Chemical looping 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 …

The decarbonization of power and fuels production is a crucial element of the energy
transition. Among several available technologies, chemical looping processes promise to be …

Chemical looping (CL) is regarded as a promising technology in industrial applications,
because of its inherent characteristic of CO2 capture. The technique of CL is applied in solid …

Chemical looping combustion of solid biomass has the unique potential to generate energy
with negative carbon emissions, while entailing an energy penalty compared to traditional …

Iron based oxygen carrier is attractive for chemical looping gasification due to its
abundance, however it suffers low reactivity. Several materials have been utilized in the …

Chemical looping 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 …

Iron-based oxygen carriers as one of the most commonly used oxygen carriers in chemical
looping combustion, shows poor cycling stability. In this work, spinel-structured, Fe 2 O 3 …

The effective removal of tar is a major challenge for biomass gasification. Schemes based
on chemical looping gasification (CLG) offer a promising alternative for converting biomass …

At present, chemical looping combustion has emerged as a promising combustion
technology for carbon capture. In this work, the gas-solid reactive flow in the biomass …

Sonochemical synthesis was used to create novel solar light active Mg‐doped CuO
nanoparticles. Through a chemical impregnation method, the produced nanomaterial was …