Iron Catalysts Turn Carbon Dioxide Into Higher Alcohols, Review Finds
A new review in Catal argues that iron-based catalysts, boosted by cobalt, palladium, and engineered supports, are among the most ...
A new review in Catal argues that iron-based catalysts, boosted by cobalt, palladium, and engineered supports, are among the most ...
Adding 10 wt% nickel to cobalt phosphate enabled complete ethanol conversion at 310 °C with 96% CO2 selectivity, outperforming the ...
Researchers created magnetic carbon beads doped with graphene and cobalt that completely degrade the antibiotic sulfamethoxazole within 20 minutes while ...
Cooling a manganese dioxide electrocatalyst close to water’s freezing point suppressed permanganate-driven degradation more strongly than it reduced oxygen evolution ...
Researchers grafted biomass-derived furan rings onto an iron metal-organic framework to create a hydrophobic, acid-base bifunctional catalyst that converts water- ...
A new review in Discover Sustainability argues that bifunctional transition metal chalcogenides, abundant materials that can catalyze both halves of ...
A new study shows that doping just 1 weight percent of lanthanum into cobalt oxide catalysts boosts low-temperature carbon monoxide ...
Researchers have built a ruthenium catalyst anchored to iron-nitrogen-carbon sites that synthesizes ammonia at 400 degrees Celsius and 1 megapascal ...
Researchers have created a dual-single-atom catalyst in which a magnesium site photogenerates hydrogen peroxide that dynamically tunes a neighboring cobalt ...
A new study shows that mixing manganese and chromium oxides in a 3:1 ratio dramatically lowers the temperature needed to ...
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© 2025 Scienmag - Science Magazine