AdvertisementTo match simultaneously the climate change mitigation with the increasing global demand for energy is a tremendous paradox for this century. To satisfy both criteria, carbon capture seems to be a mandatory technology for the development of sustainable energy infrastructures. Post-combustion capture is a mature and proven technology, but not economically attractive unless novel solvents and optimized processes are implemented. The use of carbonic anhydrase, inspired by the CO2 metabolic process in cells, a natural fast biocatalyst, is a promising technique which can dramatically...…AdvertisementTo match simultaneously the climate change mitigation with the increasing global demand for energy is a tremendous paradox for this century. To satisfy both criteria, carbon capture seems to be a mandatory technology for the development of sustainable energy infrastructures. Post-combustion capture is a mature and proven technology, but not economically attractive unless novel solvents and optimized processes are implemented. The use of carbonic anhydrase, inspired by the CO2 metabolic process in cells, a natural fast biocatalyst, is a promising technique which can dramatically...WW…