环境工程学报2025，Vol.19Issue(7)：1599-1610,12.DOI:10.12030/j.cjee.202405011
工业园区废水综合毒性管控体系构建——以宁夏平罗红崖子园为例
Construction of comprehensive toxicity supervision system for industrial park wastewater-a case study of Hongyazi Park,Pingluo Industrial Park,Ningxia
摘要
Abstract
Industrial parks,especially chemical parks,have a wide variety of toxic and harmful pollutants and complex components,which pose potential toxic risks to the stable operation of sewage treatment plants and the ecological health of receiving water bodies.Establishing comprehensive measures for controlling wastewater toxicity within these industrial parks is crucial for enhancing overall risk management capabilities.To safeguard the reliable functioning and safety standards at Hongya Ziyuan sewage treatment plant and recycled water facility in Pingluo Industrial Park,this study has installed 17 sets of COD instruments,17 sets of TDS instruments,17 sets of flowmeters,2 sets of comprehensive waste water toxicity instruments and 2 sets of spectral fingerprint tracers across seventeen enterprises within the park following a framework encompassing measurement,evaluation,tracing,and control.A web-based monitoring system leveraging IoT technology has been implemented while refining the technical process for tracking pollutants using spectral fingerprints.Based on experimental validation indicating biological toxicity thresholds of 60％for regulated pool wastewater and 20％for reclaimed water effluent(Fischer-feller bacteria inhibition rate),a platform enabling comprehensive wastewater toxicity monitoring and early warning capabilities has been established to facilitate real-time control within the park.关键词
综合毒性/工业园区/污染溯源/管控体系/预警平台Key words
whole effluent toxicity/industrial park/contamination tracing/supervision system/warning platform分类
资源环境引用本文复制引用
苏洁,于会彬,王健,聂磊,高晓波,郝艳,靳方园,周耀鑫,孙士顺..工业园区废水综合毒性管控体系构建——以宁夏平罗红崖子园为例[J].环境工程学报,2025,19(7):1599-1610,12.基金项目
黄河流域生态保护和高质量发展联合研究项目(2022-YRUC-01-050204-011) （2022-YRUC-01-050204-011）
宁夏回族自治区重点研发计划资助项目(2023BEG02046) （2023BEG02046）
宁夏科技厅项目(2022BSB03066) （2022BSB03066）
