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电厂锅炉对区域大气环境的影响预测与评价——以峄城经济开发区为例

发表时间:2008-08-31  浏览量:1784  下载量:804
全部作者: 安丽花
作者单位: 河海大学环境科学与工程学院
摘 要: 对建设项目建立大气污染物扩散模式,并对其对大气环境的影响进行评价,将有利于建设项目的污染治理工作。大气环境影响预测与评价是环境影响评价中的一个重要环节,是一个比较复杂的过程,污染因子涉及的气象参数、环境因素较多。根据峄城经济开发区环境空气质量功能区的划分结果,结合该区总体规划,以枣庄市具体地理位置、近三年大气环境气象特性和现状环境监测数据作为气象依据,确定了开发区大气污染物扩散参数,采用《制定地方大气污染物排放标准的技术方法》(GB/T13201—91)中规定的点源以高斯模式预测了电厂锅炉对峄城经济开发区大气环境的影响。结果表明:电厂锅炉对峄城经济开发区大气环境不会造成显著影响。
关 键 词: 环境工程学;影响预测与评价;高斯模式;电厂锅炉;开发区
Title: Predict and assess district’s atmospheric environmental impact of heat power plant boiler: a case study in Shandong Yicheng development area
Author: AN Lihua
Organization: College of Environmental Science and Engineering, Hohai University
Abstract: The research of this paper is established on setting up the diffusing model of atmospheric pollutant, and assessing its impact on the atmospheric environment. The results of the research may contribute to the treatment of pollutant in the construction projects. The forecast and assessment of atmospheric environmental impact, which is an important sector of environmental impact assessment, is a relatively complex process with much weather parameter and environmental element involved in pollution gene. According to the division result of the ambient air quality function area of the Shandong Yicheng development area, this paper makes sure the parameters of atmospheric pollutant of the development area by referring to the geographical position of Zaozhuang city, meteorological property in recent 3 years and the current monitored data. This paper applies Gaussian model with “Technical methods for making local emission standards of air pollutants GB/T 13201—91” to predict the atmospheric environmental impact of heat power plant boiler construction, the result shows that boiler construction doesn’t affect the district’s atmospheric environment.
Key words: environmental engineering; predict and assess; Gaussian model; heat power plant boiler; development area
发表期数: 2008年12月第16期
引用格式: 安丽花. 电厂锅炉对区域大气环境的影响预测与评价——以峄城经济开发区为例[J]. 中国科技论文在线精品论文,2008,1(16):1850-1855.
 
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