Co-precipitation Temperature Fine-Tunes Industrial Cu-Zn-Al Catalysts for Methanol Synthesis
A study in Catalysis Letters finds that the temperature of co-precipitation controls precursor phases, copper dispersion and Cu-ZnO interactions in ...
A study in Catalysis Letters finds that the temperature of co-precipitation controls precursor phases, copper dispersion and Cu-ZnO interactions in ...
A hierarchical Pd@CoAl-LDH/Ti3C2 nanosheet array catalyst achieved 99.2% yield in a model Heck coupling within 50 minutes and was reused ...
A laboratory study found that confined FER zeolite at a carbon monoxide-to-olefin ratio of 360 produced propanoic acid from ethylene ...
A laboratory study reports aqueous one-pot synthesis of naphthooxazines with a nano-eggshell/B(III) catalyst, supported by characterization and density functional theory ...
Researchers grafted biomass-derived furan rings onto an iron metal-organic framework to create a hydrophobic, acid-base bifunctional catalyst that converts water- ...
Solid acid catalysts promise cleaner, solvent-free routes to industrial chemistry, but they share a stubborn weakness: the acid sites that ...
A rhodium-zeolite catalyst stabilized as Rh3+ achieves a record linear-to-branched aldehyde ratio of 817 in hydroformylation, aided by nitrogen additives ...
Chemists have woven Au25 gold nanoclusters into silica particles and ultrathin films via a dual-functional ligand, finding the film form ...
Researchers in Brazil converted discarded PET bottles into sulfonated porous carbon catalysts that achieve 88% oleic acid esterification under mild ...
A new review details how covalent organic frameworks with built-in metal centers merge molecular catalytic precision with heterogeneous durability for ...
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© 2025 Scienmag - Science Magazine