#Raw Materials

2024-06-20

AMSilk’s fibers have a significantly lower environmental footprint compared to Silk

AMSilk GmbH (“AMSilk”), a frontrunner in advanced biomaterials made from spider silk-based proteins, today announces that that it has completed an independent ‘Cradle-to-Gate’ Life Cycle Assessment (LCA) comparing the environmental footprint of AMSilk Ultrafine Fiber with mulberry silk across five environmental indicators: climate change, land and water use, acidification and freshwater eutrophication.

These indicators are the most relevant to the textile industry and represent the top five of all 16 Product Environmental Footprint (“PEF”) indicators evaluated after having normalized and weighted all results. The study was executed by Quantis, the leading environmental sustainability consultancy.

The ISO-compliant and objectively reviewed study found that the relative impact of 1 kg of AMSilk Ultrafine vs. Mulberry silk was significant, with AMSilk Ultrafine having:

• 81% lower climate change impact

• 90% lower acidification

• 73% lower eutrophication of freshwater

• 92% lower land use

• 97% lower water use

Based on this “cradle-to-gate” study, AMSilk Ultrafine Fiber has a more favorable environmental footprint compared to Mulberry silk in the five environmental indicators examined. Key factors contributing to this include AMSilk’s potential to reduce water and land use impacts by avoiding the negative impacts from deforestation and land use change associated with mulberry tree cultivation.

Overall, the reduction in environmental impacts associated with AMSilk fibers can be attributed to its biofabricated nature, which circumvents the resource-intensive processes of silkworm rearing and cocoon harvesting inherent to silk production.

In a separate analysis by the Fresenius Institute, AMSilk’s textiles were shown to be readily biodegradable according to OECD 301B, with >60% degradation in just eight days, well ahead of the benchmark of 10 days, and 84% degradation within 28 days. Nonetheless, the material is fully durable in daily use by a consumer.

Ulrich Scherbel, Chief Executive Officer, AMSilk commented: “These strong figures reinforce the environmental performance characteristics of our material in addition to their various high-performance properties. Our biofabricated fibers and yarns remove the limitations of existing materials and offer brands unimagined opportunities to reinvent themselves while reducing their carbon footprint.”

Click here for more details: Cradle-to-Gate Report Overview

https://www.amsilk.com/app/uploads/2024-06-18_Fiber-LCA-2024_public-version.pdf

To showcase its innovative biofabricated yarns, AMSilk will be attending Pitti Immagine Filati, in Florence, Italy, from the 25th to 27th June 2024, and Première Vision in Paris from the 2nd to 4th July 2024. If you would like to meet with a member of the team, please get in contact, or come and visit the stand.

Evonik and AMSilk extend partnership for sustainable biotech silk materials

Evonik and AMSilk, a global leader in advanced biomaterials based on silk proteins, have deepened their collaboration with a long-term agreement to produce sustainable silk proteins at industrial scale. Building on their initial manufacturing agreement from 2023, the companies have commissioned a manufacturing line at Evonik’s Slovakian site for AMSilk’s high-performance silk. This innovative biomaterial is produced with minimal environmental impact and is designed for use in premium fashion and highly demanding automotive interiors.

AMSilk secures EUR 52M strategic financing to accelerate commercial growth

AMSilk GmbH (“AMSilk”), a frontrunner in advanced biomaterials made from silk-based proteins, today announced it has successfully secured EUR 52 million financing led by existing investor ATHOS (AT Newtec), along with strong participation from fellow existing investors MIG Capital and Novo Holdings. The financing combines EUR 30 million in equity, and EUR 22 million in convertible bonds. This reflects strong investor confidence and long-term commitment in AMSilk’s technology and market potential.

New study shows low environmental impact by Cotton made in Africa Organic Cotton from Tanzania

Today, the Aid by Trade Foundation (AbTF) is announcing the results of a comprehensive life-cycle analysis (LCA) for cotton produced in Tanzania under the Cotton made in Africa Organic (CmiA Organic) standard. The study emphasises the small ecological footprint of CmiA Organic verified cotton. This can largely be traced back to the absence of synthetic pesticides, artificial fertilisers, and artificial irrigation. Consequently, CmiA Organic cotton can help the textile industry meet regulatory requirements as well as science-based targets. The results also show that the consequences of climate change threaten the livelihoods of these cotton farmers, even though the type of agriculture they practise barely contributes to climate change.

Textile Exchange publishes cotton Life Cycle Assessment study to strengthen impact data

Textile Exchange has published the first in a series of seven Life Cycle Assessment (LCA) studies designed to improve the quality and robustness of environmental impact data for raw material production across the fashion, textile, and apparel industry. The first LCA study focuses on cotton and addresses critical data gaps and methodology variability through new high-quality data across key producing countries. The study includes organic, regenerative, recycled, and country averages for conventional cotton production systems, providing a clearer picture of the associated environmental impact.

RE&UP partners with Madewell and ISKO on textile-to-textile denim capsule

RE&UP Recycling Technologies is accelerating the shift toward a closed-loop textile economy through a collaboration with American denim brand Madewell and global fabric manufacturer ISKO. By transforming approximately 20,000 pairs of post-consumer jeans into recycled feedstock for a textile-to-textile denim capsule, RE&UP demonstrates the commercial viability of circular systems in the denim sector.

Sedo Treepoint will exhibit smart technologies for technical textile production

As technical textile production becomes increasingly complex and sustainability requirements intensify, digital integration is evolving from an efficiency tool into a strategic task. At Techtextil 2026 (April 21–24, Frankfurt am Main), Sedo Treepoint will present smart digital systems designed to address the demanding production environments of technical textile manufacturing. The company’s focus will be on practical technologies that enhance process transparency, reproducibility, and efficient resource use. Visitors will meet Sedo Treepoint in Hall 12, Booth D05.

ITM presents cutting-edge textile research at Techtextil

From April 21 to 24, 2026, the Chair of Textile Machinery and High Performance Material Technology (ITM) at TUD Dresden University of Technology will be presenting its current research at Techtextil, the leading international trade fair for technical textiles and nonwovens. In Hall 12.0, Stand D41, the team will be demonstrating how it combines high-performance fibers, AI-supported digital development tools and innovative machine technologies to develop textile solutions for lightweight construction, construction, medical technology and sustainable production from atom to product.

CHT Group to showcase intelligent specialty chemical solutions at Techtextil 2026

At this year's Techtextil 2026 in Frankfurt am Main, the CHT Group will be presenting its comprehensive portfolio of tailor-made specialty chemicals and process solutions for technical textiles. As a reliable partner to the global textile industry, the company offers innovative products and in-depth technical expertise across all areas of the textile value chain – from pretreatment, dyeing, and printing to finishing, coating, and fiber auxiliaries.