Seeking to join a consortium for HORIZON-CL5-2026-03-D3-01

We combine strategic insight and hands-on expertise across the following areas:

Materials Science and Electrochemistry: our contribution focuses on enhancing the competitiveness of renewable energy value chains through the rational design of functional materials and the recovery of critical raw materials (CRMs).

Advanced Design & Synthesis: Leveraging solid-state physics and chemistry to develop high-performance materials with extended lifespans, specifically targeting the mitigation of degradation in harsh operational environments.

Circular Economy & End-of-Life: Designing materials from the atomic level to be easily disassembled, reused, or recycled ("Design for Circularity"), ensuring a sustainable "source-to-sink" energy flow.

CRM Recovery: Developing innovative electrochemical and chemical processes to extract and regenerate critical raw materials from spent components, reducing dependence on external feedstocks and lowering primary costs.

Process Optimization: Applying materials characterization and production expertise to eliminate technical bottlenecks, transforming lab-scale synthesis into scalable, cost-competitive European solutions.