As an alternative to petro-diesel fuel, biofuel known as green fuel has showed considerable
potential and can be produced through a variety of hydrotreating reactions mainly catalysed …

In this study, the effect of the Ni/Fe molar ratio on the Ni (x) Fe (3-x)-CeO 2 catalyst was
investigated for the high-temperature water-gas shift reaction, which produces hydrogen …

Recently, there have been significant developments in advanced porous materials,
especially with types like porous organic polymers, metal-organic frameworks, hydrogen …

Sorption-enhanced steam reforming (SESR) is a promising intensified strategy for producing
highly pure hydrogen through in-situ CO 2 removal by a sorbent. This work experimentally …

In this study, the performance of bifunctional catalysts of Ni over CaO, CaO-CaZrO 3 and
CaO-Ca 2 SiO 4 was evaluated in CO 2 capture and sorption-enhanced steam propane …

Kapok and its biochar derived via pyrolysis have fibrous structures, which might facilitate
metal dispersion in the use of kapok-biochar as a carrier for metal/biochar catalysts. Herein …

Bisphenol A (BPA) is a hazardous pollutant in industrial wastewater, whose safe disposal
remains a worldwide problem. This paper explored the potential of aqueous phase …

In this study, the production of hydrogen-rich gas through the steam reforming of acetic acid
using bentonite-supported catalysts was investigated. Bentonite was treated by washing and …

Acetic acid steam reforming (AASR) was generally considered as one of the promising
technologies for hydrogen production. In this work, the L-lysine-assisted attapulgite-based …

Acetic acid dry reforming (ADR) is a promising route for sustainable H 2 generation.
However, coke inhibition during ADR is the main challenge and not resolved by using …