Conventional biomass gasification involves a complex set of chemical reactions leading to
the production of a gas mainly composed on carbon monoxide, hydrogen, carbon dioxide …

The emission controls of carbon oxides (CO x) are crucial to fulfill carbon neutrality, where
CO x is a useful building block for chemical synthesis. Therefore, CO x conversions have …

Dimethyl ether (DME) can be directly synthesized by carbon dioxide (CO 2) hydrogenation
over bifunctional catalysts, which are suffered from various deactivation mechanisms caused …

Direct conversion of methane into other value-added chemicals remains as a grand
challenge due to its stable non-polar tetrahedral structure. Coupling methane with methanol …

An indirect ethanol synthesis in terms of carbon neutral strategy by consuming synthesis gas
consists of three separate steps such as syngas to dimethyl ether (DME), DME carbonylation …

The water–gas shift reaction is widely employed in hydrogen production. Herein, we report a
facile sol–gel method for preparing Cu–Zn–Al catalysts with significantly suppressed Cu and …

The highly ordered mesoporous structures of Co 3 O 4-Al 2 O 3 mixed metal oxide, prepared
by using a hard template of the mesoporous KIT-6, revealed a higher catalytic activity and …

The nanosized seed-derived FER zeolites (SFER, Si/Al molar ratio of~ 11) with different FER
seed concentration revealed a higher catalytic activity and stability for a gas-phase …

The carbonylation of dimethyl ether (DME) to produce methyl acetate (MA) has a promising
prospect in industry. FER zeolites have high MA selectivity and considerable stability but …

A dimethyl ether (DME) synthesis process using steelmaking by-product gases (a mixture of
coke oven gas (COG) and furnace top gas (FTG)) was developed to evaluate the effects of …