Since the inception of urbanization and industrialization, emissions of volatile organic
compounds (VOCs) have become serious concern due to harmful effects on terrestrial biota …

Recent development in proton-exchange membrane fuel cell technology has stimulated
research in fuel processing for hydrogen production. Hydrogen can be produced from four …

With the renewed interest for hydrogen as an energy carrier, means to produce, but most
importantly store, transport, and distribute,“green” hydrogen over long distances has …

Methanol decomposition is a promising method to produce clean hydrogen fuel. However, it
requires develo** highly active and stable catalysts at low temperature. Herein, a series of …

Develo** suitable photocatalysts and understanding their intrinsic catalytic mechanism
remain key challenges in the pursuit of highly active, good selective, and long-term stable …

Engineering the adsorption of molecules on active sites is an integral and challenging part
for the design of highly efficient transition‐metal‐based catalysts for methanol …

We present here a study of methanol (MeOH) decomposition over a series of bimetallic Pt-M
catalysts, with M= Au, Pd, Ru, Fe. All samples have the same initial size distribution (∼ 3nm …

Propane dehydrogenation over perfect Ga2O3 (100) was studied in detail by periodic
density functional theory (DFT) calculations. It was found that the initial C− H bond activation …

Methanol is recognized as source of hydrogen production, making it a suitable fuel for
sustainable development. However, hydrogen production methods remain a concern. An …

The development of efficient catalysts is the key challenge in methanol steam reforming
(MSR), which is one of the potential technologies for hydrogen production. In this study, a …