AHN, Byoung Sung  
AHN, Hee Chul  
AHN, Sang Chul  
CHEONG, Byung Ki  
CHO, Seung Joo  
CHO, Woon Jo  
CHOI, Kyung Il  
CHOI, Ung Su  
CHOI, Yong Su  
CHUN, Myung Suk  
HA, Heon Phil  
HA, Heung Yong  
HA, Sung Do  
HAN, Jong Hee  
JUNG, Jin Young  
JUNG, Kwang Deog  
JUONG, Jong Soo  
KANG, Ji Yoon  
KIM, Byung Hong  
KIM, Hyoung Gon  
KIM, Hyoung Juhn  
KIM, Jae Duck  
KIM, Key Sun  
KIM, Lae Hyun  
KIM, Mun Sang  
KIM, Seo Young  
KIM, Tae Song  
KO, Hee Dong  
KOO, Hyun Cheol  
KWON, Oh Seung  
KWON, Yong Moo  
LEE, Byung Gwon  
LEE, Cheol Ju  
LEE, Joong Kee  
LEE, Kang Bong  
LEE, Sang Bae  
LEE, So Ha  
LIM, Tae Hoon  
MOON, Sung Uk  
NAM, Suk Woo  
OH, In Hwan  
PAE, Ae Nim  
PARK, Ji Hyung  
PARK, Jong Ku  
PARK, Myon Woong  
PARK, Se Hyung  
PARK, Tae Jin  
RHEE, Jae Seong  
RHIM, Hye Whon  
RHO, Hyung Min  
RYU, Jae Cheon  
SHIN, Hee Sup  
SHIN, Kyung Ho  
SONG, Hyung Keun  
SONG, Soo Chang  
SUH, Sang Hee  
YOO, Bok Ryul  
YOO, Young Sook  

SONG, Hyung Keun

Ph.D. Chemical Engineering (University of Alberta)

e-mail: hksong@kist.re.kr
phone: +82-2-958-5241
home page: http://pccp.kist.re.kr

Dr. Song has been the principal research scientist of the CleanTechnologyCenter at KIST since 1985 and is currently leading the National Research laboratory on the low temperature plasma for chemical reactions. The main focus of the research is to use low temperature plasmas to break or to activate the stable compounds such as methane or carbon dioxide in order to have valuable products from them as well as to handle the environmental pollution. The plasma gives enough energy to break up the chemically strong bonds but the selectivity is hard to control to get the certain valuable compounds. As the petroleum resources are depleting the methane could be the next generation chemical feedstock obtained by this reaction. However, some technical problems remain to be solved for the real application. He has published about 150 papers in international journals and 15 patents.

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