At the heart of BioCirc’s operations is its unique concept of integrated circular energy clusters.

These clusters are combined by various green energy technologies, including solar, wind, biogas, electrolysis, pyrolysis, and Power-to-X solutions. By combining these technologies, BioCirc creates a circular energy system that not only generates renewable electricity, gas, e-fuels, and district heat but also significantly reduces CO₂ emissions compared to traditional solar and wind projects. By leveraging all by-products in the production facilities, the clusters offer a unique local solution to help solve the global climate challenge and act as a key lever in the green transition of other industries.

BioCirc’s energy clusters are also instrumental in local job creation. By establishing these clusters, we foster employment opportunities, driving economic growth in municipalities and reinforcing the local workforce’s involvement in sustainable practices.

With the RECLAIM project, BioCirc is spearheading the development of Europe’s first fully integrated biocircular renewable energy cluster—demonstrating the future of decentralized, sustainable energy systems. RECLAIM will be the first phase of Vesthimmerland Go Green.

At its core, RECLAIM will combine a methanol production plant, a state-of-the-art electrolyser for green hydrogen (H₂) production, and wind turbines delivering direct-line renewable electricity. It will also feature the transformation of an existing biogas facility—redesigned to optimize feedstock intake by prioritizing locally sourced, low-value agricultural residues. This circular approach is designed to maximize CO₂ abatement while enhancing the sustainability of the regional agricultural economy.

By integrating these technologies, RECLAIM will showcase how biocircular infrastructure can unlock significant regional benefits, including increased investment, job creation, enhanced energy security, and support for national and local climate goals.

The project is expected to achieve an annual reduction of ~70k tons of CO₂ emissions, reinforcing BioCirc’s mission to deliver tangible climate impact through scalable energy solutions.

Furthermore, RECLAIM will serve as a commercial-scale demonstration of how biocircular energy clusters can be replicated across Denmark and Europe—contributing to the continent-wide green transition and strengthening long-term energy resilience.

RECLAIM is currently under development, with BioCirc having already secured strong support from key partners—including local authorities, leading equipment suppliers, and utility providers. The team is now actively advancing the project toward a final investment decision.