| 英文摘要 |
This study has three main parts, and their respective results are listed below:
1. To promote air pollutant emissions ceiling program:
(1)Through studying international air policy documents, it was found that PM10, SOx, NOx and VOCs are still the main pollutants to be regulated in hope to control ambient PM2.5 concentration and enhance air quality.
(2)Amended the air pollutant emissions ceiling program(draft), including setting the designated reduction rates for the 2nd stage period to 5%~10%, targeting designated existing stationary pollution sources that did not take any aggressive reduction actions or have previously violated the Air Pollution Control Act.
(3)The air pollutant emission of stationary sources in central and Yun-Chia-Nan air quality areas were calculated. The baseline emission approval for both areas have also been calculated.
2.To implement Kaohsiung-Pingtung area Action Reduction Plan:
(1)Introduced PDCA concept to strengthen the SIPs framework in Kao-Ping. We have also suggest that EPBs must feedback the real reduction data to Taiwan Emission Data System(TEDS) in order to enhance the database quality.
(2)Based on the air pollution characterstics in Kao-ping area, we propose that in the first 1~3years, Kaohsiung city must implement the emission standards regulations for both stationary and mobile sources while fugitive sources need to be controlled in Pingtung County.
(3)Selected 10 major stationary sources to testify if the air pollutant emissions ceiling program is operable. The result shows that the boiler process can still achieve higher SOx and NOx reduction while the petroleum process on average has emissions approximately 30% to 70% lower than the BACT. Fugitive VOCs still has reduction potential.
3. To provide administrative support for the promotion of air quality improvement strategy:
(1)Completed over 31 meetings, printed 60 copies of air quality management regulations and 100 copies of strategy advertisement.
(2)Updated information regarding air pollutant emissions ceiling program and PM2.5 on the official website.
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