The Green Super­material of the Future

Utilizing CO₂ to build a climate positive industry.

We turn something bad into something good

Our cutting edge technology transforms harmful, excessive greenhouse gas into clean, valuable carbon products.

Why ChooseClean Carbon

Carbon capture, storage and utilization (CCSU) are the only group of technologies that reduce and remove CO₂ emissions from the atmosphere.

Powered by Norwegian green energy, our innovative technology transforms CO₂ molecules into carbon and oxygen.

We then use carbon atoms to build different carbon structures, such as graphite, hard carbon and carbon nanotubes.

Combining green energy and CO₂ as raw material results in products with an extremely low CO₂ footprint.

  • Carbon capture, storage and utilization (CCSU) are the only group of technologies that reduce and remove CO₂ emissions from the atmosphere.

  • Powered by Norwegian green energy, our innovative technology transforms CO₂ molecules into carbon and oxygen.

  • We then use carbon atoms to build different carbon structures, such as graphite, hard carbon and carbon nanotubes.

  • Combining green energy and CO₂ as raw material results in products with an extremely low CO₂ footprint.

Our current focus

Green productionof materials for thebattery industry

Battery material demand is expected to increase by 300% by 2025. By shifting from fossil to green carbon production, CO₂ emissions would be significantly reduced.

electric bike
battery

Other application areas

The use of green carbon has a significant positive environmental impact on virtually any product. We are continuously working on the development of new application areas, including those listed below.

Electronics

Carbon-based materials are an alternative to silicon technology and have proven to be very effective to fabricate electronic devices with superior performance.

Alt

Energy

Utilizing green carbon in clean technologies not only reduces carbon emissions but also fosters sustainable development, paving the way for a greener and more resilient energy sector.

Windmill

Aerospace and defense

Currently, weight and material are some the most significant hurdles in space equipment. Our green carbon material could make many of today’s products lighter and stronger, such as spacecrafts, space suits and space stations.

Space

Automotive

By utilizing green carbon in battery production and employing it to make vehicle structures lighter and stronger, we not only promote sustainable mobility but also contribute to the development of a cleaner and greener transportation system.

Automotive

Sports

From eco-friendly sporting equipment to sustainable stadiums, using green carbon promotes environmental responsibility, creating a greener and more sustainable sports industry.

Sports

Construction

By incorporating green carbon materials into construction materials such as concrete, steel, or aluminum, we enhance their mechanical properties, making them stronger and more durable.

Construction
Our goal

The cleanest wayof sourcing carbon

As we face the challenges of the future, the century ahead calls for innovation and creativity. Our groundbreaking technology guarantees consistent and reliable access to a crucial industrial raw material. Getting our technology moving is making a difference.

Carbon
Let’s talk

Join us in shaping the future

We’re always curious about new ideas and acquaintances. By joining forces, we can make true and lasting change.

ARTICLE

This is carbon

Carbon is a fundamental element present in everything, everywhere, all at once. From the tiniest organism to towering trees, majestic animals, and the intricate human body.

Find out why we call it the supermaterial of the future.

Lab worker holding lump of solid carbon
About us

From emissions to innovation

We're at the forefront of transforming CO₂ into sustainable materials. Through innovation and development we challenge the current way of thinking, presenting better solutions where clean carbon leads the way.

Scientist looking at clean carbon