Satisfactory Co., Ltd. Records Historic 8,571t CO2 Emission Reduction, Expands to "CO2 10000t Reduction Project"

Satisfactory Co., Ltd. (Headquarters: Chuo-ku, Tokyo; President: Takeshi Komatsu), an environmental and social creation company, announced that its "CO2 5000t Reduction Project" recorded a historic annual CO2 emission reduction of 8,571 tons (preliminary figure) in fiscal year 2025. This achievement surpasses the 5,000-ton target for the third consecutive year. In response to this success, the project will expand its scale from fiscal year 2026, transitioning to the "CO2 10000t Reduction Project," aiming to establish an annual 10,000-ton CO2 reduction as a new environmental infrastructure. This new phase targets approximately double the environmental impact reduction of the initial project, accelerating the transition to a circular economy with participating companies.

The company attributes the record reduction in fiscal year 2025 to a shift in corporate environmental responses from 'cost' to 'strategy.' Market conditions, including volatile crude oil prices due to the Middle East situation, have led to soaring prices for petroleum-derived raw materials like naphtha and polyethylene (PE). Polyethylene product manufacturers have announced price increases of over 30% due to rising raw material and logistics costs, highlighting significant risks in traditional procurement models. In this unstable market, Satisfactory's "FUROSHIKI," a 99% recycled material garbage bag, offers a critical option for corporate business continuity plans, combining environmental value with supply chain resilience. It provides two new solutions for businesses: decarbonization through the use of low-carbon recycled materials and stable procurement through pricing designed to mitigate oil market fluctuations and a proprietary collection network. Satisfactory Co., Ltd. was established on November 13, 1996, and is headquartered in Chuo-ku, Tokyo. Its businesses include waste management, environmental consulting, and recycling product development.