Reforming of methanol is one of the most favorable chemical processes for on-board H2
production, which alleviates the limitation of H2 storage and transportation. The most …

Methanol may play a major role in a hydrogen economy by serving as one of the highest
energy density compounds available; however, the precise reaction pathways for methanol …

Strong adsorption of ketone and diketone byproducts and their fragmentation products
during the aqueous phase reforming of biomass derived oxygenates is believed to be …

Methanol reforming to hydrogen is a promising route for releasing hydrogen when it is used
as a hydrogen carrier, but the reaction pathways are still in dispute. Herein in situ high …

Methanol decomposition is one of the most favorable chemical processes to alleviate the
limitation of hydrogen storge and transportation. However, the different requirements of …

Growing demand for activated carbon as an efficient and cost effective means of treating
environmental pollution necessitates the economical production of good quality activated …

Pt/CeO2 catalysts exhibit excellent catalytic performance for the methanol dehydrogenation
(MD) reaction. In this work, MD reactions on three systems of Pt1/CeO2 (110)), Pt7/CeO2 …

Mesoporous alumina (MA) materials with outstanding textural properties have been
synthesized by a facile approach, and were evaluated as supports of Pt-based catalyst for …

One of the most important scientific challenges of the time is to design catalysts that produce
H 2 from “minimum CO 2” sources. One way to do this is by aqueous phase reforming (APR) …

To advance the understanding of surface reactions of biomass-derived oxygenates,
adsorption and conversion of ketones and diketones on Lewis acidic γ-Al2O3 are studied …