Upon addition of gold to silicalite-1 pellets (a MFI-type zeolite), the vapor phase oxidation of ethanol could be addressed to acetaldehyde or acetic acid formation. By optimizing the catalyst composition and reaction conditions, the conversion of ethanol could be tuned to acetaldehyde with 97% selectivity at 71% conversion or to acetic acid with 78% selectivity at total conversion. Considering that unloaded silicalite-1 was found to catalyze the dehydration of ethanol to diethylether or ethene, a green approach for the integrated production of four important chemicals is herein presented. This is based on renewable ethanol as a reagent and a modular catalytic process
Ethylene glycol demand is growing rapidly, particularly in the global polyethylene terephthalate mar...
In this study, the activity and the product distributions of sol-gel made SiO2 supported ZnO catalys...
1,1-Diethoxyethane (DEE) is an important chemical with versatile applications. Here, we report the e...
Upon addition of gold to silicalite-1 pellets (a MFI-type zeolite), the vapor phase oxidation of eth...
With the ongoing developments in biomass conversion, the oxidation of bioethanol to acetaldehyde may...
Three AgLi/SiO2 catalysts containing different types of silica supports [small particle size (SPS), ...
With supply beginning to outweigh demand, bioethanol is predicted to become a major platform chemica...
The increasing global consumption of petroleum-derived fuels and chemicals has resulted in rapid gen...
Moving towards a more sustainable society requires the discovery and development of alternative cata...
Large-scale petrochemicals are typically produced using petroleum olefins as a feedstock. The desire...
AbstractEthanol produced from cellulosic residues will be in large supply all over the world in the ...
Ethylene production by ethanol dehydration has been investigated over a set of zeolites with BEA str...
1,3-Butadiene (1,3-BD) is a high-value chemical intermediate used mainly as a monomer for the produc...
DoctorEver-intensifying climate change by greenhouse gas emission resulting from the perpetual use o...
Several activity tests on a zeolite-based catalyst for the ethanol to ethylene dehydration reaction ...
Ethylene glycol demand is growing rapidly, particularly in the global polyethylene terephthalate mar...
In this study, the activity and the product distributions of sol-gel made SiO2 supported ZnO catalys...
1,1-Diethoxyethane (DEE) is an important chemical with versatile applications. Here, we report the e...
Upon addition of gold to silicalite-1 pellets (a MFI-type zeolite), the vapor phase oxidation of eth...
With the ongoing developments in biomass conversion, the oxidation of bioethanol to acetaldehyde may...
Three AgLi/SiO2 catalysts containing different types of silica supports [small particle size (SPS), ...
With supply beginning to outweigh demand, bioethanol is predicted to become a major platform chemica...
The increasing global consumption of petroleum-derived fuels and chemicals has resulted in rapid gen...
Moving towards a more sustainable society requires the discovery and development of alternative cata...
Large-scale petrochemicals are typically produced using petroleum olefins as a feedstock. The desire...
AbstractEthanol produced from cellulosic residues will be in large supply all over the world in the ...
Ethylene production by ethanol dehydration has been investigated over a set of zeolites with BEA str...
1,3-Butadiene (1,3-BD) is a high-value chemical intermediate used mainly as a monomer for the produc...
DoctorEver-intensifying climate change by greenhouse gas emission resulting from the perpetual use o...
Several activity tests on a zeolite-based catalyst for the ethanol to ethylene dehydration reaction ...
Ethylene glycol demand is growing rapidly, particularly in the global polyethylene terephthalate mar...
In this study, the activity and the product distributions of sol-gel made SiO2 supported ZnO catalys...
1,1-Diethoxyethane (DEE) is an important chemical with versatile applications. Here, we report the e...