VOC), has reduced VOC emissions from its plants and reviewed and improved its painting processes, which entail particularly large VOC emissions.
This activity is promoted through voluntary efforts to reduce VOC emissions by the Japan Automobile Manufacturers Association, Inc.

Trend in Total VOC Emissions

Proper Management of Emissions and Wastewater

By properly maintaining boilers and other smoke-generating facilities, we ensure that the amount of air pollutants from emissions such as NOx (nitrogen oxides) and SOx (sulfur oxides) is within regulatory standard values^*.
Further, wastewater from our plants is processed in a wastewater treatment facility before being discharged to sewer systems or public water areas. The discharged water is analyzed on a regular basis to ensure that it is within regulatory standard values.

Fujisawa Plant: 8 Tsuchidana, Fujisawa City, Kanagawa Prefecture

Air

Water Quality Discharge Destination: Hikiji River

Tochigi Plant: 2691 Hakuchu, Ohira-Machi, Tochigi City, Tochigi Prefecture

Air

Water Quality　Discharge Destination: Nagano River

Environmental Accounting

To conduct environmental activities efficiently and continuously, Isuzu has calculated the costs and effects of environmental conservation.
We have disclosed information with the aim of helping to make management decisions for carrying out efficient investments in environmental activities, and as an evaluation index for businesses as well.

Environmental Conservation Costs

Total investment was 6,260 million yen, a 1,487 million yen increase YOY.
Total expenses were 52,847 million yen, a 4,160 million yen increase YOY.
Details are shown in the table below.

(Target Period: April 1, 2023 to March 31, 2024)

Environmental Conservation Effects

(Period: April 1, 2023 to March 31, 2024)

Business Activities and Environmental Hazards

GHG emissions

Material Flow

Calculation Standards

Calculation Period	FY2024 (April 1, 2023 - March 31, 2024)
Metrics Calculation Scope	Non-consolidated: ºÚÁÏÍø
	Consolidated: ºÚÁÏÍø and its domestic and overseas subsidiaries

Energy Usage	Scope	Units	Calculation Standards
Electricity Usage, Fuel Usage, and Heat Usage	Non-consolidated	GJ	Total energy usage of electricity, fuel (city gas, liquefied natural gas, light oil, etc.) and heat (steam, chilled water, etc.) [Calculation Standards] The Act on Promotion of Global Warming Countermeasures Act on on the Rationalizing Use of Energy and Shifting to Non-fossil Energy GX League Calculation, Monitoring, and Reporting Guidelines

Greenhouse Gas (GHG)	Scope	Units	Calculation Standards
Greenhouse Gases (GHG)	Non-consolidated	-	Scope 1 emissions (direct emissions), Scope 2 emissions (indirect emissions from energy use), and Scope 3 emissions (other indirect emissions) [Calculation Standards] GHG Protocol Corporate Value Chain (Scope 3) Accounting and Reporting Standard GX League Calculation, Monitoring, and Reporting Guidelines
Scope1	Non-consolidated	t-CO2	Greenhouse gas emissions from fuel use (direct emissions) [Factor] Ministry of the Environment: List of Calculation Methods and Emission Factors under the Act on Promotion of Global Warming Countermeasures
Scope2	Non-consolidated	t-CO2	Greenhouse gas emissions from the use of externally supplied electricity and heat (indirect emissions) [Factor] Ministry of the Environment and Ministry of Economy, Trade and Industry: Emission Factors by Electricity Providers
Scope3	Non-consolidated	t-CO2e	Other greenhouse gas emissions (Indirect emissions) [Calculation Standards] Category 1 Purchased goods and services 　Quantity of products purchased by the company × Intensity Category 2: Capital Goods 　Capital goods increase during the period × Intensity Category 3: Fuel- and energy-related activities outside of Scope 1 and 2 　Energy type consumption × Intensity Category 4:Upstream transportation and distribution 　Greenhouse gas emissions reported based on the Energy Conservation Law (designated shippers) periodic report Category 5: Waste generated in operations 　Waste disposal amount × Intensity Category 6: Business travel 　Number of employees × Intensity Category 7: Employee commuting 　Number of employees × Number of working days × Intensity Category 10: Processing of sold products 　Intermediate product shipment quantity × Intensity Category 11: Usage of sold products 　Product sales volume × Annual energy consumption × Usage years × Intensity Category 12: Disposal of sold products 　Waste product weight × Intensity [Coefficient, Intensity] Ministry of the Environment: List of Calculation Methods and Emission Factors for the Reporting System Ministry of the Environment: Emission Factor Database for Calculating Greenhouse Gas Emissions through the Supply Chain National Research and Development Agency National Institute of Advanced Industrial Science and Technology 'IDEA'

	Scope	Units	Calculation Standards
Water Usage	Non-consolidated	thousand m3	Total Water Usage (Public water, groundwater, industrial water) [Calculation Standards] Isuzu Group Environmental Activity Guidelines

	Scope	Units	Calculation Standards
Waste generation	Non-consolidated	thousand t	Total Emissions of Waste [Calculation Standards] Waste Management and Public Cleansing Act (Waste Management Law) Isuzu Group Environmental Activity Guidelines

Independent Assurance Report (PDF)