A DFT-based mini-review identifies tungsten-modified graphitic carbon nitride, with an adsorption energy of -3.104 eV, as the strongest computational candidate for capturing and sensing toxic hydrogen ...
Engineers at the University of Delaware have dramatically reduced the amount of energy needed to pull carbon dioxide from the air.
University of Delaware researchers report a battery-inspired direct air capture system that removes carbon dioxide from air ...
Current direct air capture technologies are energy-intensive and rely on heat, or thermal energy, to work. The best options ...
University of Houston researchers are developing compact carbon capture technology that could capture emissions from power ...
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