Member

Advanced Redox Technology Lab

Alumni

Total 35건 1 페이지

  • 공의민(Uimin Kong)

    E-mail
    dmlals623@snu.ac.kr
    Thesis
    Promoted method for urea degradation by heterogeneous catalyst
    Year

    M.S. 2025

    Present

    삼성전자

  • 이중훈 (Junghun Lee)

    E-mail
    tokmong@snu.ac.kr
    Thesis
    Effective Electro-Generation of ·OH: Direct/Indirect Conversion of O2 into ROS
    Year

    Ph.D. 2025

    Present

    .

  • 방경찬 (Kyeong Chan Bang)

    E-mail
    unbi88@iwest.co.kr
    Thesis
    Scale Control in Flue Gas Desulfurization Wastewater Treatment Facilities of Coal-Fired Power Plants Evaluation of the Field Applicability of Physical/Chemical Technologies through Literature Review
    Year
    M.S. 2025 (공학전문대학원)
    Present
    한국서부발전

  • 구교훈 (Gyohun Koo)

    E-mail
    extraended@snu.ac.kr
    Thesis
    Reforming of high-efficiency photocatalyst for water treatment
    Year

    M.S. 2025

    Present
    .

  • 윤현수 (HyunSoo Yoon)

    E-mail
    hsoo.yoon@snu.ac.kr
    Thesis
    Formation of hydrogen peroxide by VUV/UV process in the presence of low molecular organic contaminants
    Year

    M.S. 2025

    Present
    삼성전자

  • 박종우 (Erwin Jongwoo Park)

    E-mail
    erwinpark@snu.ac.kr
    Thesis
    Assessing the formation and the properties of high-valent metal species.
    Year
    Ph.D. 2025
    Present
    서울대학교(박사후연구원)

  • 이주리 (Juri Lee)

    E-mail
    jurilee@snu.ac.kr
    Thesis
    Development of visible light activated photocatalysts for the inactivation of microorganisms and degradation of organic compounds
    Year

    Ph.D. 2025

    Present
    서울대학교(박사후연구원)

  • 이동현 (Donghyun Lee)

    E-mail
    pos03027@snu.ac.kr
    Thesis
    Study of the heterogeneous catalysts to generate reactive species (•OH. SO4•, reactive complex…) for effective organic pollutants degradation
    Year

    Ph.D. 2025


    Present
    삼성전자

  • 차동원 (Dongwon Cha)

    E-mail
    dongwon132@snu.ac.kr
    Thesis
    Investigation, modeling, and optimization of ozonation and ozone-related advanced oxidation processes (AOPs) for natural organic matter degradation, micropollutant abatement, and inactivation of pathogenic microorganisms
    Year
    Ph.D. 2025
    Present

    University of Wisconsin-Madison (Postdoctoral Researcher)

  • 조지윤 (Jiyoon Cho)

    E-mail
    jiyooncho@snu.ac.kr
    Thesis
    Study of microbial inactivation by Cu(II)-based disinfection systems and elucidation of microbicidal mechanism
    Year

    Ph.D. 2025

    Present
    삼성전자

  • 김주현 (Joohyun Kim)

    E-mail
    joohyun38@snu.ac.kr
    Thesis
    Development of photocatalytic systems for air purification
    Year

    Ph.D. 2025

    Present
    삼성전자

  • 이기명 (Ki-Myeong Lee)

    E-mail
    2kimyeong@snu.ac.kr
    Thesis
    Study of electrochemical/chemical reactions for the wastewater treatment process
    Year

    Ph.D. 2024

    Present
    삼성전자

  • 장아림 (Alim Jang)

    E-mail
    alim0520@snu.ac.kr
    Thesis
    Study of degradation of microplastics sample by applying advanced oxidation process and catalytic reaction
    Year

    M.S. 2024 

    Present

    Postech(박사과정)



  • 최재한 (Jaehan Choi)

    E-mail
    firebear01@snu.ac.kr
    Thesis
    Development of catalytic ozonation system in water treatment plant, hydroxyl radical generation in catalytic ozonation system and combined analytical and empirical modeling of oxidant behavior during the ozonation process.
    Year

    M.S. 2024

    Present

    에쓰오일(S-OIL)



  • 서동우 (Dongwoo Suh)

    E-mail
    dwsuh1@snu.ac.kr
    Thesis
    Evaluation and Optimization of Virus Filtration in Downstream Biopharmaceutical Process
    Year
    Ph.D. 2023
    Present
    삼성전자

  • 이윤정 (Yun-jeong Lee)

    E-mail
    yunjung0717@snu.ac.kr
    Thesis
    Study of establishing pretreatment and quantification protocol of microplastics sample by applying advanced oxidation process and fluorescent analysis
    Year
    M.S. 2023
    Present

    Korea Institute of Science and Technology (한국과학기술연구원)

  • 김태완 (Taewan Kim)

    E-mail
    twkim12@snu.ac.kr
    Thesis
    Study of target specific inactivation of pathogen by high valent metal ion and reactive oxygen species
    Year

    Ph.D. 2023 

    Present

    .

  • 임규승 (Gyuseong Lim)

    E-mail
    lliimm00@snu.ac.kr
    Thesis
    Optimization and enhancement of VUV/UV water treatment process using CFD (Computational Fluid Dynamics)
    Year

    M.S. 2023

    Present

    삼성전자

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