NEWS

15 December 2025

Sustainable Interiors – CLIB-Webinar Review

LIGNOFUN will target several markets with it’s innovative product prototypes developed using lignin-derived bioaromatics. A first showcase of future opportunities was now presented in a online webinar hosted by CLIB focussing on Sustainable Interiors.

Experts and participants discussed how innovative materials, design principles, and cross-sector collaboration can shape a more sustainable interior sector, and whether any market-ready solutions exist.

The webinar was a great first glimpse into real market opportunities and a great forecast for waht we plan to archieve in LIGNOFUN.

31. October 2025

Master’s Thesis Opportunity in the LIGNOFUN Project

Are you interested in biotechnology, sustainability, and the circular bioeconomy? The LIGNOFUN project, coordinated by RISE, is offering an exciting Master’s thesis opportunity on metabolic engineering of Pseudomonas putida for the production of cis,cis-muconic acid (ccMA) from lignin-derived aromatics.

Adipic acid, used in nylon, polyurethane, and other materials, is currently produced from petroleum, generating significant greenhouse gas emissions. LIGNOFUN aims to develop a bio-based alternative that transforms underutilized lignin streams into high-value sustainable chemicals.

The thesis project will take place at RISE Processum AB in Örnsköldsvik, Sweden, where students will work within the RISE Bioeconomy Arena, a unique innovation hub combining biotechnology and chemistry testbeds. Students will contribute to engineering and screening Pseudomonas strains, optimizing pathways for efficient conversion of lignin-derived aromatics to ccMA, and may also participate in pilot-scale cultivation depending on thesis scope.

This is a unique opportunity to gain hands-on experience in industrial biotechnology and green chemistry, working alongside experts in a European project that directly supports the transition to a circular and climate-neutral bioeconomy.

Interested students can download the full thesis description Master’s thesis: Metabolic Engineering of Pseudomonas putida | RISE.

Credits: 30 or 60 ECTS

Location: Örnsköldsvik, Sweden

Start: January 2026

Deadline: 30 November 2025

Contact: andreas.s.johansson@ri.se or vaskar.mukherjee@ri.se

27. June 2025

CBE JU funded project LIGNOFUN has been launched to unlock the power of lignin for a fossil-free future

LIGNOFUN (LIGNin-based arOmatic FUNnelling to high-value biochemicals and biomaterials production) is an Innovation Action project funded by CBE JU under Horizon Europe (Grant agreement ID: 101214432) with a budget of 8.8 Million euros.

The project was officially kicked-off in Örnsköldsvik in Sweden. Hosted at the location of project coordinator RISE, the launch marks the beginning of a four-year innovation journey to transform lignin, an abundant by-product of the pulp and paper industry, into high-value bio-based chemicals and materials.

Underutilized lignin to high-value compounts

Each year, millions of tonnes of lignin are generated in pulp mills across Europe, but most of it remains vastly underutilized—typically burned for low-grade energy recovery. LIGNOFUN aims to change that. By optimizing two innovative lignin depolymerisation technologies—METNIN and OHRIGINS—the project will unlock aromatic-rich product streams and funnel them into sustainable applications such as biobased foams, adhesives, coatings, composites, wood panels, Nylon 66, cosmetics and personal care products, and antioxidant for rubber-based material production.

To ensure these processes move from lab to market, the project will advance both technologies to TRL 6–7 and demonstrate industrial relevance through prototype validation, performance benchmarking, and end-user integration.

Shaping a sustainable bioeconomy together

Beyond the technological breakthroughs, LIGNOFUN will evaluate the environmental, social, and economic sustainability of lignin-based innovations using life cycle assessment (LCA), techno-economic analysis (TEA), and social impact metrics. The consortium also emphasizes early stakeholder engagement, aiming to co-create market-ready solutions and build momentum for bio-based circular value chains in Europe.

The project brings together a robust consortium of 18 partners from 9 countries, including leading research institutes, SMEs, large industry players, and clusters—all united by a shared mission: to replace fossil-derived aromatic compounds with sustainable lignin-based alternatives.

RISE Processum AB (SE), RISE Research Institutes of Sweden AB (SE), RISE Lignodemo AB (SE), VITO (BE), MetGen Oy (FI), Fundacion CENER (ES), Juno Composites Ltd (IE), NovelYeast (BE), Kastamonu Entegre (TR), Celignis Ltd (IE), CLIB (DE), IDENER R&D (ES), Budapest University of Technology and Economics (HU), FCBA (FR), Moses Productos SL (ES), Fundación AITIIP (ES), Helia-D Ltd (HU), and Centro Tecnológico Riojano (ES).

Funded

The project is supported by the Circular Bio-based Europe Joint Undertaking and its members. Funded by the European Union. GA ID 101214432. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or CBE JU. Neither the European Union nor the CBE JU can be held responsible for them.

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