The CERNET project has successfully completed its first year of implementation (M1–M12), consolidating progress and coordination across the consortium, marking a key milestone in the consolidation of its technical and organisational foundations.
CERNET is a pioneering European innovation project transforming biogenic CO₂ emissions into valuable bio-based products. By integrating cutting-edge carbon capture and conversion technologies across three industrial demo sites, CERNET aims to accelerate the circular bioeconomy and support climate neutrality.

The project brings together industry, academia and society to co-create sustainable solutions, foster stakeholder engagement, and maximise impact through open science, inclusivity and knowledge sharing.
Meet the partnersThese companies and institutions stand behind Cernet
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Bio-based products
CO₂ to be captured

biogeniC gasEous caRbon conversion into high added value chemicals and ingredients through a bio-based NETwork
The CERNET project has successfully completed its first year of implementation (M1–M12), consolidating progress and coordination across the consortium, marking a key milestone in the consolidation of its technical and organisational foundations.
The CERNET project has recently formalised an amendment to its Grant Agreement, reinforcing the consortium through the integration of new partners and an updated implementation approach. This adjustment strengthens the project’s technical capacity while ensuring continuity, efficiency, and alignment with its original objectives.
The EU-funded CERNET project has published its public deliverable D2.3, KPIs and Monitoring Framework, setting out how it will measure the conversion of industrial emissions into useful products. The framework gives the project a consistent way to track progress across its carbon-conversion technologies.
How do you turn an industrial waste gas into an amino acid, a biodegradable plastic, or an ingredient for a face cream? That question sits at the heart of CERNET's newly published deliverable, D2.4 – Feedstock management for CERNET demo sites, and the answer it offers is one of the more concrete contributions yet to Europe's push toward a circular bioeconomy.
CERNET demonstrates how biogenic CO₂ and CH₄ emissions from industries like winemaking, agriculture, and waste management can be captured and transformed into valuable bio-based products. Technologies include oxyhydrogen fermentation, thermo-catalytic conversion, and microbial fermentation.
The project validates six bio-based ingredients—such as L-alanine, ectoine, and PHA—for use in real-world applications across food, cosmetics, cleaning products, and packaging. Each product is tested for quality, safety, and market relevance.
CERNET applies Safe and Sustainable by Design (SSbD) principles and conducts Life Cycle Assessments (LCA), Social-LCA, and Life Cycle Costing (LCC) to ensure environmental, social, and economic sustainability across the value chains.
A Decision Support System (DSS) inspired by the EU Emissions Trading System helps stakeholders evaluate trade-offs, optimise CCU configurations, and build scalable business cases. Replication strategies will support uptake beyond the demo sites.
CERNET engages feedstock providers, industry, policymakers, and citizens through co-creation workshops, newsletters, and public events. WP8 ensures that knowledge is shared widely and impact is maximised across Europe.