Hitachi Construction Machinery

Global

Scope 3

HCM Group has been calculating CO2 emissions over product lifecycle since FY 2007, and CO2 emissions over the entire supply chain, including Scope 3, since 2009. We receive third-party evaluation for GHG emissions based on criteria of verification ISO 14064-3 at limited level of assurance.

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Scope Category Classification CO2 Emission
(t)
Total Scope Criterion, Method, Prerequisite, Other
Scope1 Direct Emission 102,873 All Domestic and Overseas Production/Non-production Bases for Consolidation Conversion Coefficient Source: CO2 conversion coefficient of the International Energy Agency (IEA) energy, 2010 edition
Scope2 Indirect emissions from energy generation (electrical power etc) 222,364 All Domestic and Overseas Production/Non-production Bases for Consolidation
Scope 3 (upstream) 1 Purchased Products/Services 1,692,912 Domestic and overseas main products (Mini-excavators, Hydraulic excavators, Wheel loaders,
Rigid dump trucks, and compaction equipment)
(1) CO2 emissions volume from each product material (t-CO2)= Shipped product’s weight x CO2 emission coefficient from material
Weight per unit: The weight of main models in each model groups is applied
Reference for emission basic units: IDEA (Inventory Database for Environmental Analysis) developed and supplied by the National Institute of Advanced Industrial Science and Technology and the Japan Environmental Management Association for Industry
(2) CO2 emissions volume from purchased goods and services
Totals the CO2 emissions volume for each product based on (1) above
2 Capital Goods 110,231 Organizations, consolidated 80 subsidiaries related to consolidated financial statements Capital expenditure x Emission coefficient
Conversion coefficient source : *1
Calculation method : *2
3 Fuel and energy related activity not covered by Scope 1 & 2 28,110 Organizations, consolidated 80 subsidiaries related to consolidated financial statements (Limited to Electric power) Total power use x Emission coefficient at upstream
Conversion coefficient source: *1
Calculation method : *2
4 Shipping, delivery (upstream) 23,397 Procurement logistics for 5 domestic sites and shipping logistics 10 domestic sites and 3 overseas sites Fuel consumption x Emission coefficient
Conversion coefficient source: The Energy Conservation Act
Calculation method: The Energy Conservation Act
(Note) Transport between countries is excluded
5 Waste generated through normal operations 9,290 Organizations, consolidated 80 subsidiaries related to consolidated financial statements Waste volume x Emission coefficient
Conversion coefficient source: *1 Calculation method: *2
(Note) Waste transport is excluded
6 Business Travel 3,274 Organizations, consolidated 80 subsidiaries related to consolidated financial statements Number of employees x Emission coefficient
Conversion coefficient source: *1 Calculation method: *2
(Note) Number of employees is as of March 31, 2020

7 Employee Commuting 13,525 Organizations, consolidated 80 subsidiaries related to consolidated financial statements Number of employees, working days x Emission coefficient
Conversion coefficient source: *1 Calculation method: *2
(Note) Number of employees is as of March 31, 2020
8 Lease Assets (upstream) 0
Scope 3 (downstream) 9 Shipping, Delivery (downstream) not calculated
10 Manufacturing of Sold Products 0
11 Usage of Sold Products 16,164,570 Domestic and overseas main products
(Mini-excavators, Hydraulic excavators, Wheel loaders,
Rigid dump trucks,  and
compaction equipment)
Units sold (each product model) x Amount of fuel x Product life x CO2 emission coefficient
12 Disposal of Sold Products 59,883 Domestic and overseas main products
(Mini-excavators, Hydraulic excavators, Wheel loaders,
Rigid dump trucks,  and
compaction equipment)
Product’s weight x Ratio of each constituent material x Emission coefficient by waste treatment
Conversion coefficient source: *1 Calculation method: *2
13 Lease Assets (downstream) 0  –
14 Franchises 0
15 Investments 0  –

 

* “―” Non-applicable item
*1 The emissions basic unit database for the calculation of an organization’s greenhouse gas emissions generated by the supply chain (Ver.3.0)
*2 Fundamental Guidelines regarding the calculation of greenhouse gas emissions by supply chains (Ver.2.3)

Energy/CO2 Reduction Heat Conversion from the Amount of Energy Reduction (GJ) Amount of CO2 Saving (t-CO2) Criterion, Method, Prerequisite, Other
Energy/CO2 Reduction from Products/Services 52,000,000 3,550,000 Conversion Coefficient Source: IEA, or the Public Works Quantity Survey Criterion from the Ministry of the Land, Infrastructure, Transport and Tourism Calculation Method: Amount of energy reduction = (amount of energy used by reference product – amount of energy used by developed products) x no. of products sold x contribution rate
Reference model: FY 2005 Products and Services
CO2 emissions from biological sources 72.38 4.95 Fuel containing BDF (Bio Diesel Fuel) is used in the forklifts. Reference for conversion coefficient: Revised Energy Conservation Law; Calculation Method: Revised Energy Conservation Law
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