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燃煤发电厂周边的流行病学监测。

Epidemiological monitoring in the vicinity of a coal-fired power plant.

作者信息

Toeplitz R, Goren A, Goldsmith J R, Donagi A

出版信息

Sci Total Environ. 1984 Jan 27;32(3):233-46. doi: 10.1016/0048-9697(84)90150-5.

Abstract

An epidemiological monitoring program has been designed and put into operation in response to a health monitoring requirement of a permit to build a coal-fired power plant. It will consist of four 350 megawatt units and is being built on the Mediterranean coast about halfway between Tel-Aviv and Haifa; the first unit became operational in 1981. The resident population within a 10 km. radius consists of about 69,000 persons. The permit to build this power plant required the installation of a comprehensive monitoring network including environmental, health and agricultural monitoring. Four types of studies are included in the epidemiological monitoring program: mortality analyses, monitoring of requests for health services, studies of pulmonary symptoms and lung function in school children, and panel studies of children and adults with chronic pulmonary conditions. Areas of maximal expected exposure risk and two other comparable areas of lesser risk were chosen, based on expected emissions, meterological and topographical considerations; baseline data were gathered for a year prior to the operation of the first unit of the power plant. Subsequent data are planned to be collected for another 10 years. The program permits detection of short-term effects based on increases in health service requests, medium-term effects by repeat examination of panelists, and long-term effects based on pulmonary conditions among school children. The initial survey, before plant operations showed, among other things, lower flow rates for children in the area expected to have medium levels of exposure.

摘要

为响应建设一座燃煤发电厂的许可所要求的健康监测,已设计并实施了一项流行病学监测计划。该发电厂将由四个350兆瓦的机组组成,建在地中海沿岸,位于特拉维夫和海法之间大约中点位置;第一台机组于1981年投入运营。半径10公里范围内的常住人口约有69000人。建设该发电厂的许可要求安装一个包括环境、健康和农业监测在内的综合监测网络。流行病学监测计划包括四类研究:死亡率分析、健康服务请求监测、学童肺部症状和肺功能研究,以及患有慢性肺部疾病的儿童和成人的群组研究。根据预期排放、气象和地形因素,选定了预期暴露风险最大的区域以及另外两个风险较小的可比区域;在发电厂第一台机组运行前一年收集了基线数据。计划在接下来的10年里继续收集数据。该计划允许根据健康服务请求的增加检测短期影响,通过对小组成员的重复检查检测中期影响,并根据学童的肺部状况检测长期影响。在工厂运营前的初步调查显示,除其他情况外,预期暴露水平中等地区的儿童流速较低。

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