Natural H 2 in useful quantities is negligible, which makes hydrogen unsuitable as an
energy resource compared to other fuels. H 2 production by solar, biological, or electrical …

This work is a comprehensive review of the Chemical-Loo** Combustion (CLC) and
Chemical-Loo** Reforming (CLR) processes reporting the main advances in these …

Biomass has emerged as one of the most promising renewable energy sources that can
replace fossil fuels. Many researchers have carried out intensive research work on biomass …

Driven by the need to develop cleaner and more efficient energy systems, an extraordinary
array of chemical-loo**-based process concepts have been proposed and researched …

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 …

Chemical loo** process (CLP) is a novel carbon capture technology for biomass
valorization. Low-cost and robust oxygen carrier (OC) is crucial for industrialization of CLP …

Although the processing of coal is an ancient problem and has been practiced for centuries,
the constraints posed on today's coal conversion processes are unprecedented, and utmost …

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 …

Natural hematite is a promising oxygen carrier for chemical loo** hydrogen generation
(CLHG) owing to its abundance and low price. However, the reactivity of hematite is poor …

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