Electrochemical CO₂
Reduction to Formate

Exploring dopant effects in stannic oxide

nanoparticles for CO₂ electro-reduction to formate

e-Chemical Process

Renewable Energy Linked CCU
(Carbon Capture and Utilization) Technology

• Electrochemical CO₂ conversion to

high value-added chemicals: e-Chemical Process

• Greenhouse gas (CO₂, CH4 etc.)

reduction using renewable energy

Breaking the current limitation of electrochemical CO2 reduction via a silica-hydroxide cycle

Breaking the current limitation of electrochemical CO2 reduction via a silica-hydroxide cycle Chulwan Lim, Sangkuk Kim, Ji Hwan Song,...

Deriving an Efficient and Stable Microenvironment for a CO2 MEA Electrolyzer by Reverse Osmosis

Deriving an Efficient and Stable Microenvironment for a CO2 MEA Electrolyzer by Reverse Osmosis Jaeyong Park, Eung-Dab Kim, Sangkuk Kim,...

Breaking the current limitation of electrochemical CO2 reduction via a silica-hydroxide cycle

Breaking the current limitation of electrochemical CO2 reduction via a silica-hydroxide cycle Chulwan Lim, Sangkuk Kim, Ji Hwan Song,...

Deriving an Efficient and Stable Microenvironment for a CO2 MEA Electrolyzer by Reverse Osmosis

Deriving an Efficient and Stable Microenvironment for a CO2 MEA Electrolyzer by Reverse Osmosis Jaeyong Park, Eung-Dab Kim, Sangkuk Kim,...

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