#Sustainability

2021-11-25

Teijin’s environmental commitments validated as science based targets

Teijin Limited announced today that it has been informed by the Science Based Targets initiative (SBTi) that its new targets for greenhouse gas emissions is now officially validated as science-based targets (SBT) that limit global temperature rise to well-below two degrees Celsius. Teijin is the first enterprise in Japanese chemical industry to receive this recognition.

Teijin declared its commitment in February 2021 that the company to being validated under SBT within two years and realized the aim earlier than planned.

SBTi provides companies with a clearly defined pathway to future-proofing corporate growth by specifying how much and how quickly they need to reduce their greenhouse gas emissions. The objective is to help achieve the Paris Agreement's goal of limiting global temperature rise to well-below two degrees Celsius above pre-Industrial Revolution levels, which is expected to significantly reduce the risks and impacts of climate change.

Teijin has established forward-looking long-term goals like net-zero in-house emissions by fiscal 2050 and committed to make avoided emissions by its products more than total emissions in supply-chain by fiscal 2030. The goals include reducing internal CO2 emissions by 30%, which was increased from the former 20% target, and two-thirds of total supply-chain emissions by 15%, both as of 2030 compared to 2018 levels.

Teijin, under its long-term vision of being a company that supports the society of the future, is delivering solutions to help realize a more sustainable society in three key fields: 1) environmental value, 2) safety, security and disaster mitigation, and 3) demographic change and increased health consciousness. As a people-focused company, Teijin provides innovative solutions for enhanced quality of life and also works to minimize any negative impact on the environment or society in its business activities.

Teijin announces availability of DPP-compliant products aligned with Europe’s ESPR Environmental Regulation

Teijin Limited announced today that it has started rolling out initiatives to enable aramid fibers and carbon fibers to be accompanied by Digital Product Passport (DPP) technology, which enhances supply chain transparency by verifying the origins of materials and supporting sustainability claims. The company is using the supply chain traceability system from Netherlands-based Circularise B.V., in which Teijin has invested since November 2024, to develop DPPs for each product.

Teijin Carbon showcases new eco-friendly Tenax Next™ R2S 513 6mm short carbon fiber at JEC World 2025

Teijin Carbon, a leading manufacturer of carbon fiber products, is presenting its latest development in sustainable materials at JEC World 2025 (hall 6, G22). New Tenax Next™ R2S 513 6mm is a short carbon fiber product in rice-shaped form for reinforcing thermoplastic compounds that not only offers exceptional performance characteristics but also reinforces the company’s commitment to environmental responsibility and circularity.

Teijin to invest in Circularise B.V. and adopt its supply chain traceability platform to promote the Circular Economy

Teijin Limited announced today that it will invest in Circularise B.V., a company based in The Hague, Netherlands, which develops product traceability management systems using blockchain technology. Teijin will also implement Circularise’s software to improve visibility into its global supply chain. Circularise’s proprietary “Smart Questioning”(*) solution, which utilizes Zero-Knowledge Proof (ZKP) technology, provides both anonymity and transparency to ensure a highly reliable product traceability system.

Jeanologia and BCome connect factory data with Life Cycle Assessment and Digital Product Passports

A new white paper by EIM by Jeanologia and BCome demonstrates how primary environmental data from denim finishing processes can be integrated into a garment's Life Cycle Assessment (LCA) and prepared for use in a Digital Product Passport (DPP). A comparative case study highlights significant improvements at the production stage while also showing how these translate into the environmental performance of the finished garment.

Stäubli to introduce new S3292 dobby for high-speed weaving at ITME India 2026

Stäubli will introduce its new S3292 dobby at ITME India 2026, taking place from December 4 to 9 at the India Expo Centre & Mart in Greater Noida, Uttar Pradesh. Designed for high-speed air-jet weaving, the new machine will be among the highlights of the company's presentation, which also includes warp preparation systems, cam motions, Jacquard technologies and digital services.

DITF develops bio-based binding fibers for wood-fiber insulation materials

As part of the CelluWoodFlex project, the German Institutes of Textile- and Fiber-Research in Denkendorf (DITF) are developing bio-based cellulose ester fibers as alternative binding fibers for flexible wood fiber insulation materials. In addition to the spinning process and the production of suitable staple fibers, the institute is also investigating how wood and cellulose fibers can be separated and recycled at the end of their useful life.

Reju expands textile-to-textile recycling network with six international fabric manufacturers

Reju, a textile-to-textile regeneration company, is expanding its industrial network through collaborations with six fabric manufacturers in Europe and the Americas. The initiative aims to accelerate the integration of regenerated polyester into textile manufacturing and support the development of finished fabrics for commercial applications.

Magnera highlights HighPleat™ filtration media technology at FiltXPO 2026

At FiltXPO 2026, held on October 28–29 at the Minneapolis Convention Center in Minneapolis, Minnesota, Magnera highlighted advances in air filtration media architecture, with a particular focus on its HighPleat™ platform for MERV 8–10 applications. The technology combines a lofted fiber structure with optimized pore architecture to address the challenge of balancing filtration efficiency, airflow resistance and contaminant-holding capacity.