From the Sector

The nova-Institute is launching a new format to address the most pressing issues and current topics in the cellulose fibres sector: nova talks – a digital discussion series designed to spotlight key topics in the cellulose fibres sector. In these open online sessions, leading experts will regularly explore and discuss the latest developments, technologies, and challenges. 

Online cellulose fibre nova talk: 13 November 2025, 13:00-14:30 CEST

Lyocell, a material made from cellulose, is gaining strong attention in the textile industry for its strength, softness, and sustainable production. As the textile industry increasingly prioritises circularity and sustainability, Lyocell 2.0 offers promising solutions through balanced high-quality performance combined with environmental responsibility, while also standing out for its recyclability and versatility.

On 13 November 2025, 13:00-14:30 CEST, nova-Institute will host the first ever nova talk — an interactive online-discussion format offering in-depth discussions on cellulose fibre innovation. This event will bring together internationally recognised experts Asta Partanen (nova-Institute), Philipp Köhler (Thuringian Institute for Textile and Plastics Research Rudolstadt e.V.  – TITK), and Manuel Steiner (LIST Technology AG) to explore next generation cellulose fibres from multiple perspectives.

As current EU directives for textiles are focussing on circularity and sustainability in textile fibres, the discussion will offer an overview of different fibre-to-fibre recycling methods as well as market figures and technology data. A special focus is set on one of the most growing textile fibres: Lyocell. Other key topics will include the emerging use of ionic liquids in Lyocell production, a comparison of chemical and mechanical fibre recycling, and how Lyocell compares with viscose in terms of recyclability and circularity. The panel will also cover technical advances in re-pulping cellulose to regenerate full Lyocell fibres, current trends, and international highlights.

This event is sponsored by LIST Technology AG. Based in Switzerland, LIST Technology AG is the leading technology provider for highly viscous and phase-changing industrial processes based on KneaderReactors, such as dissolution processes for spinning solutions, and inventor of the Lyocell 2.0 technology. LIST’s support highlights the importance of sustainable materials research in driving the textile industry’s future.

The TITK – Thuringian Institute for Textile and Plastics Research Rudolstadt e.V. is among the leading private institutes for polymer-based functional and engineering materials. With a modern technology park, it has recently advanced textile recycling, presenting at the World Expo in Japan the first polo shirt made from triple‑recycled cellulose fibre. The fibre, Lyohemp®, is TITK’s innovation and the first Lyocell made from hemp pulp.

With a new strategic partner, its showroom now open in Sweden, and the successful commissioning of a Dye-Max spray dyeing system for a key H&M supplier in Bangladesh, imogo is looking to make a splash at next week’s ITMA Asia+CITME in Singapore.

Compared to conventional jet dyeing, impressive savings can be achieved with imogo’s Dye-Max, which is based on a series of spray cassettes with precision nozzles for accurate and consistent coverage combined with a patented pro-speed valve that controls the volume to be applied.

“The savings in treatment water the Dye-Max achieves are due to the extremely low liquor ratio of 0.5 litres per kilo of fabric,” explains imogo executive partner and board member Christian Moore. “At the same time, the low liquor ratio and the spray process require considerably less auxiliary chemistry to start with, and all of it is used in the process, which also greatly reduces the production of waste water, with only 20 litres being required for wash at changeovers. The low liquid content in the fabric meanwhile minimises the energy needed for fixation, while meeting industry quality standards and maintaining superior fabric performance.”  

The Dye-Max machine operates without the need for any changes to existing dyeing installations and employs traditional dyes suitable for application at room temperature. 

Blåkläder backing
In addition to ACG Kinna with whom it will share exhibition space in Singapore, imogo now has the support of Swedish workwear specialist Blåkläder.

With fully owned factories in Sri Lanka, Myanmar and Bangladesh, more than 8,000 employees and an annual turnover of SEK 2.7 billion, Blåkläder is one of the world’s leading manufacturers of quality workwear.

Blåkläder already uses dope dyeing, which reduces resource use in the dyeing of synthetic materials such as polyester, while imogo’s technology can also be used for natural fibres such as cotton, linen and viscose.

“Since most of the environmental impact from clothing occurs during manufacturing, it’s vital to develop methods that reduce resource consumption,” says Anders Carlsson, MD of Blåkläder. “Imogo’s groundbreaking technology addresses several of the industry’s toughest sustainability challenges and we naturally want to support that.

“Ninety percent of all the fabric we use comes from only ten carefully selected textile producers and by building long-term, trust-based relationships with them, we are well placed to influence sustainability efforts throughout the value chain.”

New showroom
Imogo’s new showroom and test centre is meanwhile now open and available for demonstrations and trials at the dyehouse of 7H Färgeri in Kinnahult, Sweden

“With this showroom, we are creating a platform for dialogue and collaboration with textile producers, brands and research partners,” says imogo CEO Joacim Wellander. “It enables visitors to see the technology in operation, understand the business impact and explore how innovation can drive transformation in their value chain.”

The facility will also serve as a knowledge hub, supporting technical training, application testing and joint development projects with partners. 

Chorka Textile
In Bangladesh, imogo has successfully installed a Dye-Max system at the plant of Chorka Textile, as part of retail giant H&M’s Green Fashion Initiative to support its key suppliers.

“The installation was handled by our own team and quality results were quickly achieved,” says Christian Moore. “This installation clearly proves that our technology is ready for the global market after years of development and fine-tuning, and working in Bangladesh taught us a lot. We look forward to discussing the opportunities that our technology can provide to mills around the world in Singapore.”

A closed-loop recycling project has successfully transformed 24 tons of post-consumer textiles into nearly 50,000 garments for Dutch retailer Zeeman, with each product containing a high-rate of 70% recycled content. This achievement represents a major milestone in accelerating textile-to-textile recycling in Europe.  

The project was initiated by the Boer Group, with financing support from Refashion, both active partners of ReHubs. The entire value chain was established within Europe. Textiles were collected and sorted in France, before being prepared by mechanical recycling specialist Frankenhuis (part of the Boer Group) in the Netherlands, where colour sorting and defibration took place. Blue and white textiles were selected to naturally influence the colour of the final yarn. The feedstock was then transferred to Italy, where Spinaker spun the yarn and Stella Sky knitted the fabric. Zeeman, as the final customer, played a vital role by defining the type of product to be created and ensuring it aligned with consumer expectations. 
 
The project, which ran over eight months, was designed to test both the technical and financial feasibility of producing garments with high levels of recycled content in Europe. The project successfully showcases that post-consumer textiles can be transformed into high-quality yarns and garments, as well that a circular value chain with collaboration across collection, sorting, recycling, spinning, and manufacturing can be achieved within Europe. An accompanying environmental impact report confirmed the benefits of this approach by replacing conventional yarn with the yarn developed in this project, the environmental footprint of the product is significantly reduced, including lower GHG emissions, reduced water use, and decreased energy consumption. 

ReHubs’ recently updated strategy aims to break the supply-demand deadlock in which recyclers struggle to scale without brand commitments, and brands are lacking access to cost-competitive, reliable recycled fibers. This project shows how collaboration across the value chain from collection and sorting to recycling, spinning, and retail can deliver real products to the market.  

This project’s success highlights the power of collective action in transforming Europe’s textile waste into valuable new products. By uniting stakeholders with a shared vision, it has proven that closed-loop recycling is both technically possible and commercially viable. With a circular European value chain now demonstrated, this project sets a benchmark for future initiatives and strengthens momentum towards scaling textile-totextile recycling across Europe.