Chemical loo** gasification (CLG) has achieved cleaner production of coal, avoiding the
production of carbon dioxide. Phosphogypsum (PG) is a by-product of phosphate fertilizer's …

CH 4 is a H-rich compound and can be considered as a source of H 2, but all the CH 4
reforming-based H 2 production reactions are highly endothermic in nature. So, using a …

Sorption-enhanced steam reforming (SESR) process is a promising technology aiming at
the production of high purity hydrogen with CO 2 capture. The key to the success of this …

This study explores hydrogen production via steam methane reforming (SMR) within
complex Voronoi catalytic foams. Pioneering pore-scale analysis unveils the intricate …

The sorption-enhanced steam methane reforming (SE-SMR) process is promising for in situ
CO2 capture and high-purity hydrogen production with a low CO concentration. SE-SMR …

Unmixed Reforming (UMR) offers a promising alternative to simultaneously address the dual
problem of energy and environment prevalent in the industrially adopted Steam Methane …

The production of renewable energy from biomass waste is a recent innovative approach
attracting significant attention. In this field, gasification technology has become an important …

To realise net zero ambition within industrial sectors will require large-scale deployment of
renewable energy, low-emissions substitution of fossil fuels and significant increases in …

As a modern society, we are facing two massive challenges related to sustainability: climate
change and global warming. Climate change is driven by the dominance of fossil fuels in the …

Coffee parchment is a lignocellulosic waste material which has a potential to transform into
synthesis gas. This research aims to study the feasibility of coffee parchment conversion …