Analysis of Air Pollution Distribution in West Pasaman Regency Effects of Palm Oil Mills

Herri Yosenov, V. S. Bachtiar, Z. Zulkarnaini
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Abstract

The purpose of this research was to identify sources of pollution and analyze the level of pollution for the parameters of TSP (Dust), particulates, NO2, and SO2 and to map their distribution. The research was conducted at 9 (nine) palm oil mills spread throughout West Pasaman Regency. The data used are primary and secondary data. The primary data includes particulates, TSP, SO2, and NO2 gases. Secondary data consists of test results data at the Environmental Service in 2017, morphological data, and factory location maps. Data processing methods include statistical analysis of Shapiro Wilk. Then proceed with descriptive analysis to determine the characteristics of the range of minimum and maximum values of air pollution distribution. Spatial analysis of the overlay type was carried out using a GIS application. Particulate, TSP, NO2 and SO2 test results at each location have met the required air quality standards. mapping the distribution of air pollutants for the parameters TSP (Dust), NO2 and SO2 with the direction of their spread according to the wind direction. Comparison with the latest regulations, namely PP Number 22 of 2021 Appendix VII, shows that the test results are still below the set quality standards. With the test values obtained and the meteorological factors in each company, it shows that there is no significant effect of pollutant content from sources of pollution on the environment around the palm oil mills.
西帕萨曼地区空气污染分布分析棕榈油厂的影响
本研究的目的是确定污染源,分析TSP(粉尘)、颗粒物、NO2和SO2的污染水平,并绘制其分布图。这项研究是在遍布西帕萨曼摄政的9家棕榈油厂进行的。所使用的数据分为主要数据和次要数据。主要数据包括颗粒物、TSP、SO2和NO2气体。二级数据包括2017年环保局检测结果数据、形态数据、工厂位置图。数据处理方法包括夏皮罗·威尔克的统计分析。然后进行描述性分析,确定空气污染分布的最小值和最大值范围的特征。利用GIS应用程序对覆盖类型进行空间分析。各地点的颗粒物、总悬浮粒子、二氧化氮和二氧化硫检测结果均达到规定的空气质量标准。根据风向绘制空气污染物参数TSP (Dust)、NO2和SO2的分布及其扩散方向。对比最新的法规,即2021附录VII PP编号22,检测结果仍低于设定的质量标准。根据得到的测试值和各公司的气象因素,表明污染源的污染物含量对棕榈油厂周围环境没有显著影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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