#Research & Development

2021-10-21

Research cooperation on sustainable biomaterials

Gustav Nyström, head of Empa's Cellulose & Wood Materials laboratory. Image: Empa

With the signing of a statement of cooperation, the BioProducts Institute at the University of British Columbia (BPI) and Empa are celebrating a new partnership to promote innovation and collaboration, furthering joint developments in the field of biobased solutions.

The BioProducts Institute is situated in Vancouver (Canada) and operates four research themes, which might be complementary to the research acitvities at Empa: 1. Biocatalytic transformation and engineering of biomass, Bio-nanoparticle enabled materials, Bio-based polymers and carbon materials and Biorefinery & Biofuels systems.

Empa joins Boreal Alliance

With this new cooperation agreement, Empa and BPI will seek to share best practices through knowledge exchange, co-involvement in scholarly meetings, fora, and conferences, and provide reciprocal access to research infrastructure and develop bilateral funding opportunities. The partnership will further advance Europe-Canada research collaboration in the sustainable use of renewable resources, building on the successes of prior exchanges. Empa will also join the Boreal Alliance, a transnational initiative co-founded by FinnCERES and BPI to aggregate research from nations along the Boreal belt to optimally utilize the forest resource and advance prosperity and well-being in balance with sustainable development.

Conference in Switzerland 2022

"Global collaboration platforms such as the Boreal Alliance has the potential to significantly accelerate innovation for the new bioeconomy. We at Empa are excited to take this next step and collaborate with UBC and BPI. Together we will act to advance biomaterials research, stimulate technology transfer and to educate new talents in the field. A joint conference is planned in Switzerland in May 2022 and will provide opportunities for a high level, in-depth sharing of knowledge and the nucleation of new research ideas for the future," says Gustav Nyström, head of Empa's Cellulose & Wood Materials laboratory.

“We are extremely excited to begin our partnership with Empa,” says Orlando Rojas, BPI Scientific Director. “BPI and Empa already entered in planning efforts dating back to two years ago, and now is the time to take action and our members are looking forward to starting new collaborations between the two institutions. The signing of this statement of cooperation will have a great visibility and will catalyze our efforts in research and development. With the Alliance being formed with Switzerland, Finland and Sweden, we are creating the largest cluster of research in the forest-based bioeconomy. Our planned program will incentivize interactions and innovations to open new routes for biomass valorization in next generation bioproducts.”

“Production is a product”

From technical textiles and AI-driven robotics to the limitations of textile circularity: Professor Dr Thomas Gries looks back on more than two decades of development at ITA Aachen. In the interview, he explains why production technology remains a decisive success factor, discusses international collaborations and innovation ecosystems, and shares his views on the transformation of production landscapes and the challenges facing an increasingly regulated industry.

“We need to move away from the price trap and return to a value-driven mindset.”

With its new Textile Innovation Center, KARL MAYER is sending a strong signal for innovation, collaboration, and the future of textile applications. In this interview, Karl Josef Mayer discusses new opportunities in warp knitting, the processing of staple fibres, recycling, the changing role of machinery manufacturers, and why the textile industry must once again focus more strongly on the value of textiles. by Oliver Schmidt

“Innovation, resilience and international experience remain the great strengths of the Swiss textile machinery industry”

Geopolitical uncertainty, growing competitive pressure from China, new free trade agreements and the shift towards a circular economy are currently reshaping the global textile industry. In this interview, Cornelia Buchwalder discusses the current mood within the Swiss textile machinery sector, the industry’s distinctive innovative strength, new market opportunities in India and Asia, and the technological trends that could shape the upcoming trade fair cycle leading up to ITMA 2027.

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.

POLYMERS-5B develops high-performance bio-based polyesters from agricultural waste

The European research project POLYMERS-5B is developing an integrated enzymatic biorefinery to convert agricultural by-products from Mediterranean food production into valuable raw materials for the food, cosmetics and bio-based plastics industries. Using tomato and olive pomace as feedstock, the process aims to recover several product groups from the same biomass stream. The consortium will present its latest technical developments and market findings at Ecomondo 2026 in Rimini on 3 November.

STFI showcases new Textile LAB Professional with focus on climate protection and sustainable technologies

The Sächsisches Textilforschungsinstitut e. V. (STFI) in Chemnitz is organising a themed day on 3 December 2026, focusing on climate protection and the environment. As well as showcasing current applications for green cities and natural fibres for lightweight construction, the event will feature machine demonstrations in the new Textile LAB Professional. Under the motto ‘Design meets Technology’, this networking event will also provide an insight into artistic student projects, thereby facilitating a professional exchange on creative perspectives and modern technologies for climate protection and the environment.

Circulose resumes recycling of discarded cotton textiles and appoints interim CEO

Circulose today announced its restart of commercial-scale production plant at Ortviken in Sundsvall, Sweden, marking a significant step in scaling next-generation materials for the global fashion industry. The Ortviken plant is the world’s first commercial-scale chemical textile recycling facility. Its restart demonstrates that the fashion industry is seeking ways to scale proven solutions that move beyond pilots and into commercial production.

Itema brings textile versatility to ITMA ASIA + CITME 2026

Itema announces its participation in ITMA ASIA + CITME 2026, taking place November 20–24 at the National Exhibition and Convention Center in Shanghai. In Hall 3 – Stand D06, the company will showcase two Galileo-RX rapier weaving machines weaving heavy denim and conveyor belt fabrics, demonstrating its ability to address different textile requirements with application-specific configurations. Five additional Itema machines at partner booths will extend the exhibition lineup to upper shoe fabric, label, Jacquard leno fabrics, and shirting, offering visitors a broader view of Itema rapier and air-jet weaving technologies.

Brückner showcases sustainable technologies for the future of textile finishing at ITMA ASIA 2026

With rising energy costs, increasing environmental requirements, and growing competitive pressure, textile manufacturers worldwide are facing the challenge of making their production processes both more sustainable and more cost-effective. As one of the world's leading specialists in textile finishing machinery, Brückner will present innovative solutions and advanced production technologies at ITMA ASIA 2026 in Shanghai. These technologies can play a key role in significantly reducing both energy consumption and emissions.