Member

Advanced Redox Technology Lab

Current members

Total 8건 1 페이지
  • 이기명 (Ki-Myeong Lee)

    2PhD Students

    E-mail
    2kimyeong@snu.ac.kr
    Education

    B.S. Ulsan National Instituteof Science and Technology (UNIST)

    M.S. Ulsan National Instituteof Science and Technology (UNIST)

    Topic

    Study of an electrochemical redox reaction of nitrogenated species (nitrate, nitrite, hydroxylamine, and ammonium) for application of the wastewater treatment process




    - Study on redox reaction of nitrogenated species 

    - Total organic carbon and total nitrogen removal mediated by reactive nitrogen species
     

  • 김범준 (Beomjoon Kim)

    2PhD Students

    E-mail
    kbeomj@snu.ac.kr
    Education

    B.S. Korea University

    M.S. Korea University

    Topic

    Electrochemical oxidation of recalcitrant perfluorinated compounds (e.g. PFOS, PFOA) supported by electrochemically induced high valent metal species


     
     

    - Enhanced removal of PFOS and PFOA supported by electrochemically induced high valent metal species (e.g. Fe, Ni, Cu…) using RuO2 as an anode in the water

    - Study the mechanism of the enhancement of the removal of perfluorinated compounds

  • 김 주 현 (Joohyun Kim)

    2PhD Students

    E-mail
    joohyun38@snu.ac.kr
    Education

    B.S. Konkuk University

    M.S. Konkuk University

    Topic

    Development of photocatalytic systems for air purification



    - Development of photocatalyst for inactivation of airborne microorganisms and VOC degradation. 

    - Elucidation of microbicidal mechanism behind various redox reactions.

  • 조지윤 (Jiyoon Cho)

    2PhD Students

    E-mail
    jiyooncho@snu.ac.kr
    Education

    B.S. Ulsan National Institute of Science and Technology (UNIST)

    M.S. Seoul National University

    Topic

    Study of microbial inactivation by Cu(II)-based disinfection systems and elucidation of microbicidal mechanism



    - Study on the inactivation efficiency and mechanism of Cu(II)-based disinfection systems combined with various compounds.

    - Inactivation of various surrogate microorganisms (e.g. E. coli, S. aureus, MS2 bacteriophage, PhiX174) and antibiotic resistant bacteria (ARB)

    - Determination of microbial inactivation kinetics by conventional disinfectant (Cl2, O3, UV) in sea water, and determination of total residual oxidants (TRO).



  • 이주리 (Juri Lee)

    2PhD Students

    E-mail
    jurilee@snu.ac.kr
    Education

    B.S. Ulsan National Institute of Science and Technology (UNIST)

    M.S. Korea Advanced Institute of Science and Technology (KAIST)

    Topic

    Development of visible light activated photocatalysts for the inactivation of microorganisms and degradation of organic compounds


    - Improving photocatalytic efficiency of TiO2 through facet control

    - Enhanced disinfection of microorganisms and effective decomposition of recalcitrant organic pollutants



     

  • 정주은 (Jueun Jung)

    2PhD Students

    E-mail
    jueunj@snu.ac.kr
    Education

    B.S. Konkuk University

    M.S. Konkuk University

    Topic

    Study on the influence of the presence of microplastics in advanced oxidation processes (AOPs) on pollutant removal

  • 조은 (Eun Cho)

    2PhD Students

    E-mail
    tomatojoeun@snu.ac.kr
    Education

    B.S. Seoul National University of Science and Technology

    M.S. Yonsei University

    Topic

    Development of hybrid carbon-based platform materials for water treatment

  • 이유진(Yoo Jin Lee)

    2PhD Students

    E-mail
    eugene71010@snu.ac.kr
    Education

    B.S. Hanyang University

    M.S. Pohang University of Science and Technology(POSTECH)

    Topic

    Study of the microplastics degradation in advanced oxidation processes (AOPs) 

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