한국 수산업분야 어업용 연소연료의 사용실태와 CO2배출량의 산정
Calculation of Carbon Dioxide Emissions by South Korea’s Fishery Industry
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초록
Vessel numbers and fuel consumption by South Korea’s offshore and coastal fisheries have continuously declined since 2000. Using the 2006 Intergovernmental Panel on Climate Change Guidelines, CO2 emissions by South Korea’s fishery industry (fishing and aquaculture, excluding deep-sea fishing) were calculated by the default CO2 emission factor and fuel consumption by fuel type. Emission of CO2 was estimated to be 3.22 million tCO2/year in 2007 for fisheries (excluding deep-sea fishing); when including deep-sea fishing, the estimated value increased to 4.11 million tCO2/year. Fuel consumption per tonne of fishery production was 498 L, and the amount of CO2 emission per tonne of production was 1.62 tCO2. To calculate CO2 emission more exactly, we must develop a system to compile energy balance statistics and introduce life-cycle assessment for the fishery industry.
Abstract
Vessel numbers and fuel consumption by South Korea’s offshore and coastal fisheries have continuously declined since 2000. Using the 2006 Intergovernmental Panel on Climate Change Guidelines, CO2 emissions by South Korea’s fishery industry (fishing and aquaculture, excluding deep-sea fishing) were calculated by the default CO2 emission factor and fuel consumption by fuel type. Emission of CO2 was estimated to be 3.22 million tCO2/year in 2007 for fisheries (excluding deep-sea fishing); when including deep-sea fishing, the estimated value increased to 4.11 million tCO2/year. Fuel consumption per tonne of fishery production was 498 L, and the amount of CO2 emission per tonne of production was 1.62 tCO2. To calculate CO2 emission more exactly, we must develop a system to compile energy balance statistics and introduce life-cycle assessment for the fishery industry.
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