Within the THERMOFIRE project, Arkema is pursuing a high-risk, low-TRL approach to revolutionize fire-retardant polyamide 11 (PA11). Unlike traditional methods that mix PA11 with flame-retardant additives, Arkema is inventing a new reactive route to synthesize intrinsically fire-retarded PA11 by incorporating phosphorus-based monomers directly into the polymer backbone.
Under the THERMOFIRE project, Avanzare develops innovative flame-retardant additives for bio-based materials in textile, automotive, and aviation, promoting sustainability and reducing petroleum reliance.
Anticipatory LCA for informed bio-based product decisions
The workshop on Life Cycle Assessment (LCA), held by the BIORING and SuperBark projects, brought together experts in material science, sustainability, and LCA to discuss strategies for effective analysis in biobased material research. The focus was on overcoming challenges in early-stage LCA, including data gaps and optimizing sustainability performance.
The follow-up meeting for the THERMOFIRE CBE-JU took place in Logroño, La Rioja. It was a fantastic opportunity to review the progress and advancements achieved so far in this groundbreaking project.
Bio-Resins & Fire-Retardant Additives for Coatings
On October 15, the LIGNICOAT project hosted an online workshop in collaboration with the THERMOFIRE and VIABLE projects. The workshop explored the intersection of bio-resins and fire-retardant additives, with a particular focus on their applications in coatings and their future potential.
This joint webinar, hosted by the FURIOUS and THERMOFIRE projects, brought together experts to discuss advancements in bio-based polymers and their potential to transform the industry. Missed the webinar?
