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

Dry reforming of methane (DRM) transforms greenhouse gases of CH4 and CO2 to syngas
of H2 and CO, which conduces to reducing emissions of the greenhouse gases and …

Hydrogen sulfide (H 2 S) not only presents significant environmental concerns but also
induces severe corrosion in industrial equipment, even at low concentrations. Among …

The large amount of greenhouse gases produced by the combustion of fossil energy has
caused global warming and a series of climate problems. In order to reduce greenhouse gas …

By employing metal oxides as oxygen carriers, chemical looping demonstrates its
effectiveness in transferring oxygen between reduction and oxidation environments to …

Oxygen carriers (OCs) are the material basis for chemical looping combustion (CLC).
Doping routine OCs with polymetallics is crucial for the design and construction of high …

Chemical looping gasification has been considered as a promising biomass energy
conversion technology for syngas production. In this work, a novel microwave-assisted …

In the process of fuel utilization, traditional combustion technologies result in the conversion
of nitrogen elements in fuels into nitrogen oxides, which are released into the atmosphere …

It is crucial to study the Fe-O coordination environment due to oxygen defects for elucidating
the dynamic active center during CO chemical looping combustion with hematite. In this …

Chemical looping ammonia combustion (CLAC) is thought to be an innovative method for
energy utilization of ammonia. Fabricating the efficient, cheap and environment-friendly …