Key features

Scalability

The modular nature of the platform allows it to be scaled up or down, depending on the specific needs of the application, from small industrial facilities to large-scale manufacturing plants.

Operates at low temperatures, using minimal energy, and can incorporate waste heat from industrial processes to further improve efficiency.

The carbon captured is locked into solid carbonates, ensuring it remains stable and inert for over 100,000 years, providing a permanent solution to CO2 emissions.

Energy efficiency

Permanent sequestration

Industrial collaboration

Our system is designed to work in close collaboration with industries that generate significant waste, helping them manage environmental impact while creating new revenue streams from repurposed materials.

Repurposing industrial waste

In collaboration with industries that generate waste by-products, such as mining operations and aluminium processing plants, we aim to turn what was once considered waste into a valuable resource. Our technology can process various industrial residues, converting them into solid carbonates, metals, and other materials that can be reused or sold.

Mining waste

Transforms dust and residues from mining dumps, reducing environmental hazards while creating marketable products. Integrates CO2 into building materials, reducing carbon footprints while creating durable products.

Handles a wide variety of other alkaline residues including basalt powder, converting them into stable carbonates for industrial use in the construction industry like cement additives.

Processes residues from aluminium manufacturing, extracting valuable metals like aluminium, copper, and magnesium while sequestering CO2. A sustainable solution to waste management.

Metal processing residues

Basalt dust

Collaborate with Carbon Universe

At Carbon Universe, we believe in the power of collaboration. We work closely with industries that have access to waste streams, including mining operations and processing plants. By combining our technology with their resources, we can transform CO2 and industrial waste into valuable materials that contribute to a more sustainable future.