Biomimetic selective extraction membranes (BIOMEM)

The BIOMEM project sets out to transform bioprocessing with biomimetic selective extraction membranes. Inspired by nature, these membranes replicate biological transport proteins, enabling ultra-selective recovery of key molecules like phosphates, sugars, and organic acids - essential for industries spanning biotechnology, pharmaceuticals, and agriculture.

By integrating these smart membranes into bioprocesses, BIOMEM aims to cut energy consumption by 80% compared to conventional filtration methods, reducing both industrial costs and environmental impact. This approach aligns with circular economy principles, ensuring valuable raw materials are recovered and reused instead of wasted.

Scaling from lab to industry is at the heart of BIOMEM’s mission. The project is focused on proving that bio-inspired technologies can power cleaner, more efficient, and cost-effective manufacturing. As BIOMEM progresses, key milestones will validate, optimize, and demonstrate the potential of these membranes - paving the way for more sustainable biomanufacturing.