Daeheum Kim |
polymer science |
polymer science |
윤도영 |
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Chulhwan Park |
BioChemical Engineering Laboratory (BCEL) |
The BCEL (BioChemical Engineering Laboratory) was established at the Department of Chemical Engineering, Kwangwoon University in 2007. Based on biochemical engineering and industrial biotechnology, BCEL is seeking promising solutions in tackling industrial and environmental issues by efficient biological process. We are currently working on developing technologies for the conversion of renewable bioresource to high value-added chemicals, biofuels, and novel functional materials for the application of various industries such as foods, cosmetics, pharmaceuticals, and chemicals, etc.
A number of projects supported by government and companies are currently in progress such as (1) Process design and optimization of high-efficient bioconversion for value-added flavonoid ester synthesis based on biomass, (2) Development of seaweed-based consolidated bioprocessing for eco-friendly plastic materials, (3) Development of synthetic biology platform technology for the production of high-value bioproducts using synthetic microbial smart factories, (4) Process Optimization for Production of High Value Added Chemical from Polyhydroxyalkanoates (PHA), (5) Process design and techno-economic evaluation for production of bioenergy and high value-added materials, etc. |
Younghun Kim |
Environmental Friendly Nanomaterial Lab |
The goal of my laboratory is to combine the nanotechnology (NT) and environmental technology (ET) in order to develop environmental friendly nanomaterials and novel nanoscale systems. To achieve this, we are focusing on the fusion of NT and ET, such as molecular recognition, molecular-level detection, nano/bio-sensors, inorganic/organic hybrid nanoporous materials, and nanoparticles, based on the knowledge and techniques of different disciplines - chemical engineering, materials science, chemistry, molecular biology, and solid-state physics. |
Sehkyu Park |
ENERGY CELLS LAB |
Hydrgoen economy beyond carbon neutrality is a challenge and demand for our future. A key to realize this is energy storage and conversion technology. ENERGY CELLS LAB Research areas of interest are Fuel Cells that produce electricity from chemical energy through (photo)electrochemical reactions, Electrolytic Cells that continuously yield value-added products by supply electricity, and Batteries that repeatedly store and release electrical energy by redox reactions. The philosopy of this lab is Research Symposia that acquire knowledge, seek truth, personally share, and transform world together. |
Hiesang Sohn |
Advanced Functional Material Laboratory |
This is advanced functional material laboratory |
Taek Lee |
Bio Medical Engineering Lab |
BMEL is working on the biomedical diagnosis, therapy and biomolecular computation using nanobio hybrid materials. On the basis of our research experiences covering nanobiotechnology, biochip and medicines, we will try to find out the best solutions for overcoming current limitation of diagnosis, therapy and biomolecular computation. |
Yeonsoo Kim |
Process Control & Optimization Laboratory |
We are developing methodologies and algorithms for designing, operating, and monitoring various systems where desired products are processed from reactants. The process system engineer can handle various systems where any conversion occurs. In particular, we are conducting several government/industry projects such as 1) Thermal management of battery systems, 2) Optimal operation of oil/gas plants with AI, 3) Hydrogen liquefaction process design, 4) Hydrogen fueling station monitoring, etc. We will extend our area to integrating AI technology with the conventional process system knowledge in order to implement AI in real process systems. |
Giwon Lee |
Polymers & Electronic materials Laboratory |
Our group focuses on finding innovative tools for developing flexible/stretchable materials by applying them as wearable human/plant devices.
1) Chemical and physical modification of polymer surface via interface/surface engineering
2) Organic/inorganic hybrid flexible/stretchable electronic device applications
3) Wearable human/plant devices for continuous health monitoring |
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