Please use this identifier to cite or link to this item: http://hdl.handle.net/11455/5022
標題: 臺中工業區與中科園區污染源排放特性分析
Analysis of air pollutant emissions at Taichung Industrial Park and Taichung Park of Central Taiwan Science Park
作者: 趙重周
Chao, Chung-Chou
關鍵字: Taichung Industrial Park;台中工業區;Taichung Park of Central Taiwan Science Park;stationary source;mobile source;emission;中部科學工業園區台中園區;固定污染源;移動污染源;排放量
出版社: 環境工程學系所
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摘要: 
臺中市是台灣中部人口最多的都市,也是歷年來國人評選最適合居住的都會區之一。然而,位處臺中盆地內的臺中市都會區域,因地形特殊,容易累積空氣污染物。目前在臺中市的大度山麓上,分布著中部科學工業園區臺中園區、臺中工業區及臺中市垃圾焚化爐,而且臺中精密機械園區也陸續有廠商的進駐。因此,大度山麓已成為臺中市主要產業的集中區域,本研究調查分析中部科學工業園區臺中園區及臺中工業區之空氣污染源排放情形,以探討分析高科技園區及傳統產業工業區,各項主要空氣污染物排放量之特性。
本研究利用行政院環境保護署建立之固定污染源排放量清查資料庫,及全國性排放清冊(Taiwan Emission Data System)為核心,並加入對工業區各種車輛車流量實地調查之相關資料,來分析中部科學工業園區台中園區及台中工業區之空氣污染源排放情形,以探討其固定污染源及移動污染源空氣污染物之排放量現況、特性,及主要排放污染來源。
研究結果顯示,在台中工業區內,CO主要來自移動污染源,其他各項空氣污染物則均以固定污染源為主要貢獻來源。而中部科學工業園區內, TSP、CO及NOx主要來自移動污染源,SOx則以固定污染源為主,而VOCs排放貢獻比例中,固定污染源佔55%,移動污染源佔45%,比例相對接近。因此在台中工業區的空氣污染防制管制重點應鎖定固定污染源;而中部科學工業園區台中基地,則應固定污染源與移動污染源兩者並重。

Taichung City is the most popular and livable city in central Taiwan. Nevertheless, it is easy for air pollutants to accumulate in Taichung City due to the terrain characteristics. Furthermore, there are several Industrial Parks and incinerators located in Taichung City. Therefore, this study analyzed the sources and quantities of air pollutants emissions of Taichung Park of Central Taiwan Science Park and Taichung Industrial Park to investigate their emission chararctersics.
The main goal of this study is to investigate the current situations, characteristics, and sources (stationary/mobile) of the air pollutant emissions in Taichung Industrial Park and Taichung Park of Central Taiwan Science Park. The air pollutant emissions are estimated by the stationary sources emissions inventory database and Taiwan Emission Data System established by Taiwan EPA, and the on site survey data of vehicle flows in the industrial parks aforementioned.
The results indicated that, for Taichung Industrial Park, the major contributor of CO is mobile source, and the major contributor of TSP, SOx, NOx VOCs and Pb is stationary source. For Taichung Park of Central Taiwan Science Park, the major contributor of TSP, CO and NOx is mobile source, the major contributor of SOx is stationary source, while the emission contribution of stationary and mobile sources to the proportion of VOCs are 55% and 45%, respectively. Therefore, the air pollution control policy for Taichung Industrial Park should focus on stationary source. However, stationary and mobile sources should both be considered in the air pollution control policy for Taichung Park of Central Taiwan Science Park.
URI: http://hdl.handle.net/11455/5022
其他識別: U0005-2008201114341500
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