We develop electrochemical strategies for the separation of critical elements and synthesize novel metal-organic materials for emerging applications in sustainability and energy. By understanding how ions move and react in engineered electrolytes and molten phases, we unlock new pathways for sustainable materials processing and the clean energy transition.
Research Focus
Ligand-mediated ion speciation: Through precise ligand coordination, we modulate the speciation and redox behavior of metal ions in aqueous solution, creating selective electrochemical pathways for the separation of critical elements.
Electrocatalysis: We develop high-performing inorganic and metal-organic materials for the electrocatalytic nitrogen reduction reactions and nitrate reduction reactions.
Na-ion batteries: We develop novel cathode materials to expand the working voltage and charge-storage capacity of Na-ion batteries, unlocking their full potential as sustainable energy storage devices.
Recent Publications
Latest News
Natalie is presenting her work at the Viva Science
Jackson is joining our team from TAMU, welcome Jackson.
Dr. Silvana and Dr. Dan Andreescu’s visit to TAMU-SA, grateful to reunite with my PhD advisor.
Agyei joined my group and he is excited about the new toy! Welcome Agyei.
