Research Excellence in Energy & Environment

Plasma Nano Lab

Pioneering next-generation clean and sustainable energy engineering through advanced nanomaterial research

What We Do

Research Interest

Our research group is motivated to solve grand challenges in energy and environmental fields through innovative material science and nanotechnology.

Advanced Materials for Energy Storage & Conversion

Developing innovative materials for next-generation energy storage and conversion devices. Our research focuses on enhancing performance, efficiency, and sustainability of batteries, fuel cells, and other energy systems.

Battery Materials Fuel Cells Energy Conversion

Advanced Materials for Water Purifications

Pioneering novel materials and technologies for efficient water treatment and purification. Our work addresses global water scarcity challenges through development of advanced filtration systems and sustainable methods.

Water Treatment Filtration Systems Catalytic Processes

Plasma Nanocatalysis

Exploring the synergy between plasma technology and nanocatalysis for enhanced chemical reactions. Our research combines plasma science with nanomaterial engineering to develop efficient catalytic systems.

Plasma Technology Nanocatalysis Chemical Reactions

Plasma Nanoscience

Investigating fundamental plasma-nanomaterial interactions and their applications in advanced manufacturing. Our work pushes the boundaries of plasma science at the nanoscale to create innovative solutions.

Plasma Science Nanomaterials Advanced Manufacturing

Latest Research

Recent Publications

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2026 test

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2025 Journal of Water …

Co-adsorption of methylene blue/Pb(II) from aqueous solutions using sulfonated mesoporous diatomite

Ali M. Abou-Elanwar, So Young Lee, Jeongkyun Yu, Jieun Kim, Chihyun Hwang, Hyungmin Park, Young-tai Noh, Ming Xie, Jiuyang Lin, Seong-Ju Park, Dong Han Seo, Youngjin Kim

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