C-Capture

C-Capture is a chemical process engineering company founded in 2009 as a spin-out from the University of Leeds by Professor Chris Rayner. The firm specializes in developing proprietary, solvent-based carbon dioxide (CO2) capture technology for hard-to-abate industries. C-Capture's solution is designed to be less energy-intensive and more environmentally benign compared to conventional amine-based methods. The technology is robust, capable of withstanding challenging flue gases containing pollutants like sulfur oxides (SOx) and nitrogen oxides (NOx), making it suitable for industries such as cement, steel, aluminum, and energy-from-waste.

The company's business model focuses on providing a lower-cost and safer alternative for removing CO2 from the flue gas streams of large-scale industrial processes and power generation. C-Capture's clients are industrial emitters looking to decarbonize their operations to meet climate targets and regulatory requirements. The company engages in partnerships to conduct pilot trials of its technology. A notable project is 'XLR8 CCS', which involves deploying Carbon Capture Solvent Compatibility Units (CCSCU) at partner sites, including Heidelberg Materials for cement, Pilkington UK for glass manufacturing, and Energy Works Hull for waste-to-energy. These trials are intended to demonstrate the technology's effectiveness and pave the way for commercial-scale deployment by 2030.

C-Capture has secured significant funding to advance its technology development and commercialization efforts. As of September 2023, the company had raised a total of $28.2 million over seven funding rounds, with major investors including BP Ventures, Drax, IP Group, and Northern Gritstone. This capital is being used to support larger pilot projects and expand marketing activities globally.

Keywords: carbon capture technology, industrial decarbonization, solvent-based CO2 capture, post-combustion capture, flue gas treatment, negative emissions technology, cement industry decarbonization, glass manufacturing emissions, energy from waste, CCUS, climate technology, cleantech, University of Leeds spin-out, amine-free solvent, CO2 separation, XLR8 CCS, Heidelberg Materials partnership, Pilkington UK partnership, Drax partnership, BP Ventures