首页> 外文会议>JAEA-cnf 2007-008; FNCA(Forum for Nuclear Cooperation in Asia) 2006 Workshop on the Utilization of Research Reactors; 20060808-0901; Manila(PH) >1.5 Utilization of Research Reactor to the Environmental Application in Thailand : Air quality study in Saraburi Province, Central Thailand
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1.5 Utilization of Research Reactor to the Environmental Application in Thailand : Air quality study in Saraburi Province, Central Thailand

机译:1.5在泰国的环境应用中使用研究堆:泰国中部沙拉武里府的空气质量研究

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Saraburi Province is facing difficulties due to high dust generating Industries which is the major economy of the area. Thus, the elemental composition of SPMs in Tumbon Na Phra Lan , Saraburi Province is being monitored. The samples were collected in each quarter from May 2005 to March 2006. Soil as well as fine particles from stacks of some selected manufacturers were also analyzed. The average weight of SPM was found lowest in wet season and highest in the middle of dry season. The average weight of SPM is also high in dry season and low in wet season. The elements found in the samples are Na, Mg, Al, As, Sr, Br, Si, P, S, Cl, K, Ca, Ti, V, Mn, Fe, Co, Cu, and Zn. Calcium is selected as the key elements since most postulated source of pollution is due industrial utilization of the limestone deposit. It is observed that the fine particles form stack are quite low which mean an effective emission control of fine particles form the selected manufacturers. The data is being utilized by the Pollution Control Department, Ministry of Natural Resources and Environment, the environmental authority in Thailand. The authority will use this data to find possible solution for air quality improvement of the area. Future collaboration with environmental authority will be on the study of Thalenoi conservation area in the southern part of Thailand.
机译:由于该地区的主要经济高发尘工业,沙拉武里府面临着困难。因此,正在监测北标府Tumbon Na Phra Lan中SPM的元素组成。从2005年5月至2006年3月的每个季度收集样品。还分析了一些选定制造商的烟囱中的土壤以及细颗粒。 SPM的平均重量在雨季最低,而在旱季中期最高。 SPM的平均重量在干旱季节也较高,而在潮湿季节较低。样品中发现的元素为Na,Mg,Al,As,Sr,Br,Si,P,S,Cl,K,Ca,Ti,V,Mn,Fe,Co,Cu和Zn。选择钙作为关键元素,因为最假定的污染源是由于石灰岩矿床的工业利用。可以看出,堆积的细颗粒非常少,这意味着可以有效控制所选制造商的细颗粒排放。该数据已由泰国环境主管部门自然资源和环境部污染控制司使用。当局将使用这些数据来寻找可能改善该地区空气质量的解决方案。与环保部门未来的合作将在泰国南部Thalenoi保护区的研究中进行。

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