From CO2 to Valuable Carbon
From Seawater to Hydrogen, Chlorine, NaOH
From N2 to NH3
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From Climate Crisis to Sustainable Energy Future
Concerns about climate change and environmental contamination have led to the development of state-of-the-art technologies for carbon-neutral energy cycles. Our Lab is interested in facilitating key electrochemical reactions for solving the environmental issues, including hydrogen evolution, chlorine evolution, carbon dioxide reduction, nitrogen reduction and organic oxidation, based on nanomaterial chemistry, electrochemistry, analytical chemistry and computational chemistry, etc. , which are critical in realizing sustainable energy future.
Concerns about climate change and environmental contamination have led to the development of state-of-the-art technologies for carbon-neutral energy cycles. Our Lab is interested in facilitating key electrochemical reactions for solving the environmental issues, including hydrogen evolution, chlorine evolution, carbon dioxide reduction, nitrogen reduction and organic oxidation, based on nanomaterial chemistry, electrochemistry, analytical chemistry and computational chemistry, etc. , which are critical in realizing sustainable energy future.
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