GCT operates a low energy DAC approach to capture CO2 while generating hydrogen as a byproduct. The process consists of 3 main process steps. Absorption in a liquid, precipitation and desorption through alkaline electrolysis. The technology is based on 15 years of research with relevant patent applications filed and working prototypes. The company was founded as a university spin-out by 2 serial entrepreneurs and an experienced DAC researcher.
Low-energy DAC capturing CO2 and generating hydrogen, reducing climate impact through innovative research.
5 days ago
Low-energy DAC capturing CO2 and generating hydrogen, reducing climate impact through innovative research.
18 days ago
Low-energy DAC capturing CO2 and generating hydrogen, reducing climate impact through innovative research.
18 days ago
Low-energy DAC capturing CO2 and generating hydrogen, reducing climate impact through innovative research.
18 days ago
Low-energy DAC capturing CO2 and generating hydrogen, reducing climate impact through innovative research.
About 2 months ago
Low-energy DAC capturing CO2 and generating hydrogen, reducing climate impact through innovative research.
2 months ago
Low-energy DAC capturing CO2 and generating hydrogen, reducing climate impact through innovative research.
7 months ago
Low-energy DAC capturing CO2 and generating hydrogen, reducing climate impact through innovative research.
8 months ago
Low-energy DAC capturing CO2 and generating hydrogen, reducing climate impact through innovative research.
8 months ago
Low-energy DAC capturing CO2 and generating hydrogen, reducing climate impact through innovative research.
8 months ago