General presentation of the platform
The interdisciplinary research platform LvL-Up, located at the Icam campus in Lille, is dedicated to the core challenges of the current ecological transition by focusing on the valorization of industrial co-products and non-food vegetal waste. Driven by a strong ambition to align with a circular economy and integral ecology approach, our primary mission is to develop viable, high-performance, and sustainable alternatives to fossil raw materials. To achieve this, our work focuses mainly on the exploitation of lignocellulosic biomass. By rethinking the life cycle of these underutilized natural resources, we are designing the biorefineries of tomorrow and fostering the emergence of a truly green industry.

The unique strength of the LvL-Up platform lies in its ability to encompass the entire value chain, from the raw co-product to its final industrial application. In order to minimize environmental impact while maximizing processing efficiency, we rely on the development of cutting-edge ecotechnologies. These innovative processes, initially designed and validated at the laboratory scale, undergo a rigorous scale-up to provide the necessary volumes for proofs of concept with our partners. To ensure this technological continuity, we mobilize highly specialized and complementary expertise: the design of eco-extraction processes and green chemistry, coupled with numerical process simulation. We also ensure the in-depth study of the developed materials through their mechanical characterization and modeling, the evaluation of their durability, and the execution of Life Cycle Assessments (LCA) to certify their ecological relevance.

To successfully carry out these ambitious scientific projects, LvL-Up relies on the synergy of a dynamic and highly qualified team. This platform currently brings together 7 researchers, 11 PhD students, and 4 post-doctoral researchers, all deeply involved in the various stages of technological maturation. Our ecosystem is enriched by a strong network composed of numerous academic laboratories and industrial partners involved in the ecological transition. Together, we champion a responsible approach with high scientific and economic potential, resolutely committed to pushing the boundaries of technological innovation to build a more sustainable environment.
Keywords: Eco-technologies – Circular Economy – Agrifood – Biorefineries – Integral Ecology – Biomass – Green Industry – Environment – Recycling
Mots Clés : EcoTechnologies – Économie circulaire – Agroalimentaire – Bioraffineries – Écologie intégrale – Biomasse – Industrie Verte – Environnement – Recyclage
Expertise
- Ultrasound / Microwave extraction processes
- Chemical / Catalytic transformation of plant material
- Chemical characterization
- Numerical process simulation
- Biomass pyrolysis
- Multi-scale mechanical properties
- Mechanical modeling
AKENOV : CIFRE Fruits Rouges and Co
January 2026 to January 2029
ANR PRCE – Magnelin4D – composites 4D fonctionnels à base de lignine par fabrication additive avec des performances de déclenchement magnétique améliorées par l’IA
2022 to 2026
ANR ReCoLV project (2025 – 2029)
2025 2029
Cifre Project – Bio-based polyurethane foams without MDI based on modified lignins
2023 to 2026
Modification of lignin extracted from equine manure for the design of materials dedicated to 3D additive manufacturing
2022 to 2026
Optimization of continuous eco-extraction of biomolecules from chicory co-products
October 2024 to october 2027
VALOREEMA Industrial Chair
février 2026 décembre 2028
Valorization of chicory by-products through eco-extraction of biomolecules of interest
January 2026 to december 2026
VAPERAIL – Bio-based materials for the manufacture of railway bearings
2023 to 2026
Skills on the platform
Clément DUMONT
Researcher lecturer
Delphine PRADAL
Researcher lecturer
Sébastien MENANTEAU
Researcher lecturer