Professor
Lee, See Hoon
- Office Engineering B2, Room 309
- Major Energy Conversion Engineering
- E-maildonald@jbnu.ac.kr
- Telephone 82-63-270-2362
- Education B. Sc.1996, Hanyang University M. Sc. 1998, KAIST Ph.D. 2003, KAIST
- Subject
Lecture Undergraduate Introduction to Energy Engineering, Feasibility Study of Energy Conversion Process, etc.
Graduate Advanced economic evaluation, Biomass conversion analysis, Fluidized bed process, etc.
About Lab
Research Interests
- Reaction kinetics, Process design and evaluation, Fluidized bed engineering
Conference Activity
- The Korean society of clean technology
- The Korean society for new and renewable energy
- The Korean society for energy
- The Korean Journal of Chemical Engineering
- The Korean society of industrial and engineering chemistry (KSIEC)-ISChE
- International Conference on FBC
- Asia-Pacific Forum on Renewable Energy
Awards
- 2018, Paper Award (KEIEC)
- 2018, Best Paper Award (KSIEC)
- 2018, Best Paper Award ( 23rd FBC )
- 2018, Best Poster presentation Award (The Korean society of clean technology)
- 2017, Best Paper Award (Korean Journal of Chemical Engineering)
- 2017, Best Paper Award (KSIEC)
Collaboration Research Institute
Pubilc enterprise
- Korea Institute of energy research
- Korea Institute of machinery & materials
- Korea Institute of Industrial Technology
- IAE Institute for Advanced Engineering
Private enterprise
- SK Innovation
- Hyundai Oil Bank
- Hanwoul Engineering
Representative reseach activities
Themo-chemical conversion Process
-
Thermochemical conversion reaction
Content
- Conversion of various hydrocarbon materials into heat and electricity, hydrogen, chemicals
- Categorized by pyrolysis, combustion, gasification, liquefaction
- Reaction analysis and process design
Desulfurization reaction kinetics under oxy-circulating fluidized bed boiler
-
CCS(Carbon Capture & Storage) process
-
Behavior of limestone under Oxy-CFB
Content
- Conducting a study on the behavior of sulfur, which is the main cause of ultrafine dust and acid rain
- A Study on the Influence of various factors such as limestone properties, Ca/S ratio, gas velocity under oxy-circulating fluidized bed boiler
Process design and optimization
-
CFD model for a solar hybrid dual fluidized bed reactor
-
Oxy-CFB composition diagram and IEA-CFBC composition diagram
Content
- Development and design of cold models, simulation models, and lab-scale reactors to analyze commercial plants
- Process optimization studies using open source simulators and commercial simulators
Publications
Recent
- See Hoon Lee *, 2019, Direct desulfurization of limestones under oxy-circulating fluidized bed combustion conditions, Chemical Engineering Journal
- See Hoon Lee*, 2019, Economic analysis of a 600 MWe ultra supercritical circulating fluidized bed power plant based on coal tax and biomass co-combustion plans, Renewable Energy
- See Hoon Lee*, 2018, Economic evaluation of synthetic ethanol production by using domestic biowastes and coal mixture, Fuel
- See Hoon Lee*, 2018, Re-carbonation of Calcined Limestone Under Oxy-Circulating Fluidized Bed Combustion Conditions
- See Hoon Lee*, 2018, Drying characteristics of low rank coals in a pressurized flash drying system, Journal of Industrial and Engineering Chemistry
- See Hoon Lee*, 2018, Analysis of Oxygen Combustion Characteristics of a Low Grade Coal Using IEA-CFBC Model
- See Hoon Lee*, 2017, A reaction kinetic study of CO2 gasification of petroleum coke, coals and mixture, Korean Journal of Chemical engineering
- See Hoon Lee*, 2017, Economic evaluation of domestic biowaste to ethanol via a fluidized bed gasifier, Journal of Industrial and Engineering Chemistry
- See Hoon Lee*, 2016, Techono-economic Evaluation of an Ethanol Production Process for Biomass Waste
- See Hoon Lee*, 2016, Economic Assessment of a Indirect Liquefaction Process using a Gasification with Petroleum Coke/Coal Mixtures