Leachate Characteristics and Evaluating Leachate Contamination Potential of Landfill Sites Using Leachate Pollution Index

M. Krishnamurthy, P. Sivapullaiah, Shambavikamath
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Abstract

The developing and under developing countries hazardous industrial waste is also mixed with municipal solid waste (MSW). The dumping of MSW in uncontrolled landfills can cause major impact on human health and surrounding environment. Leachate is the main culprit, causing pollution of surface water bodies and ground water. Ground water once contaminated, is very difficult task to improve. The aim of research study is to determine the leachate characteristics of Alevoor landfill near Udupi, India. The pH of samples was 8.21 and 7.77 respectively. This paper also presents the leachate contamination potential of Alevoor landfill using Rand Corporation Delphi Technique. The leachate pollution index (LPI) represents the level of contamination potential of given landfill. LPI is a single number express the overall leachate contamination potential of landfill based on several leachate pollution parameters at a given time. The LPI is also used to compare the contamination potential of different leachate sampling stations of Alevoor landfill. The LPI values of the Alevoor landfill is significantly high and proper treatment is required before the discharge of the leachate.
利用渗滤液污染指数评价填埋场渗滤液特征及污染潜势
发展中国家和欠发展中国家的危险工业废物也与城市固体废物(MSW)混合。城市生活垃圾在不受控制的填埋场倾倒会对人类健康和周围环境造成重大影响。渗滤液是造成地表水和地下水污染的罪魁祸首。地下水一旦受到污染,是很难改善的任务。研究的目的是确定印度乌都比附近Alevoor垃圾填埋场的渗滤液特征。样品的pH值分别为8.21和7.77。本文还采用兰德公司的德尔菲法对阿勒沃垃圾填埋场的渗滤液污染潜势进行了分析。渗滤液污染指数(LPI)代表填埋场的潜在污染水平。LPI是基于几个渗滤液污染参数在给定时间表示填埋场整体渗滤液污染潜势的单个数字。LPI还用于比较Alevoor填埋场不同渗滤液采样站的污染潜力。Alevoor堆填区的LPI值非常高,在排放渗滤液之前需要进行适当的处理。
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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