Copper ore has been considered as a promising low-cost oxygen carrier candidate for
chemical looping combustion (CLC) due to its high reactivity, but pure Cu ore suffers from …

In this paper, a naturally occurring ilmenite ore and the same ore modified with NiO were
employed as oxygen carriers for chemical looping reforming of CH 4 for syngas production …

Chemical looping CH 4 reforming has been accepted as a highly promising solution for
sustainable syngas production from gaseous feedstocks, eg, natural gas, shale gas, biogas …

An integrated recycling waste bioenergy and manufacturing low-carbon hydrogen by a
method to convert biogas to hydrogen based on the chemical looping concepts was …

Oxygen carriers play critical roles in chemical looping combustion. A key task in
investigating the oxygen carrier reactivity is to measure the redox kinetics in the fluidization …

The oxygen carrier plays a vital role in chemical looping combustion. Development of low-
cost oxygen carriers is of great significance to the engineering application of chemical …

Chemical looping combustion (CLC) is one of the most efficient and advantageous CO2
capture technologies from an economic and energy point of view. An important key factor in …

Carbon capture and storage of CO 2 from combustion of biomass, ie, bio-energy carbon
capture and storage (BECCS), makes it possible to obtain so-called negative emissions–the …

Two different oxygen-carrier materials with similar molar ratios of Mn: Fe: Al were tested in
continuous chemical-looping combustion operation with different fuels, ie, syngas (H2/CO) …

Chemical looping process is a novel energy conversion scheme, in which the in-situ carbon
capture and high energy conversion efficiency could be realized without energy penalty …