Researchers

Taegeun Lee (이태근)

• Carbon capture device design. 

• CO2 dissolution methods for artificial photosynthesis.

• Life Cycle Assessment.

ltg6414 (at) gmail.com

Junbeom Kwon (권준범)

• Performance and sustainability analysis of hydrogen vehicles.

• LCA & TEA. 

kjunbtop1 (at) gmail.com

Seokjung Kim (김석중)

• Waste-to-fuel process development. 

• Hydrothermal liquefaction.

tjrwnd369 (at) naver.com

Ikhwan Ryu (류익환)

• Engine combustion science. 

• Fuel kinetic mechanism. 

go44288 (at) naver.com

Yumin So (소유민)

• Renewable fuel production.

• Plant Process Engineering.

sym96450 (at) naver.com

Woojin Kim (김우진)

• Renewable fuel production.

wj020326 (at) naver.com

Seonggwon Lee (이성권)

• Machine learning algorithm development for future mobility safety. 

dltjdrnjs3 (at) naver.com

Gwanwoo Kim (김관우)

• Artificial photosynthesis system design.

• CFD analysis for thermal management.

kide6298 (at) gmail.com

Jinmyung Park (박진명)

• Machine learning algorithm development for future mobility safety. 

major4765 (at) naver.com

Joongi Yoon (윤준기)

• Life Cycle Assessment.

• Process design w/ Aspen software.

dbswnsrl1120 (at) naver.com

Hogyu Yi (이호규)

• CFD analysis for carbon capture system. 

ghrbzpq (at) gmail.com

Dongeun Kim (김동은)

• Carbon-neutral fuel production. 

• Gas chromatography (GC-MS/FID/TCD).

eun5121604 (at) gmail.com

Banin Hassani 

• Thermal management of e-Fuel production reactor using artificial photosynthesis. 

ubhass (at) umich.edu

Beomseok Kim (김범석)

• Powertrain performance and sustainability analysis.

• LCA & TEA of e-Fuel production. 

beomseok1116 (at) naver.com

Sungmin Kim (김성민)

• Lubricant performance and composition.

• UAM (Urban Air Mobility) safety analysis.

iamsungmin0119 (at) naver.com

Yuchan Kim (김유찬)

• Tribological physics and lubricant. 

• UAM (Urban Air Mobility) safety analysis.

mario0819 (at) naver.com

Minsu Lee (이민수)

• Future mobility safety.

• Path optimization for air mobility. 

alstntmdtn (at) naver.com

Changun Lee (이창운)

• Biofuel production: Macroalgae HTL (Hydrothermal Liquefaction) process, Waste to fuel process. 

dlckddns1224 (at) naver.com

Seungwoo Lee (이승우)

• Plastic to fuel: hydrothermal liquefaction (HTL) and pyrolysis. 

seungwoo826 (at) gmail.com