Objectives
The LIFE B3 FURN project will demonstrate to the industry and policy makers that a drastic waste reduction and GHG emission savings can be achieved in the furniture and construction sectors. The core technology consists in the production of the innovative B3 Boards, i.e. recyclable formaldehyde-free wood-based panels using the bio-based FiberLean® MFC as binder. In order to achieve this goal, the specific objectives are:
- To demonstrate the scalability of the technology for the B3 Board production, by installing a demonstration plant producing boards with the surface quality equal to the traditional MDF.
- To optimise the B3 Board upgraded production process, by defining and fine-tuning the optimal process parameters to run the demonstration line in order to deliver B3 Board with required mechanical properties whilst maximising throughput and minimising cost, progressing from TRL6 to TRL8.
- To validate the B3 Board performances under an end-use perspective, assessing B3 Board properties, confirming the surface compatibility of B3 Board with high-grade treatments required by the furniture market (e.g. lamination, veneering and lacquering), and demonstrating the B3 Board usability as a furniture component.
- To validate the life cycle sustainability of the B3 Board production process, assessing all the environmental benefits associated with the LIFE B3 FURN project by means of a LCA (according to the PEF method) considering a broad range of impact categories covering potential GHG emissions, depletion of resources and eco- and human toxicity aspects.
- To ensure continuation, replication and transfer of the project results, by engaging relevant stakeholders, outlining and implementing a sound commercialisation strategy, and developing an updated version of the business plan for the full-scale commercialisation of the solution.
- To increase awareness of the LIFE B3 FURN solution among general public, policy makers and the whole furniture and construction industries, focusing on the environmental, social and economic benefits as well as on the technical feasibility of the LIFE B3 FURN process.
