Abstract Chemical looping reforming (CLR) provides a viable process intensification approach for clean and efficient syngas production from carbonaceous fuel with inherent gas–gas separation. The rational design of metal oxide-based oxygen carriers the scale-up associated CLR reactor systems play important roles in development. This review first introduces concept advantages as well its histori...

Abstract Active areas of research on chemical looping technologies for the conversion CO 2 to are contrasted and discussed , including current performance, methods material design, next steps in expanding their development. Generation from is interest sustainable chemistry engineering convert anthropogenic emissions into feedstock Fischer–Tropsch (FT), methanol gasoline (MTG), gas-to-liquid (GT...

Abstract Bioenergy combustion with Carbon Capture and Storage (BECCS) is a key technology to achieve carbon negative emissions power generation. This can be achieved by coupling the biofuels CO 2 capture storage (CCS). The lowest cost for CCS corresponds at moment Chemical Looping Combustion (CLC) process. use which gaseous (biomethane, biogas or syngas etc.), liquid (biodiesel, bioethanol, bio...