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Li lab for Efficient Nanoscale and Catalytic Interfaces (LENCI)

                   to "Bake" Nanomaterials  and Catalysts for a Sustainable Future!

Latest Publications

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Our research article has been published on ChemSusChem, we collaborated with Lawrence Berkeley Lab to address a long-existing debate on what copper species are responsible for efficient C-C coupling, especially ethanol formation. Cu+/Cu0 interface in well-defined copper nitride nanocrystals was found to be key for selective CO2 to ethanol conversion.

ChemSusChem (2025): 2500003.

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About Us

At LENCI, we focus on addressing the key challenges in electrocatalytic processes for sustainable energy, such as biomass conversion, CO2 reduction and fuel cells through innovations in nanomaterial, interface, electrochemistry and catalysis

Images of precisely synthesized nanomaterials
Electrochemical devices
Catalytic study for susntainble energy
In-situ characterizations of nanocatalysts

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Thomas Cole Research Center for Science and Technology,

Clark Atlanta University,

223 James P. Brawley Dr., S.W.

Atlanta, Georgia 30314

jli@cau.edu

404-880-6892

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