dnklee research team
research theme
electrochemical synthesis of biomass-derived organic compounds
designing electrocatalysts and reaction environments for the electrochemical synthesis of biomass-derived compounds.
- selective oxidation and hydrogenation of biomass
- paired electrolysis of biomass and CO2
in-situ/operando observation of electrode interface to understand fundamentals of electrochemical synthesis.
- ATR-FTIR analysis for molecular conversions and electrolytes
- synchrotron XAS analysis for monitoring metal ion transitions
designing an electrochemical reactor for mass production
- multi-stack flow-cell for biomass conversions
- reactor/membrane/electrode modifications for the gas/liquid co-productions
ongoing projects
e-chemical technology
funded by KIST from 2018.01
electrochemical NOx capture and recycle using Fe-complexes
funded by KIST from 2020.01.
electrocatalysts and reactor for ~kg/day production of FDCA from HMF
funded by NRF Korea from 2020. 07.
electrochemical biomass conversions for adipic acid and jet fuel productions
funded by NRF Korea from 2022. 04.
electro-reforming of plastic wastes
funded by KIST from 2023. 03.
members
principal investigator
Dong Ki Lee 이동기
dnklee at kist.re.kr
staff scientist
clean energy research center, KIST
adjunct professor
Yonsei-KIST convergence research institute, Yonsei Univ
graduate school of energy and environment, Korea Univ
energy and environmental technology, UST
education and career
staff scientist, KIST 2018-current
Postdoc. Univ of Wisconsin-Madison 2016-2018
PhD. MSE, KAIST 2015
MS. MSE, KAIST 2011
BS. MSE, Korea Univ 2009
awards
KIST Person of the Year, 2024
Nano Research Innovation Award (Minster Award of Science and ICT), NANO KOREA, 2023
KIST Young Fellow, 2023
KIST Person of the Month, Mar 2023
KIST Research Team of the Year, 2019, 2020, 2021, 2023, 2024
DK Lee's google scholar
Mi-Young Lee 이미영
mylee89 at kist.re.kr
postdoctoral researcher
clean energy research center, KIST
education and career
Postdoc. Molecular Catalysis, Max Plank Institute CEC 2020-2022
Postdoc. Applied Science Research Institute, KAIST 2020-2020
PhD. Civil Environ Eng, KAIST 2020
MS. Environ Eng, GIST 2014
BS. Agricultural Chem and Chem (dual), Chungnam Nat'l Univ 2012
research projects
electrochemical valorization of CO2 and/or organic substrates
electrochemical water treatments
M.-Y. Lee's google scholar
Tapas Kumar Das
tapasd at kist.re.kr
postdoctoral researcher
clean energy research center, KIST
education and career
research associate, CSIR-IMMT, Bhubaneswar 2020-2022
research associate, UM-DAE CEBS, Mumbai 2019-2020
PhD. Chem, Bhabha Atomic Research Centre 2019
MS. Chem, Univ. of Calcutta 2013
research projects
glucose conversion into adipic acid
T K Das's google scholar
Jongin Woo 우종인
wji0389 at kist.re.kr
integrated PhD course
graduate school of energy and environment, Korea Univ
education
BS. Environ Eng, Dong-A Univ 2019
research projects
HMF conversion into FDCA
in-situ ATR-FTIR and synchrotron XAS
publications in the DKL team
ACS Catal 2022 12 4078 (cover)
Catal Commun 2022 170 106501
ChemSusChem 2021 14 4563
Heesung Eum 엄희성
222301 at kist.re.kr
PhD course
graduate school of energy and environment, Korea Univ
education
MS. Energy and Environ Eng, Korea Univ 2022
BS. Chem, Yonsei Univ 2019
research project
NO capture and conversions
Publications in the DKL team
Catalysts 2022 12 79
Myeonghwan Oh 오명환
akdk0202 at kist.re.kr
PhD course
Chem. Korea Univ
education
MS. Energy and Environ. Technology, UST 2024
BS. Chem, KawngWoon Univ 2022
research project
glucose conversion into adipic acid
Sang Yun 윤상
g22502 at kist.re.kr
MS course
energy and environmental technology, UST
education
BS. MSE, Korea National Univ of Transportation 2022
research project
HMF conversion into FDCA
Min Woo Park 박민우
fipistapo1803 at kist.re.kr
PhD course
graduate school of energy and environment, Korea Univ
education
MS. Chem, Kookmin Univ. 2024
BS. Chem, Kookmin Univ. 2022
research project
plastics reforming
