This review aims to give more understanding of the selection and development of oxygen
carrier materials for chemical loo**. Chemical loo**, a rising star in chemical …

Combining chemical loo** with a traditional fuel conversion process yields a promising
technology for low-CO2-emission energy production. Bridged by the cyclic transformation of …

Chemical loo** combustion (CLC) has emerged as an efficient and promising combustion
technique for fossil fuels during the past few decades. The main advantages of CLC lie in its …

This review discusses the influence of three key factors on agglomeration of chemical
loo** technology from the aspects of reaction conditions, the oxygen carrier and biomass …

The world-wide consumption of natural gas (NG) and other fossil fuels (eg, coal and crude
oil) is ever increasing. However, most CO2 resulting from either NG combustion or other …

For the concerns of global warming, there is an urgent need of green, low-cost, and
sustainable ways for the conversion and utilization of fossil energy. Holding the merit of …

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 …

Synthetic manganese-iron mixed oxides are considered promising materials to be used as
oxygen carriers for Chemical Loo** Combustion of coal with carbon dioxide capture at low …

Spinel ferrites can accommodate oxygen vacancies in their structure and reversibly
exchange oxygen with the environment at high temperatures, depending on the partial …