Nuada and Carbfix have signed a memorandum of understanding (MOU) to collaborate on delivering integrated carbon capture and storage (CCS) solutions aimed at reducing emissions in key sectors, including cement, lime, steel, waste-to-energy, and bio-energy. By uniting Nuada’s innovative carbon capture technology with Carbfix’s transformative and permanent underground CO2 mineralization method, this partnership offers industrial emitters a decarbonization solution that covers the entire CO2 capture and storage (CCS) value chain.

Nuada’s award-winning carbon capture process combines advanced solid sorbents, MOFs, and vacuum pressure swing adsorption (VPSA) technology. This technology achieves high-efficiency CO₂ capture from point-source emissions while overcoming long-standing deployment barriers for carbon capture: energy consumption, integration complexity, and cost.

“Nuada is redefining carbon capture, delivering an innovative solution that overcomes key barriers of traditional methods. Our partnership with Carbfix accelerates our pathway to full-scale implementation, creating an end-to-end CCS solution and expanding opportunities for full value chain projects,” said Conor Hamill, co-CEO of Nuada.

With over a decade of expertise, Carbfix offers pioneering CO₂ storage technology that accelerates natural mineralization processes by injecting captured CO₂ into porous basaltic rock, where it transforms permanently into stone in less than two years. This cost-effective and safe approach provides a long-term and secure method for storing CO₂ underground.

“The climate crisis calls for multi-faceted solutions. Our collaboration with Nuada can bring real results to industry sectors that need solutions at speed and scale. Our permanent and proven mineralisation solution that turns CO2 to stone in under two years together with Nuada’s cutting-edge carbon capture technology can be a solution for point-source emitters worldwide” says Edda Sif Pind Aradóttir CEO of Carbfix.

With a combined approach, Nuada and Carbfix aim to support industries in their efforts to meet global climate goals through an efficient, integrated carbon capture and storage model.