Scandium-Doped Nanosheets Push Carbon Capture to New Limits
Computer simulations show that scandium doping and tensile strain can tune two-dimensional C12N8 nanosheets for record CO2 capture, revealing a ...
Computer simulations show that scandium doping and tensile strain can tune two-dimensional C12N8 nanosheets for record CO2 capture, revealing a ...
A new open-access study compiles and cross-validates temperature-dependent binary interaction parameters and generalized predictive estimators for CO2 and H2S solubility ...
A new review of more than 450 studies maps how artificial intelligence is transforming clean technologies across energy, carbon capture, ...
Researchers argue that the classic permeability–selectivity trade-off is no longer enough to evaluate next-generation CO2 separation membranes, proposing a broader ...
Researchers converted rubber seed shell biomass waste into ionic liquid functionalized activated carbon that captures 3.71 mmol/g of CO2 and ...
Researchers at Johns Hopkins University have developed a membraneless electrochemical carbon capture system using solid-state sodium iron phosphate counter-electrodes that ...
Chemists have shown that charged ionic clusters can act as high-connectivity secondary building units for assembling crystalline porous organic salts ...
A new Nature Sustainability study has built the first comprehensive facility-level emissions inventory of global petrochemical production, mapping 37,379 plants ...
A special issue of Environmental Science and Pollution Research compiled from the 15th Brazilian Meeting on Adsorption showcases waste-derived adsorbents, ...
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© 2025 Scienmag - Science Magazine