Commitment to Carbon Neutrality

Originally founded as a "pollution control company," we have provided solutions to environmental problems through our business, contributing to the formation of a sustainable society. Furthermore, we have started a carbon neutrality project in order to advance our efforts to achieve carbon neutrality by FY2050. Through this project, we have calculated CO2 emissions associated with the Group's activities, set reduction targets and implemented actions towards reduction.

GIKEN Group Supply Chain Emissions for Year Ended in August 2024

*CO₂ emissions for Scope 1, 2, and 3 are calculated in accordance with the GHG Protocol, covering GIKEN LTD. and its consolidated subsidiaries.
*The calculations are based on actual data such as purchase amounts and electricity consumption, as well as estimated values based on factors such as the number of employees.
*These estimated values are subject to change if there are updates to the data or revisions to the calculation methods.
*These estimated values for Scope 1, 2, and 3 have not been assured by any third party.
*Scope 2 is calculated based on market standards.
*Within Scope 3, the following categories are excluded from the calculation because they do not apply to our business.
Category 9 (Downstream Transportation and Distribution), 10 (Processing of Sold Products), 14 (Franchises), 15 (investments)
*Within Scope 3, Category 8 (Upstream Leased Assets) is included in Scope 1 and 2 for calculations.
*Within Scope 3, Category 13 (Downstream Leased Assets) is included in Category 11 for calculation.
*Totals may not add up due to rounding.

GIKEN Group Supply Chain Emissions Reduction Target for Year Ending in August 2031

ClassificationTarget YearTarget
Scope 1, 2 Year ended in August 31,2031 42% reduction from year ended in August 31, 2021
Scope 3 Year ended in August 31,2031 25% reduction from year ended in August 31, 2021

Reduction Actions by the GIKEN Group (Accomplishments)

Switch to Renewable Energy

From May 1, 2022, the power used in all company offices and factories (7 locations in Japan) have been switched to virtually 100% renewable energy.

Introduction of Modal Shift

From 2022, transportation of certain products and parts has been moved to rail or ferry from truck.
Compared to truck transportation, an over 5% per year reduction of CO2 emissions has been found in trial calculations.

Modal Shift Implementation Status

Modal shift initiatives were introduced in the fiscal year ended in August 2022. We achieved a modal shift equivalent to 14 truckloads in that year, 62 truckloads in the fiscal year ended in August 2023, and 60 truckloads in the fiscal year ended in August 2024.
As a result, CO₂ emissions from transportation in the fiscal year ended in August 2024 were reduced by 15% compared to a scenario without these modal shift measures.

Re-Evaluation of Packing Materials

Certain cardboard packaging has been switched to containers to reduce waste.
Additionally, we have re-evaluated our use of air bubble packaging. Unnecessary packaging has been eliminated, and low CO2 emission air bubble packaging is being utilised when the use of air bubble packaging is necessary.

Re-Evaluation of Packing Materials
・Certain cardboard packaging
has been switched to containers.

Before

After

Re-Evaluation of Packing Materials
 ・Elimination of unnecessary packaging
 ・Use of low CO2 emission air bubble packaging

Regarding the use of biofuels

We are promoting the use of biofuels as an alternative to diesel fuel, enhancing the environmental performance of our products, and striving to reduce CO₂ emissions throughout our supply chain.


Contribution to the Environment Through Superior Construction Methods

Our products and methods, such as SILENT PILER™, have been designed and developed based on the Press-in Principle, and we also offer GRB System™ equipment that can complete the work while advancing along the top of already installed piles. Using these machinery and methods, temporary construction work can be minimised, avoiding the need for temporary platforms that other pile-driving machines might require. This approach shortens the construction period and reduces the use of construction materials, leading to a reduction in CO2 emissions.

Other Methods

GIKEN Method

No need for temporary works that are required with other construction methods (manufacturing, transporting, installing and removing temporary materials)

Reduction in CO2 emissions

Shortened construction period

*1  Standard technical data on tubular sheet pipe press-in construction, Tubular Sheet Pile Press-in Method, Japan Press-in Association (2022 version)
*2 Standard estimation standard for civil engineering, Japanese Ministry of Land, Infrastructure, Transport and Tourism (2022 version)

Reduced construction materials

*Prepared by GIKEN LTD. based on Design and Construction Guideline for Press-in Piling 2020, International Press-in Association