环境工程学报2025，Vol.19Issue(6)：1327-1338,12.DOI:10.12030/j.cjee.202412136
基于熵权法-模糊综合评价模型的生活污水低碳处理模式评价
Evaluation of low-carbon treatment modes for domestic wastewater based on an entropy weight-fuzzy comprehensive evaluation model
摘要
Abstract
Towards low-carbon treatment mode optimization for rural domestic wastewater and improvement of the evaluation system for wastewater treatment projects,an entropy weight-fuzzy comprehensive evaluation model was proposed in this study.The indicator system of this model covers six dimensions:technical efficiency,economic benefits,social performance,environmental impact,carbon reduction efficiency,and resource recovery efficiency.Using the membership degree theory of fuzzy mathematics,the evaluation criteria for the indicators were established.Guided by the domestic wastewater treatment needs of Shenyu Village,the constructed model was applied to select the optimal process:enhanced septic tank-anaerobic tank-passive gray water purification tank.A wastewater treatment facility was built and operated stably.The entropy weight-fuzzy comprehensive evaluation model was used to comprehensively assess Shenyu Village's wastewater treatment project.The results showed that this process performs well in technical,social,and ecological efficiency,with an overall comprehensive evaluation grade of"excellent".However,the membership degree was only 0.41.Further analysis suggested that utilizing treated gray water for farmland irrigation,landscape crop watering,and expanding agricultural land use for blackwater treatment could enhance rural domestic wastewater utilization and reduce carbon emissions.This study provides a decision-making methodology for selecting low-carbon treatment modes,upgrading processes,and promoting resource utilization in rural domestic wastewater management.关键词
农村生活污水/熵权法/模糊综合评价/低碳处理/资源化利用Key words
rural domestic wastewater/entropy weight method/fuzzy comprehensive evaluation/low-carbon treatment/resource utilization分类
环境科学引用本文复制引用
李梦丽,杨忠莲,王楚亚,陈悦,李淑萍,朱建国,朱光灿..基于熵权法-模糊综合评价模型的生活污水低碳处理模式评价[J].环境工程学报,2025,19(6):1327-1338,12.基金项目
江苏省生态环境成果转化与推广重点项目(2022002) （2022002）
