碧水保卫战背景下新污染物与常规污染物协同治理战略OA
Strategies for the Synergistic Governance of Emerging and Conventional Pollutants under the framework of the Clear Water Protection Campaign
随着我国碧水保卫战的深入推进,水生态环境质量总体改善,常规污染物减排幅度达 10%以上.然而,以持久性有机污染物、内分泌干扰物、抗生素、微塑料等为代表的新污染物环境风险日益凸显,成为持续深入打好碧水保卫战,实现水生态文明和美丽河湖全面建成目标的重要挑战.新污染物与常规污染物的同源、共存和潜在协同效应,为实现协同治理提供了科学基础.推动新污染物与常规污染物的协同治理,是实现水资源、水环境、水生态"三水统筹"的必然要求,是"十五五"乃至更长时期深化碧水保卫战、保障国家水环境安全与公众健康的战略选择.本研究系统阐述了将新污染物治理深度融入现有"碧水保卫战"体系的战略构想,明确了新污染物与常规污染物协同治理的必要性、紧迫性与可行性,提出了"控源协同、设施协同、管理协同"3大核心思路,并重点围绕"工业园区水污染防治""生活污水收集和处理""入河入海排污口整治"和"饮用水水源水质安全保障"4大关键路径,分析了各路径存在的问题以及相应的措施.最后,本研究从推动科技创新和健全管控体系出发,展望了构建水环境中新污染物与常规污染物协同治理的体系.
China's Clear Water Protection Campaign has substantially improved surface-water quality and reduced conventional pollutant discharges.However,emerging contaminants(ECs),such as persistent organic pollutants,endocrine-disrupting chemicals,antibiotics,and microplastics,are becoming an increasing concern for aquatic ecosystems,drinking-water safety,and public health.Because ECs and conventional pollutants often share sources,transport pathways,treatment facilities,and regulatory interfaces,their integrated control represents a feasible strategy for upgrading existing water-pollution management systems.Here,this study reviewed the need,feasibility,and pathways for synergistic governance of ECs and conventional pollutants in the context of China's water-environment protection strategy.This study proposed a framework based on source-control synergy,infrastructure synergy,and governance synergy,and discuss four priority pathways:Industrial parks,municipal wastewater systems,river and coastal outfalls,and drinking-water source protection.The analysis highlights that EC management should not be developed as an isolated system,but should be embedded into existing monitoring,wastewater treatment,discharge regulation,and drinking-water safety frameworks.Future efforts should focus on high-throughput screening,risk-based monitoring,process-level removal mechanisms,treatment upgrading,and cross-sector governance to support long-term control of complex pollution risks in aquatic environments.
柳斌;王斌;钮珊;张钱新;余刚
北京师范大学未来技术学院,珠海 519000清华大学环境学院,北京 100084北京师范大学未来技术学院,珠海 519000北京师范大学未来技术学院,珠海 519000北京师范大学未来技术学院,珠海 519000
资源环境
新污染物碧水保卫战协同治理风险管控美丽中国
emerging contaminantsclear waters protectioncollaborative governancerisk managementbeautiful China
《环境工程学报》 2026 (9)
2761-2769,9
教育部、财政部学科突破先导资助项目(JYB2025XDXM903)广东省资助项目(2023ZT10L036)
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