RESEARCH AREAS

Catalysis and Reaction Engineering

Catalysis involves the use of substances called catalysts to accelerate reaction rates or modify reaction pathways in chemical reactions. Catalysts facilitate chemical reactions by promoting interactions at the atomic or molecular level, thereby increasing the reaction rate and product selectivity. Reaction engineering, on the other hand, deals with the design, optimization, and control of chemical reactions. These research areas focus on developing methods to improve the efficiency and selectivity of chemical reactions by understanding catalyst properties and optimizing reaction conditions. They are playing a crucial role in industrial sectors such as chemical production, energy generation, and environmental protection.

  • Catalysis and Reaction Engineering1
  • Catalysis and Reaction Engineering2
Professor
  • Park, Jimin

    Abiotic-biotic Interfaces, bioelectrochemistry, digital healthcare, carbon-neutral manufacturing, biohybrids

  • Lee, Doh Chang

    Electronic nanomaterials & devices

  • Lee, Jinwoo

    Nanomaterials, porous material, electrocatalyst, energy storage, biocatalyst

  • Lee, Hyunjoo

    Heterogeneous catalysis, single-atomic catalyst, surface chemistry, gas-phase reactions, electrochemical reactions

  • Im, Sung Gap

    Functional thin films

  • Chung, Dong Young

    Electrocatalysis, electrochemistry, energy conversion and storage, in situ analysis

  • Minju Chung

  • Choi, Minkee

    Heterogeneous catalysis, zeolite, CO₂ adsorption and utilization, green chemistry