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基于熵权物元可拓法的工业循环经济产业园地下水水质评价

王江鱼

环境保护科学2026,Vol.52Issue(3):76-83,92,9.
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环境保护科学2026,Vol.52Issue(3):76-83,92,9.DOI:10.16803/j.cnki.issn.1004-6216.202512006

基于熵权物元可拓法的工业循环经济产业园地下水水质评价

Groundwater quality evaluation of industrial circular economy parks based on entropy weight matter-element extension method

王江鱼1

作者信息

  • 1. 甘肃省地质矿产勘查开发局第四地质矿产勘查院,酒泉 735000
  • 折叠

摘要

Abstract

At present,groundwater serves as the water intake source for 70%of China's population,and the available freshwater resources that can be directly exploited and utilized by humans are limited.Due to excessive exploitation and development by human beings,frequent problems such as water quality deterioration,resource shortage and ecological damage have occurred.Groundwater resources were greatly affected owing to their weak renewal capacity.It was obtained through comprehensive comparison and analysis that the calculation results of the entropy weight matter-element extension method were more accurate.Moreover,the extension index was enabled to reflect the quality of indicators within a standard interval more intuitively,and the variation trend of each monitoring indicator could also be judged.Accordingly,the entropy weight matter-element extension method was adopted to assess groundwater pollution in the circular economy industrial park.It was showed by the research results that the overall water quality of 121 monitoring wells in the study area was poor.The concentrations of Ca2+and Mg2+in water were excessively high,and a large area of high-hardness groundwater was detected.The over-standard rates of nitrite,sulfate and chloride all reached 100%.The total organic matter concentration of each monitoring well ranged from 0 to 248 005 mg/L,with an average concentration of 3 978 mg/L.Volatile phenol presented the largest concentration variation range,contributing 96.06%to groundwater pollution.Among all wells,the groundwater quality of 77 wells met Class Ⅱ standard,10 wells(accounting for 8.3%)reached Class Ⅲ standard,7 wells(accounting for 5.8%)fell into Class Ⅳ standard,and 27 wells(accounting for 22.3%)were classified as Class Ⅴ standard.No monitoring well achieved Class Ⅰ water quality.

关键词

地下水/化学特征/熵权物元可拓法/水质评价

Key words

groundwater/chemical characteristics/entropy weight matter-element extension method/water quality evaluation

分类

资源环境

引用本文复制引用

王江鱼..基于熵权物元可拓法的工业循环经济产业园地下水水质评价[J].环境保护科学,2026,52(3):76-83,92,9.

基金项目

中央水专项资金项目(JTZFCG-2023-077号) (JTZFCG-2023-077号)

环境保护科学

1004-6216

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