C1 Green Chemicals AG

We deliver multiple efficiency gains while saving on CAPEX and OPEX and bringing overall green fuels costs down. We at RealCarbonTech focus on delivering the most efficient technology of turning carbon dioxide feed-stock into marketable methanol-based products for energy, chemical or transportation sectors. We are proud to announce that our original scaling up assumptions have been validated and high quality crude methanol is being produced with efficiencies in line with lab results. Such an assessment puts RealCarbonTech's solution in the leading position in terms of methanol yield per unit of mass components used. We are thrilled to be one of eight energy startups selected to take part in the first edition of Ørsted Propel. Our patent-protected solution offers direct carbon dioxide and hydrogen to methanol/DME conversion faster and cheaper than traditional methods. Using captured CO2 as an input feed-stock to create products and fuels. CCUS is a group of technologies that contributes both to reducing emissions in key sectors directly and to removing CO2 to balance emissions that cannot be avoided – a critical part of net-zero goals.

To date we are the only company in the world to have realised CO₂ to methanol conversion at commercial scale. We are realising commercially-viable projects that contribute to decarbonisation on a global scale, supporting a renewable methanol market that is forecast to reach 400 million tonnes per year by 2050. After start-up, our Services include lifetime technical and operational support. The collaboration focuses on integrating CRI's innovative Emissions-to-Liquids (ETL) technology with P1's proprietary methanol to gasoline technology to produce low cost e-fuels that can be used in cars without engine modification. Operating with CRI’s proprietary Emissions-to-Liquids (ETL) technology, the plant will produce 150,000 tonnes of sustainable, commercial-grade methanol per year. Equinor Ventures is leading a group of new investors joining CRI’s shareholder group. CRI’s has successfully delivered the methanol reactor for its second commercial scale project in China. This is a major milestone in the construction of the 100.000 t/y methanol plant for the client Jiangsu Sailboat Petrochemicals.

We are capable of utilizing different feedstocks and tuning our platform to drive multiple, fundamental chemical reactions. We believe in a future where the goods and products that support world economies can be manufactured with lower carbon intensity and at lower costs. We go to work each day dedicated to decarbonizing the chemical processes that make modern life possible, and are committed to preventing a gigaton of carbon emissions from entering the atmosphere by 2040. Our current solutions enable manufacturers to produce zero-emissions hydrogen production from ammonia and low-emissions hydrogen from a combustion-free form of steam methane reforming. We also provide the most efficient means for converting methane and captured CO₂ into sustainable fuels and methanol. Rigel is a photoreactor developed by our team of world-class engineers and scientists.

C-Capture’s technology can also separate CO2 from natural gas or hydrogen, and from biogas from anaerobic digestion to produce biomethane as a renewable fuel. C-Capture is proud of the potential its technology offers to mitigate climate change as part of the growing market for environmentally-conscious power generation and industrial processes.

Together with our vision we have a goal of having 30 global carbon capture plants and supplying 50 000 - 100 000 jobs by the end of 2030. We acknowledge that there is no need for future generations to be built on our mistakes and one of those mistakes is rapid environmental deterioration from pollution, and now it is up to us to solve this problem. It is a known fact that global warming has been viewed as a slow killer, throughout the world we are plagued with the effects of global warming and our negligence has finally caught up with us, we see polar caps melting, new land emerging from previously frozen walls of ice and sea levels are on the rise. The captured CO2 will then be used to produce usable products like carbon-neutral fuels, clothing, plastics, cement and other products. We utilize NET (negative Emissions Technology) or DAC (Direct Air Capture) to capture CO2 produced by everyday activities and turn them into usable products such as carbon Neutral Fuels, Plastics, Drink Carbonation and more. We work with partners to develop transformative projects, increasing resource efficiency and creating valuable products from waste gases and renewable energy. We will design, engineer and implement methanol production plants based on our Fuel-From-Emissions (FFE) technology platform. FFE is a key enabling technology for the transition to a circular economy by making it possible to transform industrial CO2 emissions to synthetic fuels and materials, all while avoiding the use of fossil fuels.

Made possible by falling renewable power costs, newly commercialized technology and demand for decarbonized products and supply chains, Carbon Sink LLC is developing projects to convert waste CO2 to sustainable fuels and chemicals that will be cost-competitive with existing products. So, our pathway to profitability is built upon offering low-cost, sustainable substitutes that industries and individuals use everyday, and that fit seamlessly with current infrastructure and distribution systems. As the technology for capturing CO2 from industry and the atmosphere becomes more effective and affordable, Carbon Sink will be ready. It is the molecule in all the fuels we use today and those we will rely upon tomorrow. Carbon Sink is developing large-scale green hydrogen production for regional use and for green methanol production. A byproduct of our processes, Carbon Sink platform plants will produce commercial volumes of oxygen for sale into the medical and industrial markets.