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KMID : 1024520080170040423
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Journal of the Environmental Sciences
2008 Volume.17 No. 4 p.423 ~ p.437
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Case Analysis on High Concentration of SO₂ and Review on Its Reduction Policy in the Ulsan Metropolitan Area since 2001
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Moon Yun-Seob
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Abstract
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Until comparatively lately, the annual time series of the concentration had been shown in a decreasing trend in Ulsan as well as other Korean cities. However, the high concentration of was frequently found in the specific countermeasure region including the national industrial complex such as Mipo and Onsan in the Ulsan city for the period of . There are many conditions that can influence the high concentration of at monitoring sites in Ulsan, such as: First, annual usage of the fuel including sulfur increased in comparison with the year before in spite of the fuel conversion policy which wants to use low sulfur oil less than 3% and LNG. Second, point source, such as the power plants and the petroleum and chemistry stacks, was the biggest contributor in emission, as a analyzed result of both the air quality modeling and the stack tole-monitoring system (TMS) data. And third, the air pollutants that occurred in processes of homing and manufacturing of the fuel including sulfur were transported slow into a special monitoring site by accumulating along the frontal area of see-breeze. It was concluded that Ulsan’s current environmental policy together with control methods should be changed into the regulation on total amount of emission, including a market-based emission trading with calculating of atmospheric environmental critical loads, for the reduction like the specific countermeasure for the and PM10 reduction in the Seoul metropolitan area. And this change should be started in the big point sources of species because they are big contributors of Ulsan’s pollution. Especially it is necessary to revitalize of the self-regulation environmental management. Other control methods for sustaining the reduction are as follows: maintenance of the fuel conversion policy, reinforcement of the regional stationary source emission standard, and enlargement of the stack TMS.
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KEYWORD
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Annual usage of the fuel including sulfur, Point source, The regulation on total amount of emission, The self-regulation environmental management, The stack TMS
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