Waste palmyrah kernel shells turned into nitrogen-doped carbon that grabs CO2 efficiently
Nitrogen-doped activated carbon made from palmyrah kernel shell waste captured up to 242.9 milligrams of CO2 per gram at 0 ...
Nitrogen-doped activated carbon made from palmyrah kernel shell waste captured up to 242.9 milligrams of CO2 per gram at 0 ...
An MIT robotic laboratory assembled and fine-tuned a tabletop laser cavity in 50 autonomous maneuvers, then recovered the setup after ...
Carbon dioxide-assisted gelation produced template-free nanoporous silica that, after amine loading, achieved 3.48 mmol per gram of carbon dioxide uptake ...
Computer simulations show that scandium doping and tensile strain can tune two-dimensional C12N8 nanosheets for record CO2 capture, revealing a ...
Polish researchers show that pyrolysis temperature tunes chicken manure and onion peel biochars for CO2 capture through two distinct mechanisms.
A waste product from the mangosteen fruit could help turn graphene oxide into a more effective carbon-capture material, according to ...
In the global effort to combat climate change, capturing carbon dioxide (CO₂) emissions before they enter the atmosphere is critical. ...
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© 2026 Scienmag - Science Magazine