@article{ART001078558},
author={김홍록 and 진병복 and 윤완우 and 권영성 and 이민영 and 윤영봉 and 신원근},
title={Estimation of Emission and Development of Emission Factor on Greenhouse Gas (CO2) of the Combustion Facilities},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2007},
volume={16},
number={4},
pages={277-283}
TY - JOUR
AU - 김홍록
AU - 진병복
AU - 윤완우
AU - 권영성
AU - 이민영
AU - 윤영봉
AU - 신원근
TI - Estimation of Emission and Development of Emission Factor on Greenhouse Gas (CO2) of the Combustion Facilities
JO - Journal of Environmental Impact Assessment
PY - 2007
VL - 16
IS - 4
PB - Korean Society Of Environmental Impact Assessment
SP - 277
EP - 283
SN - 1225-7184
AB - Since the Kyoto Protocol became into effect, Korea has been expected to be part of the AnnexI countries performing the duty of GHG reduction in the phase of post-Kyoto. Therefore, it isnecessary to develop emission factors appropriate to Korean circumstances.In order to develop emission factors this study utilized the CleanSYS, which is the real-timemonitoring system for industrial smoke stacks to calculate the emission rate of CO2continuously.In this study, the main focus was on the power generation plants emitting the largest amountof CO2 among the sectors of fossil fuel combustion. Also, an examination on the comparison ofCO2 emission was made among 3 generation plants using the different types of fuels such asbituminous coal and LNG; one for coal and others for LNG. The CO2 concentration of the coalfired plant showed Ave. 13.85 %(10,384 ton/day). The LNG fired plants showed 3.16 %(1,031ton/day) and 3.19 %(1,209 ton/day), respectably.Consequently, by calculating the emission factors using the above results, it was found thatthe bituminous coal fired power plant had the CO2emission factor average of 88,726 kg/TJ, andthe LNG fired power plants had the CO2 average emission factors of 56,971 kg/TJ and 55,012kg/TJ respectably which were similar to the IPCC emission factor.
KW - Greenhouse gas;CEMS;Emission Factor;stationary combustion;IPCC
DO -
UR -
ER -
김홍록, 진병복, 윤완우, 권영성, 이민영, 윤영봉 and 신원근. (2007). Estimation of Emission and Development of Emission Factor on Greenhouse Gas (CO2) of the Combustion Facilities. Journal of Environmental Impact Assessment, 16(4), 277-283.
김홍록, 진병복, 윤완우, 권영성, 이민영, 윤영봉 and 신원근. 2007, "Estimation of Emission and Development of Emission Factor on Greenhouse Gas (CO2) of the Combustion Facilities", Journal of Environmental Impact Assessment, vol.16, no.4 pp.277-283.
김홍록, 진병복, 윤완우, 권영성, 이민영, 윤영봉, 신원근 "Estimation of Emission and Development of Emission Factor on Greenhouse Gas (CO2) of the Combustion Facilities" Journal of Environmental Impact Assessment 16.4 pp.277-283 (2007) : 277.
김홍록, 진병복, 윤완우, 권영성, 이민영, 윤영봉, 신원근. Estimation of Emission and Development of Emission Factor on Greenhouse Gas (CO2) of the Combustion Facilities. 2007; 16(4), 277-283.
김홍록, 진병복, 윤완우, 권영성, 이민영, 윤영봉 and 신원근. "Estimation of Emission and Development of Emission Factor on Greenhouse Gas (CO2) of the Combustion Facilities" Journal of Environmental Impact Assessment 16, no.4 (2007) : 277-283.
김홍록; 진병복; 윤완우; 권영성; 이민영; 윤영봉; 신원근. Estimation of Emission and Development of Emission Factor on Greenhouse Gas (CO2) of the Combustion Facilities. Journal of Environmental Impact Assessment, 16(4), 277-283.
김홍록; 진병복; 윤완우; 권영성; 이민영; 윤영봉; 신원근. Estimation of Emission and Development of Emission Factor on Greenhouse Gas (CO2) of the Combustion Facilities. Journal of Environmental Impact Assessment. 2007; 16(4) 277-283.
김홍록, 진병복, 윤완우, 권영성, 이민영, 윤영봉, 신원근. Estimation of Emission and Development of Emission Factor on Greenhouse Gas (CO2) of the Combustion Facilities. 2007; 16(4), 277-283.
김홍록, 진병복, 윤완우, 권영성, 이민영, 윤영봉 and 신원근. "Estimation of Emission and Development of Emission Factor on Greenhouse Gas (CO2) of the Combustion Facilities" Journal of Environmental Impact Assessment 16, no.4 (2007) : 277-283.
