ReUse Consortium Meeting in Norway
From April 22nd to 23rd, the ReUse consortium met in Grimstad, Norway, for its 5th Consortium Meeting. Hosted by Morrow, the meeting served as an important moment for the project as it enters its final phase, with the official project conclusion set for December 2026.
The first day was dedicated to the core technical pillars of the project. Partners presented significant progress in Cell Deactivation, Disassembly, and Fragmentation (WP1 & WP2), as well as the latest results in Direct Recycling (WP3). A key focus remained on the Safeguarding of Sustainability (WP4), ensuring that the ReUse recycling path remains the most environmentally friendly option for Europe’s battery future.
A major highlight was the session with the External Advisory Board. The consortium presented preliminary project results, sparking a high-level discussion on the industrial viability and regulatory alignment of the ReUse methodology. The day concluded with an exclusive tour of the Morrow Technical Facility, showcasing the cutting-edge R&D infrastructure currently scaling up in Norway.
Day 2 took the team from the research lab to the industrial floor. Equipped with safety shoes and high-vis vests, the consortium toured the Morrow Factory, gaining a first-hand look at large-scale battery manufacturing — an essential perspective for a project focused on recycling those very cells.
Back in the plenary, the focus shifted to Communication, Dissemination, and Exploitation (WP5). As the project approaches its final eight months, the emphasis has moved toward ensuring that the knowledge generated within ReUse is integrated into the European battery ecosystem. The session concluded with a look ahead at the Final Report and the project’s legacy beyond 2026.
The entire ReUse consortium sincerely thanks Morrow for their hospitality and for offering insight into the future of European battery manufacturing.
As we approach the final months, the ReUse project is progressing well to provide a truly circular and sustainable solution for recycling LFP batteries.
