摘要
开展工业园区减污降碳典型路径和案例研究对贯彻落实《减污降碳协同增效实施方案》具有重要意义。工业园区的危险废物成分复杂、反应多变,其贮存、处置、转移过程是企业实现安全管理、高水平污染治理和节能降碳的重点。文章通过对上海化学工业区危险废料协同处置模式开展案例研究,发现其在危险废料处置结构性设计、产废阶段现场服务源头预处理减量化、废料焚烧减量资源化、管道输送集中处置一体化、危废运输和储存管理智慧化、危废处置工艺技术优化、蒸汽热能回收再利用等废料全生命周期管理以及绿色电力分布式建设等方面开展了减污降碳协同创新实践工作,并在减少大气和固废污染物以及节能降碳等方面取得积极成效,其危险废物协同处置模式将为其他化工园区开展固体废物减污降碳协同增效工作提供案例参考。
Carrying out typical paths and case studies of synergies in the reduction of pollution and carbon emissions in industrial parks is of great significance for the implementation of the"Implementation Plan for Synergistic Effectiveness of cocontrol of Pollution and Carbon Emission".The storage,disposal and transfer processes of hazardous wastes in industrial parks are the focus of safety management,pollution prevention and control,and energy saving and carbon reduction.Through a case study of the hazardous waste co-disposal model in Shanghai Chemical Industry Park,it is found that it has carried out the innovative practice of synergies in the reduction of pollution and carbon emissions in the aspects of structural design,reduction of waste pre-treatment at the source of waste production,reduction of waste incineration and resources,integration of centralized disposal in the pipeline transportation,smart management of hazardous waste transportation and storage management,optimization of hazardous waste disposal process technology,recycling of steam and thermal energy,and the whole life cycle management of hazardous waste as well as the distributed construction of green power.It has achieved positive results in reducing air and solid waste pollutants as well as energy saving and carbon reduction.And its hazardous waste co-disposal model will provide a case reference for other chemical parks to carry out co-efficient work in the field of the reduction of solid waste pollution and carbon emissions.
作者
李宣瑾
贺成
夏志云
王一涵
马雅静
LI Xuanjin;HE Cheng;XIA Zhiyun;WANG Yihan;MA Yajing(Foreign Environmental Cooperation Center,Ministry of Ecology and Environment,Beijing 10035,China;SCIP SITA Waste Services Company Limited,Shanghai201507,China;SCIP AnYo SUEZ Environmental Technology Company Limited,Shanghai201417,China;School of Environment,Beijing Normal University,Beijing100875,China)
出处
《环境保护科学》
CAS
2023年第3期18-26,共9页
Environmental Protection Science
基金
国家重点研发计划项目(2022YFC3202001)。
关键词
工业园区
减污降碳
协同增效
危废处置
节能环保
industrial parks
redution of pollution and carbon emissions
synergies
hazardous waste disposal
energy efficiency and environmental protection
