Environment : Environmental Data Environmental Performance Data Calculation Standard

・Subject period:
April 1, 2024 - March 31, 2025
・Scope:
Fujitsu General Group and its consolidated subsidiaries (For details, refer to "List of report target organization" in Data Overview).
List of Report Target Organization

Material Balance

INPUT

Indicator Unit Calculation method
R&D/Procurement/Manufacturing Raw materials t Purchase of raw materials per year
Volume of PRTR-targeted substances t Total volume of substances subject to the PRTR Law (Act on Confirmation, etc. of Release Amounts of Specific Chemical Substances in the Environment and Promotion of Improvements to the Management Thereof) with an annual handling volume of 100 kg or more per business site
Water ㎥ Annual usage of tap water, industrial water, and rain water
Energy Energy consumption GJ (Annual usage of electricity and fuel)×Unit calorific value for each type of energy*
*
Electricity: Act on the Rational Use of Energy
Others: Act on Promotion of Global Warming Countermeasures
Overseas city gas: Use supplier-specific unit calorific value
Electricity MWh Annual electricity usage
Oils kL Annual usage of heavy oil A, fuel oil, diesel, gasoline
LPG t Annual LPG usage
City gas ㎥ Annual City gas usage
LNG ㎥ Annual LNG usage
Renewable energy MWh Annual consumption of electricity derived from renewable energy sources
Logistics Energy consumption GJ Transport ton-kilometer×Improved ton-kilometer method fuel consumption basic unit*×10-3×Unit calorific value*
*
Guidelines on calculation method related to CO2 emissions in the logistics field
(Ministry of the Economy, Trade and Industry/Ministry of Land, Infrastructure, Transport and Tourism)
Usage Energy consumption MWh Annual power consumption of products sold×Estimated Product life*×Number of units sold
*
Residential equipment: 10 years, commercial equipment: 13 years
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OUTPUT

Indicator Unit Calculation method
R&D/Procurement/Manufacturing Atmospheric discharge CO2emissions t-CO2
<Scope1>
CO2 emissions from fuel use
Annual usage of fuel×Unit calorific value per energy*1×CO2 emission factor per energy*1×44/12
*1
Act on Promotion of Global Warming Countermeasures
<Scope2>
CO2 emissions from electricity use
  • Location-based

    Annual usage of electricity×CO2emission factor*2

    *2
    Domestic：The national average factor in the Ministry of the Environment's "Emission Factors by Electric Utility Company".
    Overseas：IEA "Emissions Factors 2024"
  • Market-based

    Annual usage of electricity×CO2emission factor*3

    *3
    Domestic：Ministry of the Environment "Emission Factors by Electric Utility Adjusted emission factor"
    Overseas: IEA "Emissions Factors 2024"
Fluorocarbons emissions t-CO2e Annual emissions of fluorocarbons×Global Warming Potential*
*
Intergovernmental Panel on Climate Change (4th Report) (IPCC)
NOxemissions kg NOxconcentration×10-6×Dray gas emissions×Operating time×46/22.4
SOxemissions kg SOxconcentration×10-6×Dray gas emissions×Operating time×64/22.4
Water discharge Water discharge ㎥ Annual water discharges into public waterways and sewers
(except for groundwater used for snow melting or purification measures)
BOD emissions t BOD concentration×Water discharge×10-6
COD emissions t COD concentration×Water discharge×10-6
Chemical substances Emissions of PRTR-targeted substances t Total emissions and transfers of substances subject to the PRTR Law (Act on Confirmation, etc. of Release Amounts of Specific Chemical Substances in the Environment and Promotion of Improvements to the Management Thereof) with an annual handling volume of 100 kg or more per business site
Waste Total emissions t Total of general wastes, effective use of industrial wastes, waste disposal and valuable sales amount
Final disposal volume t General disposal and industrial disposal processed by landfilling
Logistics Atmospheric discharge CO2 emissions t-CO2

Transport ton-kilometer× Improved ton-kilometer method fuel consumption basic unit*×10-3×Unit heat emissions*×Emission potential*×44/12

Transport weight and transport distance×Emission factor per ton-kilometer or fuel*

*
Domestic：Guidelines for Calculation Method on CO2 Emissions in the Logistics Field
(Ministry of Economy, Trade and Industry/Ministry of Land, Infrastructure, Transport and Tourism)
Overseas：Carbon Base V23.3 (ADEME)
Usage Atmospheric discharge CO2emissions t-CO2
<Air conditioner>
Annual power consumption of products sold×Estimated Product life*1×Number of units sold×Emission factor per unit of electricity consumption*2
Includes the refrigerant leaks during air conditioner use. Calculated based on the formula below and the leakage rate published in the Ministry of the Environment’s "Greenhouse Gas Inventory".
Calculation formula：Refrigerant charge (kg) ×Global Warming Potential×Leakage rate× Estimated product life*1×Number of units sold÷1000
Residential Air Conditioners：Leakage rate during use of residential air conditioners (current value)
Commercial Air Conditioners： Leakage rate during use of commercial refrigeration and air-conditioning equipment (revised value)
Global Warming Potential (GWP)：IPCC Fourth Assessment Report (AR4)
*1
Residential equipment：10 years, commercial equipment: 13 years
*2
Domestic：National average emission factor based on the Ministry of the Environment’s “Emission Factors by Electric Power Utility (for Specified Emitters’ GHG Emissions Calculation)”.
Overseas：IEA "Emissions Factors 2024"
Recycling Disposal volume t Total weight of our products for which action necessary for recycling was implemented
Reuse for others t Total weight of parts/materials reused for other than our products
Fluorocarbons recycling volume kg Weight of fluorocarbons reproduced or reused out of fluorocarbons used as refrigerant
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Reporting of Greenhouse Gas Emissions Based on GHG Protocol

Scope1 -Direct greenhouse gas emissions from the company-

Indicator Unit Calculation method
Direct emissions from fuels and fluorocarbons consumed by the company t-CO2

Total CO2 emissions from the consumption (combustion) of fuels used mainly in the company's business activities, and total greenhouse gas emissions other than CO2

*
Refer to CO2 emissions and greenhouse gas emissions other than CO2 in the Environmental Performance Data for calculation methods.
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Scope2 -Indirect greenhouse gas emissions from the company-

Indicator Unit Calculation method
Indirect emissions from the generation of purchased electricity, steam, heating and cooling consumed by the company t-CO2

CO2 emissions from the consumption (purchase) of electricity and heat used mainly in the company's business activities

*
Refer to CO2 emissions in the Environmental Performance Data for calculation methods.
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Scope3 -All other indirect emissions that occur in a company's value chain-

Indicator Unit Calculation method
Category 1
Purchased goods and services		 t-CO2

Amount of materials purchased during the fiscal year×Emission factor per unit cost*

*
Emission factors based on the Ministry of the Environment's "Green Value Chain Platform: Emission Factor Database Ver.3.5 [5] Input-Output Table for estimating greenhouse gas emissions through the supply chain."
Category 2
Capital goods		 t-CO2

Capital goods procurement amount×Basic unit per amount*

*
Basic Guidelings on Accounting for Greenhouse Gas Emissions throughout the Supply Chain (Ministry of the Environment, Ministry of Economy, Trade and Industry)
Category 3
Fuel- and energy-related activities not included in Scope 1 or Scope 2		 t-CO2

Annual procurement amount of fuel oil / gas, electricity / heat purchased (consumed) at the business establishment owned by the company x emission intensity by energy type*

*
Basic Guidelings on Accounting for Greenhouse Gas Emissions throughout the Supply Chain (Ministry of the Environment, Ministry of Economy, Trade and Industry)
Category 4
Upstream transportation and distribution 		t-CO2

Transport weight and transport distance for the shipper's transport×ton-kilometer or emission factor per fuel*

*
Domestic : Guidelines for Calculation Method Related to CO2 Emissions in the Logistics Field (Ministry of Economy,Trade and Industry / Ministry of Land, Infrastructure, Transport and Tourism)
Overseas : Carbon Base V23.3 (ADEME)
Category 5
Waste generated in operations		 t-CO2

Annual disposal - recycling amount by type and disposal method of waste discharged by business offices owned by the company×Basic unit per disposal - recycling amount*

*
Basic Guidelings on Accounting for Greenhouse Gas Emissions throughout the Supply Chain (Ministry of the Environment, Ministry of Economy, Trade and Industry)
Category 6
Business travel		 t-CO2

Annual total number of business trip days for domestic and overseas business trips of employees enrolled in Japan×business trip type basic unit*

*
Basic Guidelings on Accounting for Greenhouse Gas Emissions throughout the Supply Chain (Ministry of the Environment, Ministry of Economy, Trade and Industry)
Category 7
Employee commuting		 t-CO2

Commuting transportation expenses paid by employees enrolled in Japan×basic unit by means of transportation*

*
Basic Guidelings on Accounting for Greenhouse Gas Emissions throughout the Supply Chain (Ministry of the Environment, Ministry of Economy, Trade and Industry)
Category 9
Downstream transportation and distribution 		t-CO2

Transport weight and transport distance×Emission factor per ton-kilometer or fuel*

*
Domestic : Guidelines for Calculation Method Related to CO2 Emissions in the Logistics Field (Ministry of Economy, Trade and Industry / Ministry of Land, Infrastructure, Transport and Tourism)
Overseas : Carbon Base V23.3 (ADEME)
Category 10
Processing of sold products		 t-CO2

Product weight×basic unit per assembly manufacturing process*

*
JLCA-LCA Data Base 2004 2nd Edition (LCA Japan Forum)
Category 11
Use of sold products		 t-CO2
<Air conditioner>
Annual power consumption of products sold×Estimated Product life*1×Number of units sold×Emission factor per unit of electricity consumption*2
Includes the refrigerant leaks during air conditioner use. Calculated based on the formula below and the leakage rate published in the Ministry of the Environment’s "Greenhouse Gas Inventory".
Calculation formula: Refrigerant charge (kg)×Global Warming Potential×Leakage rate×Estimated product life*1×Number of units sold÷1,000
Residential Air Conditioners: Leakage rate during use of residential air conditioners (current value)
Commercial Air Conditioners: Leakage rate during use of commercial refrigeration and air-conditioning equipment (revised value)
Global Warming Potential (GWP): IPCC Fourth Assessment Report (AR4)
*1
Residential equipment: 10 years, commercial equipment: 13 years
*2
Domestic : National average emission factor based on the Ministry of the Environment’s “Emission Factors by Electric Power Utility (for Specified Emitters’ GHG Emissions Calculation)”.
Overseas : IEA "Emissions Factors 2024"
Category 12
End-of-life treatment of sold products 		t-CO2

Product weight of products sold×Annual number of sold×Basic unit per product weight*

Includes refrigerant leakage during air conditioner disposal. Calculated using a conservative recovery rate of 0%.

Global Warming Potential (GWP): IPCC Fourth Assessment Report (AR4)

*
Basic Guidelings on Accounting for Greenhouse Gas Emissions throughout the Supply Chain (Ministry of the Environment, Ministry of Economy, Trade and Industry)
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