| 英文摘要 |
This project is a master project for policy planning and review. Tasks of 2014 are chiefly to comprehend background information of environment, emissions, assessment of environmental loading, and air quality in the City; to draw up the 2015-2016 version of air pollution control plan; to conduct model simulation; to assist EPA and execute evaluation of EPB; to hold meetings; to compile documents and to lease air pollution control management system. The Project is signed at an amount of NT$8.32 million; it specifies dedicated personnel that include a project manager, six engineers, and non-dedicated personnel, including project conductor and co-conductors.
Taichung City won another “Excellence” award among special municipalities and NT$1 million of prize money in its execution of 2013 EPA performance evaluation. The focuses of 2014 project include the assistance in establishing the “regulations on managing and reducing emission sources of greenhouse gases in Taichung City (draft)”. The focuses also include the drawing up of “Plan of air pollution emission ceiling in Taichung City (draft)”; the revision of the “2015-2016 version of air pollution control plan in Taichung City” and subsequent planning on the reduction plan aiming to meet the average standard of 15 µg/m3 for national concentration of fine particulates (PM2.5) in 2020 as EPA conceives. Also included are to carry out 17 evaluations in 2014, such as EPA report checking and statistic work of scores; to complete air quality analysis report and the weather-related statistics (including poor air quality and weather patterns) for 2002 – 2013. The ratio of pollutant standards index at good level increases and unhealthful level decreases obviously. The major air pollutant is O3 and PM2.5 is next. The results of model simulation show contribution of background PM2.5 concentration is 19.5 μg/m3 from China and other counties. The background PM2.5 concentration contributes about 63% in Dali air quality monitoring station highest PM2.5 concentration in Taichung urban area. The secondary contribution source is local primary PM2.5 about 10.1μg/m3 (about 32%).
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