Choe Earn Choong

Research Professor

Kwangwoon University

South Korea

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Choe Earn Choong is a Research Professor at Kwangwoon University in South Korea. His research focuses on photocatalytic production, electrocatalysis, and environmental remediation, as evidenced by recent articles exploring mechanisms for enhanced H2O2 production and the treatment of wastewater contaminants. His work includes the study of metal-organic frameworks and the effects of doping in perovskites for improved photocatalytic efficiency.

Articles (20)

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2025

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2022

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2022

Collaborators (6)

Wooyul Kim

Korea Institute of Energy Research

SOUTH KOREA

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Eun Ha Choi

Professor/Director

Kwangwoon University

SOUTH KOREA

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Min Jang

Professor

Kwangwoon University

SOUTH KOREA

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Yeomin Yoon

University of South Carolina

UNITED STATES

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Deok Hyun Moon

Chosun University

SOUTH KOREA

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Wonyong Choi

Director/ Distinguished Professor

Korea Institute of Energy Technology (KENTECH)

SOUTH KOREA

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Choe Earn Choong

Research Interests

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About

Articles (20)

Ru-doped Aurivillius phase perovskites Bi<sub>4</sub>Ti<sub>3</sub>O<sub>12</sub> for boosting photo-redox of N<sub>2</sub> in photocatalytic nitrogen fixation

Overlooked roles of high-valence Sn in SnS2 loaded on gC3N4 for enhanced photocatalytic H2O2 production: Mechanism, DFT, and techno-economic analysis study

Enhanced electrocatalytic H2O2 production using Ar jet plasma-polymerized trimethoxyphenylsilane forming Lewis acid sites

Enhanced fluoride adsorption via coordination tuning in metal–organic frameworks

Coproduction of hydrogen peroxide and formic acid as potential hydrogen-carrier through photocatalytic reformation of sacrificial chemical

Mg/Si- and Ag-Doped Carbon-Based Media Rainwater Filtration System for Multiple Pollutants Removal

Comparative Analysis of Reliability in On-Time Monitoring Data for NO<sub>3</sub>–N, BTEX, and TOC: Commercialized Sensors versus Spectroscopic Methods

Sequential DBD plasma-assisted tandem tri-electrodes Fenton process for enhanced antibiotics treatment and denitrification

Enhanced TOC removal from paper mill wastewater using air dielectric barrier discharge plasma with persulfate sources: Mechanistic insights and continuous flow operation performance evaluation

Causative mechanisms limiting the removal efficiency of short-chain per- and polyfluoroalkyl substances (PFAS) by activated carbon

Enhanced in-situ oxygen evolution and hydrogen peroxide production by a floatable ZnO-incorporated polyurethane photocatalyst for sulfamethoxazole degradation

Hydrophobic sulfur core–shell layered metallic iron for nitrate reduction with nearly 100% dinitrogen selectivity: Mechanism and field studies

Organic pollutants degradation using plasma with simultaneous ammonification assisted by electrolytic two-cell system

Organic pollutants degradation using plasma with simultaneous ammonification assisted by electrolytic two-cell system

Recent advances in the TiO2 based photoreactors for removing contaminants of emerging concern in water

Recent advances in the TiO2 based photoreactors for removing contaminants of emerging concern in water

Hydrophilic sulfurized nanoscale zero-valent iron for enhancing in situ biocatalytic denitrification: Mechanisms and long-term column studies

Highly Exposed -NH2 Edge on Fragmented g-C3N4 Framework with Integrated Molybdenum Atoms for Catalytic CO2 Cycloaddition: DFT and Techno-Economic Assessment

Performance assessment and optimization of forward osmosis–low pressure ultrafiltration hybrid system using machine learning for rhodamine B removal

Performance assessment and optimization of forward osmosis-low pressure ultrafiltration hybrid system using machine learning for rhodamine B removal

Collaborators (6)

Wooyul Kim

Eun Ha Choi

Min Jang

Yeomin Yoon

Deok Hyun Moon

Wonyong Choi

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