Warmer CO2 Electrolyzers Turn Waste Heat Into a Chemical Industry Win
Running CO2 electrolyzers hot instead of at ambient temperature lets their waste heat power carbon capture and other plant units, ...
Running CO2 electrolyzers hot instead of at ambient temperature lets their waste heat power carbon capture and other plant units, ...
A new physics-based modeling study shows that adaptive, weather-aware control could cut direct air capture energy use by up to ...
A six-country survey experiment of over 10,000 people finds that public support for novel carbon removal technologies depends far more ...
Researchers have demonstrated a durable nickel hydroxide battery cell that captures carbon dioxide directly from air at 132 kJ per ...
Researchers argue that the classic permeability–selectivity trade-off is no longer enough to evaluate next-generation CO2 separation membranes, proposing a broader ...
Researchers at Johns Hopkins University have developed a membraneless electrochemical carbon capture system using solid-state sodium iron phosphate counter-electrodes that ...
A new study argues that direct air capture could do more than remove carbon dioxide from the atmosphere: in the ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine