Horizon EuropeTRL 4-5Synthetic biology

C5

Turning sunlight, water, and CO2 into valuable bio-based chemicals

Project Details

Grant agreement ID

101223091

Project Type

EIC PATHFINDER CHALLENGES

Funding

€4 m

Start date

1 November 2025

Duration

4 years

Turning sunlight, water, and CO2 into valuable bio-based chemicals

The production of bio-based chemicals has long been crucial to various sectors and industries, affecting agriculture, medicine and more. Its complexity has made manufacturing processes difficult, making sustainable production often economically unviable. The EIC-funded C5 project will transform the production of bio-based chemicals, maximising photosynthetic CO2 fixation and converting it into the versatile chemical feedstock molecule isoprene with high efficiency. The project will achieve this by developing disruptive technologies that pioneer the next generation of metabolic engineering, introducing the construction of synthetic cellular organelles in photosynthetic cyanobacteria. In combination with a novel bio-product harvesting technique that eliminates the need for costly biomass collection, the C5 consortium will drive critical innovations to make sustainable biomanufacturing of chemicals economically feasible.

Partners

University of CórdobaINsocietyCharité – Berlin University MedicineLeiden UniversityWageningen University & Research

Our role

Our team conducts comprehensive environmental and economic assessments throughout the project, identifying sustainability hotspots early to guide research decisions. We lead all dissemination and communication activities, coordinate stakeholder engagement, and develop strategies for intellectual property management and market introduction. We also work iteratively with all technical partners, updating assessments as the technology progresses from lab to pilot scale.

Milestones

An overview of the goals achieved by working on this project.

Gallery

C5 combines metabolic engineering with synthetic cellular organelles to revolutionize the sustainable production of bio-isoprene—a key chemical used in materials, pharmaceuticals, and specialty chemicals.