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Asahi Kasei to start providing carbon footprint data for each product of performance resins


Press Releases

April 20, 2022

Asahi Kasei Corporation

Asahi Kasei to start providing carbon footprint data for each product of performance resins

Visualization of GHG emissions in the supply chain through joint development with NTT DATA


Asahi Kasei has established a platform (the Platform) jointly with NTT DATA Corp. to grasp the amount of GHG emissions and calculate the carbon footprint of products (CFP)(*) for each grade of performance plastics used as molding material for automotive parts, consumer electronics, etc. The applicable performance plastic products are LEONA™, TENAC™, TENAC-C™, XYRON™, and Thermylene™. Use of the Platform began in April 2022, and CFP data provision to customers will begin in May 2022.


The Asahi Kasei Group made efforts to strengthen the business platform for sustainable growth from the viewpoint of Green, Digital, and People in its previous medium-term management plan, Cs+ for Tomorrow 2021. In its new medium-term management plan, announced on April 11, 2022, Green Transformation is positioned as one of the key areas for strengthening the management foundation, and Asahi Kasei is advancing reductions of its own GHG emissions as well as contributions to reducing the world’s GHG emissions for the realization of carbon neutrality. Therefore, from the perspective of GHG emissions reduction, Asahi Kasei has sequentially advanced the calculation of CFP for each product starting with the main products, and information provision to certain customers has begun.

LEONA™, TENAC™, TENAC™-C, XYRON™, and Thermylene™ are performance plastic products widely used as material for automotive structural parts, electrical equipment, consumer electronics, etc., featuring superior characteristics such as strength, lubricity, flame retardance, etc. Asahi Kasei’s performance plastics business has more than ten each of manufacturing sites and sales sites worldwide, and it provides products and technical service to customers around the world. As the supply chain is complex, involving various sites, it was difficult to promptly obtain detailed management information such as budgets, actual results, and forecasts, as well as CFP for each final product in an integrated format from production to sale.

With the growing awareness for the global environment and sustainability, industry-wide initiatives have arisen in addition to efforts within individual companies. For Asahi Kasei’s performance materials business, in addition to advancing decarbonization through business operations and procurement, there are calls to provide CFP information for each product to customers downstream in the supply chain for the promotion of decarbonization across the supply chain. The Platform was established to meet these expectations.


Outline of the Platform

Asahi Kasei and NTT Data jointly established a platform enabling Asahi Kasei’s performance materials business to grasp comprehensive management information globally in fiscal 2020. The Platform was expanded to grasp CFP.

Characteristic 1: Inclusion of GHG emissions from procurement and transportation to outsourced processing, in-house manufacturing, and shipment
The CFP of each material procured from upstream suppliers is added to the GHG emissions calculated proportionally in outsourced processing and in-house manufacturing processes, enabling visualization of CFP inclusive of the supply chain from upstream to manufacturing and shipment. (For calculating CFP of materials, LCI database “IDEAv2.3” provided by National Institute of Advanced Industrial Science and Technology (AIST) is used.)

Characteristic 2: Monthly calculation of CFP for each final product is possible even with complex supply chain
The performance plastic products supply chain is a complex one, with many different product grades, manufacturing sites spread around the world, and numerous production process steps. In order to cover the complex supply chain, “Anaplan” planning and analysis tool featuring high-speed mathematical processing was introduced. Grasping monthly CFP for each product is enabled by inputting various data on materials and production sites into Anaplan.

Characteristic 3: Dual analysis of cost and CFP achieved by combining with management information
As the Platform was created by expanding an existing management information platform, combined analysis of cost and CFP from various perspectives, such as by final product or by customer, is enabled. As these analyses are visualized using the business intelligence (BI) tool “Tableau,” not only CFP reduction but also proposals emphasizing the balance of cost and CFP can be made to customers.


Moving forward, Asahi Kasei will consider the optimal CFP calculation system and the way of disclosure corresponding to the characteristics of each product. Asahi Kasei aims for the achievement of a carbon neutral sustainable world by contributing to solutions for various challenges in society through its businesses.


* CFP is quantitatively calculated by combining the total GHG emissions from the entire life cycle of products and services, from raw material procurement to disposal and recycling, and then converting the figure into the equivalent amount of CO2. Asahi Kasei’s CFP calculation is based on “Cradle-to-Gate” assessment, which combines upstream emissions of materials and transportation, emissions from in-house manufacturing processes, and energy-related emissions such as electricity used during manufacturing.



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Related information

LEONA™ polyamide resin

LEONA™ has excellent heat resistance, strength and toughness, insulation, and oil resistance. It is widely used in automotive parts, electrical and electronic parts.

TENAC™ polyacetal resins

TENAC™ has excellent self-lubricating nature, fatigue behavior, and oil resistance. It is used in gears, bearings, automotive interiors and fuel parts.

XYRON™ m-PPE resin

XYRON™ has excellent flame retardancy, electrical properties, dimensional stability, and water resistance. It is used in photovoltaics (PV), batteries, and 5G communication components.