This study discusses the status of mercury (Hg) emissions and distribution from major anthropogenic sources and the future trend of Hg emissions by activity changes and application of Best Available Technologies (BATs) in South Korea. Atmospheric Hg emission from major anthropogenic sources, based on Annex D of the Minamata Convention, was estimated at approximately 4.48 t in 2014. Emission ratios of Hg by cement clinker production, coal-red power plants, waste incineration, and non-ferrous metal smelting were 59.8%, 26.6%, 13.8%, and 0.22%, respectively. For this reason, the high Hg emission regions are characterized by the presence of cement clinker production facilities and coal-red power plants. The future activities of such emission sources were predicted using linear regression with moving averages of the previous activities. The predicted results reveal that the Hg emissions from major sources will increase to 6.06 t in 2022. In addition, the amount of Hg emitted into the atmosphere could be reduced by applying BATs resulting in a decrease to 2.66 t in 2022. In this scenario, the Hg emissions from coal-red power plants and cement clinkers facilities are expected to decrease signicantly.
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Copyright © 2018 JTohuer nSoalc oieft Cy hoef mChiceaml Eicnagli Ennegerininege rosf, Japan.
All Science Journal Classification (ASJC) codes
- Chemical Engineering(all)