The air emission assessment of a South Korean traditional building during its life cycle
作者： Jaehun Sim , Jehean Sim
DOI: 10.1016/J.BUILDENV.2016.06.007
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摘要: Abstract During its entire life cycle, a Korean traditional building produces various types of air emissions from the material production, construction, operation, maintenance, demolition, and recycling disposal stages, along with related transportation activities. This study investigates cycle this type located in Seoul, South Korea. The results demonstrate that it 143,843.7 kg CO 2 , 1466.01 kg CO, 686.22 kg NO X 475.99 kg SO 280.59 kg NMVOC, 274.44 kg CH 4 1.26 kg N O during 30-year span. In comparison an apartment building, significantly reduces about 98% 87% 78% 62% 45% O, 36% 2, except NMVOC emissions, terms emission productivity. addition, environmental impact analysis materials used finds roof tile has largest on global warming potential, while cement ozone depletion potential.
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