Transforming captured CO2 and waste streams into high-value sustainable materials — from low-carbon fertilisers to advanced biocomposites, accelerating the circular economy.
We capture CO2 and convert it into biocomposites, fertilisers, and advanced materials — accelerating the shift toward a circular economy.
Carbon Capture Materials — a groundbreaking suite of advanced technologies designed to efficiently capture, convert, and utilise CO2 from industrial emissions and the atmosphere into high-value sustainable products.
A world where carbon capture technology is seamlessly integrated into industrial processes and urban infrastructure, making it accessible to businesses of all sizes and contributing to a carbon-neutral future.
Driving a low-carbon future by developing cutting-edge carbon capture solutions that are both effective and commercially sustainable, transforming waste into resources across agriculture, construction, and energy.
Our patented carbon capture and utilisation process transforms industrial emissions into commercially viable sustainable products — turning a liability into an asset.
See Our Process
Our team of environmental scientists, chemical engineers, and materials specialists develops carbon capture solutions that work at industrial scale.
Headquartered in Schoenefeld, Germany, we collaborate with leading universities, EU programmes, and forward-thinking investors to push the boundaries of what's possible.
Our carbon capture and utilisation process transforms industrial emissions into commercially viable sustainable products.
CO2 and waste gases are captured from industrial and agricultural sources using our proprietary technology.
Captured carbon is combined with other waste streams — ammonia, phosphates — through our patented CCU process.
The result: stable, high-value materials like low-carbon fertilisers, biochar, and advanced composites.
Products plug directly into existing supply chains, enabling businesses to decarbonise without disruption.
Six transformative technologies that turn captured carbon and waste streams into high-value products across industries.
Carbon-negative composites designed for construction, aerospace, and next-gen manufacturing.
High-performance biochar that captures and stores CO2 while enhancing soil fertility.
Advanced fertilisers integrating carbon capture materials for superior crop productivity.
Carbon-embedded materials redefining sustainable urban development and smart infrastructure.
Low-energy drying solutions that optimise fuel performance while reducing emissions.
Cutting-edge carbon capture technologies with blockchain-integrated carbon credit systems.
Our research and technological advancements are made possible through a robust public and private funding network.
Co-financed by the European Union. Supported by SAB and BMWK under the go-inno innovation programme.
Collaborations with leading universities and research institutions for scientifically validated, scalable solutions.
Eco-conscious investors committed to sustainability and technological innovation drive our growth.
Stay informed about our innovations, research progress, and industry insights.
Exploring the potential of biochar in reversing land degradation and fighting desertification globally.
How biochar-based materials are reshaping energy storage for a cleaner, more efficient grid.
From organic waste to profit — how CCM's circular economy model is creating new value chains.
Whether you're in agriculture, construction, or industry — our solutions can help you reduce emissions and create value.
Ready to reduce emissions and create value? Let's build a sustainable future together.