Oxygen carrier (OC) material acting as the intermediate between reactors is key in a
chemical loo** process. Cu-based OCs are attractive candidates due to the superiority in …

Calcium loo** integrated with chemical loo** combustion (CaL-CLC) process is an
efficient and cost-effective CO 2 capture technology. In this technique, the heat generated by …

Integrated CO 2 capture and conversion into CO via the reverse water–gas shift reaction
(ICCC-RWGS) using CaO-based dual-function materials (DFMs) offers an attractive avenue …

Chemical loo** conversion shows great potential in the renewable energy sector. The
successful execution of chemical loo** conversions relies heavily on oxygen carrier …

This study introduced a durable oxygen carrier with surface enrichment of lanthanum on Co
3 O 4 for chemical loo** combustion. It employed the surface enrichment in order to …

Chemical loo** combustion (CLC) of coal for carbon capture utilization and storage is an
effective technology to reduce carbon emission due to smaller energy penalty and inherent …

This review presents recent advances in research on fluidized bed combustion of solid
biomass. While the main focus is on thermochemical processes occurring in fluidized beds …

In this study, copper-based oxygen carriers (OCs) confined in the structure of silica and
zirconia aerogels were in situ synthesized by a simple sol–gel method, and the performance …

In our ongoing campaign, we are attempting to address the inferior stability of CuO oxygen
carrier because it has exceptional reactivity in the chemical loo** field ascribed to its …

Chemical loo** combustion (CLC) of coal can effective achieve the capture and storage of
CO 2, reduce the emission of NO x, and realize the energy cascade utilization. During the …