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BLUEB
Tel : +82-31-201-2529
Fax : +82-31-202-1946
E-mail : shryu@khu.ac.kr
URL : http://chemeng.khu.ac.kr

Chemical Engineering has an illustrious history in the development of the national economy, contributing significantly to the modernization of Korea. In the department, research has been performed in the areas of expanding to energy, advanced materials and biochemical engineering related industries on the basis of traditional petrochemical and fine chemical industries. We are a diverse department with 10 faculty members, 24 Master's students and 7 Ph.D. students. Our department continually updates its curriculum to stay in the forefront of the field. Chemical Engineering is an exciting, challenging and growing profession, operating at the leading edge of technology. Because chemical Engineering is an integral discipline grafting engineering concepts onto the basic principles of the existing disciplines of chemistry, physics, mathematics, and biology, it is widely regarded as the central engineering discipline.

1) At least 24 units of graduate level credit in Chemical Engineering courses are required for the master's degree, and 60 units for the Ph.D. degree including units completed in the master's course.


2) Students should pass a qualifying examination.


3) Students should complete all requirements, such as publication, presentation, and dissertation, as determined by the thesis committee.


4) Students should work with a faculty member in the department as advisor.

Catalyst Engineering, Advanced Biochemical Engineering, Medical Materials Technology, Advanced Inorganic Materials, Advanced Chemical Engineering Thermodynamics, Process Optimization, Advanced Polymer Structure and Properties, Advanced Polymer Chemistry, Advanced Process Control, Advanced Instrumental Analysis, Advanced Physical Chemistry, Advanced Mass transfer, Membrane Separation Technology, Advanced Chemical Reaction Engineering, Advanced Ceramic Engineering, Surface Science and Engineering.

Suk-Jin Choung, Ph.D.
[State University of New York, Buffalo, 1982, Chemical Engineering, sjchoung@khu.ac.kr, http://web.khu.ac.kr/~catalyst/]


Chang-Ho Park, Ph.D.
[Purdue University, 1989, Professor, Biochemical Engineering, chpark@khu.ac.kr]


Yong Taek Lee, Doctor of Engineering
[University of Tokyo, 1988, Professor, Synthetic Chemistry, yongtlee@khu.ac.kr, http://khusml.khu.ac.kr/]


Sung Soo Kim, Ph.D.

[University of Texas at Austin, 1990, Chemical Engineering, sungkim@khu.ac.kr, http://poly.khu.ac.kr]


Bomsock Lee, Ph.D.
[Purdue University, 1992, Professor, Process System,
bslee@khu.ac.kr, http://web.khu.ac.kr/~psel ]


Sung Hun Ryu, Ph.D.
[Stevens Institute of Technology, 1991, Professor, Polymer Processing and Nanocomposite, shryu@khu.ac.kr, http://web.khu.ac.kr/~PPL]


Kigook Song, Ph.D.
[University of Michigan, 1988, Professor, Polymer Physics,
ksong@khu.ac.kr, http://web.khu.ac.kr/~polymer/]


Woo-Sik Kim, Ph.D.
[Pennsylvania State University, 1992, Professor, Materials Crystallization, wskim@khu.ac.kr]


Sang-Hyon Paek, Ph.D.
[Columbia University, 1998, Associate Professor, Polymer Science, shpaek@khu.ac.kr]


Young Chul Kim, Ph.D.
[KAIST,1991, Associate Professor, Organic/Polymer Electronic & Display Materials, kimyc@khu.ac.kr]


Jinsoo Kim, Ph.D.
[University of Cincinnati, 1999, Assistant Professor, Chemical Engineering, jkim21@khu.ac.kr, http://web.khu.ac.kr/~nano]


Jiwon Choi, Ph.D.
[University of Michigan Ann Arbor, 2002, Full Time Lecturer, Macromolecular Science & Engineering, g1choi@khu.ac.kr]

¡ß Micro-surface and Catalysis Laboratory
URL : http://web.khu.ac.kr/~catalyst/
Director : Professor Suk Jin Choung (sjchoung@khu.ac.kr)

Research Overview
Research at the Microsurface & Catalysis Laboratory at Kyung Hee University focuses on the development of new technologies for clean energy and for encountering the global energy and environmental crises of the future. The research includes photo-catalytic reaction, CO2 Hydrogenation, diesel reforming, and selective catalytic reduction of NOx. Through our research, the ultimate goal is to create new clean energy and to protect the environment.

Ongoing Projects
CO2 Hydrogenation catalyst developments for the removal of CO2 from the industrial boiler systems.
Diesel reforming to produce H2 as a new energy source.
Photo-catalytic reaction/ plasma reaction for removing volatile organic compounds (VOCs) from various industrial sources.
SCR (Selective catalytic reduction) of NOx for the cleaning of flue gases from industries.


¡ß Medicine & Biochemical Laboratory
URL : http://drbio.khu.ac.kr
Director : Professor Chang-Ho Park (chpark@khu.ac.kr)

Research Overview
Biotechnology is the foundation of our research. We research microorganisms which are able to remove VOC(Volatile Organic Compounds) which are the cause of stomach cancer. We identify a bacterial strain isolated from a biofilter and medicinal plants having the antimicrobal activity against Helicoabcter pylori.

Ongoing Projects
Biofiltration of Volatile Organic Compounds (VOCs).
The effect on the growth while cultivation of Helicobacter pylori.


¡ß Specialty Materials Laboratory
URL : http://web.khu.ac.kr/~khusml
Director : Professor Yong-Taek Lee (yongtlee@khu.ac.kr)

Research Overview
We research the control of water and the concentration of aroma by membranes, the development of membrane materials and high performance RO membrane for desalination. Also we research the development of the electrodless UV lamp and system.

Ongoing Projects
The development of high performance RO membrane for desalination.
The development of electrodeless UV lamp for the sewage effluent disinfection.
A study on purification and concentration of aroma by membrane.
A study on chlorine resistance improvement of reverse osmosis membrane by surface modification.

¡ß Polymeric Materials Laboratory
URL : http://gaya.khu.ac.kr/poly
Director : Professor Sung-Soo Kim (sungkim@khu.ac.kr)

Research Overview
Preparation of polymeric membranes with targeted properties to meet industrial demands and to modify the surface of the membranes to improve transportation properties. Synthesis and characterization of polymeric membranes for medical applications and development of profitable polymeric filtration systems. Synthesis and modification of advanced polymeric composite nanoparticles for use in information display technology of semiconductor industry.

Ongoing Projects
Preparation of Micro-porous PVDF Membrane Via Thermally-Induced Phase Separation.
Preparation of Organic-Inorganic Composite Particles for Diffuser Plate
Preparation of Impact Resistance PMMA sheet for Flexible Display

¡ß Process System Laboratory
URL : http://web.khu.ac.kr/~psel
Director : Professor Bomsock Lee (bslee@khu.ac.kr)

Research Overview
The purpose of our research is process modeling and finding its optimum operating condition and practical applications. Also the advanced control method is applied to the process to maintain the optimal operation condition. Our research area include Process Systems engineering, Process Simulation, Batch Process Design, Scheduling & Analysis, and Process Optimization.

Ongoing project
On-line quality prediction system
Development of the chemical product Laboratory using a machine studying technique

¡ß Organic-nano Composites Laboratory
URL : http://web.khu.ac.kr/~PPL
Director : Professor Sung-Hoon Ryu (shryu@khu.ac.kr)

Research Overview
We research plastics which have been indispensable to our lives and try to make them lucrative, highly functional, and nature-friendly. Also, we research organic-nano composites and polymer surface modifications with the purpose of improving material physical-chemical property and functionalization.

Ongoing Projects
Research on Bipolar plate material characterization for PEMFC.
Research on MMT/Epoxy nanocomposites
Research on dispersion of functionalized CNT

¡ß Polymer Physics Laboratory
URL : http://web.khu.ac.kr/~polymer/
Director : Professor Kigook Song (ksong@khu.ac.kr)

Research Overview
The Polymer Physics Lab researches the wide-band reflective polarizer from variable pitch cholesteric liquid crystal, liquid crystal alignment on photoreactive polymer alignment layer for LCD applications, molecular structure of polyolefin using vibrational spectroscopy, optical communication polymer device for optical fiber, formation mechanism and mechanical properties of nanocomposites.

Ongoing Projects
A study of polyolefin morphology with vibrational spectroscopy.
A study of photochromic self-assembly monolayer.
A study of wide-band reflective polarizer from photo-crosslinkable liquid crystal.
FT-Raman spectroscopy.
A studies of barrier thin file with nanocomposite.

¡ß Materials Crystallization Laboratory
Director : Professor Woo-Sik Kim (wskim@khu.ac.kr)

Research Overview
Research at the Materials Crystallization Laboratory focuses mainly on the design of nano-crystal structure and development of crystallization technology to synthesis the high functional nano-materials and to separate the chiral isomers.

Ongoing Projects
Novel separation of bioactive substances from natural resources
Control of crystal defect and structure of e-HNIW on recrystallization process
Separation of the chiral isomer
Design of core-shell nano particles
Production of large size sphere particles for LCD spacer

¡ß Materials & Laboratory for Electronics and Displays
Director: Assistant Professor Sang-hyon Paek (shpaek@khu.ac.kr)

Research Overview
We research materials - polyimides which are applied to electronics and displays such as the semiconductor, LCD, polymer alignment layer induced by photo irradiation and compensation film applied to conductivity adhesive, TFT-LCD.
Also we research the mutual relation between the structures and characteristics - including the electro-optical property - of those materials.

Ongoing Projects
A study of the stability and mechanism for alignment of liquid crystal on rubbed polymer film and LCD.
Development of compensation film for improving wide viewing angle on LCD.
A study of characteristics for polyimide alignment layer and alignment of liquid crystal.

¡ß Nano Materials Laboratory
URL : http://web.khu.ac.kr/~nano
Director : Assistant Professor Jinsoo Kim (jkim21@khu.ac.kr)

Research Overview
Our research at the Nano Materials Laboratory at Kyung Hee University focuses on advanced inorganic materials. In particular, it focuses on fabrication and characterization of ceramic nanoparticles, nanostructured materials and nanoporous membranes for use in separation, reaction, and environmental applications. We conduct interdisciplinary research featuring a combination of chemical engineering, chemistry and materials science.

Ongoing Projects
Ceramic Nanoparticles for SOFC Applications.
Conductive Coating Materials for Display Devices.
Functional Nanoporous Ceramic Membranes.


 

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