A literature review evaluates heterogeneous Fenton technologies for treating emerging wastewater contaminants and outlines technical barriers to sustainable large-scale deployment.
Hydroxyl groups on cerium dioxide enhance carbon monoxide selectivity in integrated CO2 capture and electrocatalytic reduction by facilitating proton transfer ...
A new open-access review examines how noble-metal-free oxide–graphene nanocomposites can be designed as electrocatalysts for direct seawater electrolysis.
A new review argues that rational catalyst design across noble-metal, non-noble-metal, and metal-free systems is the key to efficient, selective ...
A Chinese Academy of Sciences team showed that tailored zeolite pores can catalyze propene and ethene carbonylation without precious metals ...
Converting natural gas into valuable chemical feedstocks remains a central objective in clean energy research, with the partial oxidation of ...
A comprehensive review highlights the development of tri-functional electrocatalysts that bridge zinc-air batteries and water splitting, addressing the gap between ...
A new study shows that doping just 1 weight percent of lanthanum into cobalt oxide catalysts boosts low-temperature carbon monoxide ...
Researchers at the Indian Institute of Science built a machine learning framework mapping nearly 10,000 reactions in CO2 hydrogenation on ...
Ohio State chemist David Nagib has been named a 2026 Blavatnik National Awards laureate for pioneering radical and carbene chemistry ...
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