ChemLoop
Project Overview
Year
About
ChemLoop offers a breakthrough solution to decarbonise energy-intensive industries by making carbon capture affordable, efficient, and scalable. Its patented reactor system uses a solid material to transfer oxygen during fuel conversion, producing a pure stream of CO₂ without the need for costly purification. The modular setup generates clean fuel, recovers waste heat, and transforms emissions into a potential revenue stream. ChemLoop helps emissions-intensive sectors cut costs, meet climate targets, and stay competitive in a low-carbon future
Team
Santiago Zapata
University of Manchester
"Climate-tech entrepreneur and PhD Chemical Engineer from The University of Manchester. My work is driven by a passion for turning scientific innovation into tangible solutions. My experience combines hands-on engineering leadership in the energy sector with the agile mindset of founding a climate-tech startup. This journey culminated in ChemLoop, a breakthrough technology I am now leading toward commercialization. Born from a desire to tackle industrial decarbonization, it offers a new pathway for producing low-carbon chemicals and heat. My ambition is to spin out ChemLoop and establish it as a key solution in the global transition to a sustainable industrial future."
Andrew Wright
Isabel Pazmino