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China - Global Environment Facility (GEF) Municipal Solid Waste Management Project : environmental assessment (Vol. 8) : Environmental management plan of Kunming XiShan municipal solid waste incineration power plant (English)

The Global Environment Facility (GEF) Municipal Solid Waste Management Project for China aims to build capacity and demonstrate best available techniques and best environmental practices in municipal solid waste incineration in accordance with the Stockholm Convention by lowering dioxins and furans emissions from facilities. The assessment of the environmental impacts of four incinerators in Kunming (Konggang, Wuhua, Xishan, and Dongjiao) will establish favorable conditions for replicating project results more widely across China. In terms of the knowledge about the positive and negative impact of waste incineration, the positive impacts include relieving the pressure of municipal solid waste disposal, improving the urban sanitary condition, and improving living environment. The negative impacts impacts include discharging toxic gas from waste incineration, generating dust and affecting living quality. Negative impacts on the environment also affect air pollution, dust, water quality, soil erosion, drainage, waste management, and loss of ecology. Mitigation measures include: disposal measures for acid and alkaline wastewater, cooling sewage and other industrial wastewater shall be reasonable and feasible; back-spraying shall be preferred in treatment of waste leachate, and drainage shall meet the requirements of relevant state and local emission standards if back-spraying is not feasible, and emergent collecting pool of waste leachate with sufficient capacity shall be installed; sludge or concentrated solution shall be independently burned in plants without outbound transport for disposal; construction style and overall saturation of incineration plants of municipal solid wastes shall be in consistent with their surrounding environment. Proposed physical activities under the project are primarily equipment enhancement of air pollution control facilities of existing MSW incinerators in Kunming. Key environmental issues identified are associated with incinerator operation: including air emissions control, solid waste management, wastewater management, and environmental risks. Due to the nature of the project and risk level of potential environmental impacts, the project is categorized as Category A for environmental purposes as per OP4.01/BP4.01 Environmental Assessment.

Details

  • Document Date

    2014/07/01

  • Document Type

    Environmental Assessment

  • Report Number

    E4506

  • Volume No

    8

  • Total Volume(s)

    9

  • Country

    China,

  • Region

    East Asia and Pacific,

  • Disclosure Date

    2014/08/15

  • Disclosure Status

    Disclosed

  • Doc Name

    Environmental management plan of Kunming XiShan municipal solid waste incineration power plant

  • Keywords

    environmental monitoring;construction and demolition waste;Occupational health and safety;municipal solid waste incineration;Land Acquisition and Resettlement;environmental performance;flue gas;incineration plant;fly ash;environmental protection law;flue gas treatment;environmental protection management;domestic regulatory requirement;air pollution control;air emission;total suspended particulates;environmental risk assessment;pollutant emission;flue gas emission;flue gas cleaning;physical cultural resources;acid gas removal;water quality testing;emission of odor;renewable energy law;pollution control laws;management of air;host country regulation;environmental assessment process;gas residence time;grievance redress mechanism;persistent organic pollutant;volumetric flow rate;emergency response plan;environmental protection plan;clean fossil fuel;environmental quality monitoring;source pollution;environmental protection measures;operational improvement;construction period;activated carbon;carbon monoxide;early warning;construction site;combustion temperature;bottom ash;dioxin emission;preventive measure;environmental audit;monitoring equipment;mitigation measure;heavy metal;Safeguard Policies;routine inspection;monitoring device;oxygen content;process control;combustion chamber;incoming waste;performance level;safeguard policy;special operation;emission datum;lime powder;waste water;natural disaster;natural habitat;monitoring procedure;residual oxygen;regular training;storage tank;heat value;urban management;emergency cases;treatment process;construction waste;waste volume;storage capacity;environmental law;local safety;hydrochloric acid;monitoring plan;pollution source;emergency facilities;accident response;international waterway;Environmental Safety;sampling location;auxiliary facility;plant performance;fluidized bed;construction material;construction equipment;lab facility;monitoring data;local policy;energy management;hexavalent chromium;industrial authority;manufacturing process;wind direction;environmental problem;severe shortage;noise emission;environmental inspection;environmental regulation;ground level;plantation soil;environmental statistics;quantitative evaluation;scientific basis;cleaner production;project execution;environmental safeguard;environment monitoring;safety zone;extreme weather;production facility;environment issues;technical department;environmental pollution;warning system;salvage operations;building structure;domestic waste;environmental incidents;open fire;combustible material;emergency procedure;data sampling;dangerous good;monitoring standard;information gap;tank farm;water level;pollution intensity;collected data;safety valve;transportation routes;safety training;safety device;safety operation;automatic monitoring;emission level;waste incinerator;fuel gas;odor pollutant;secondary expansion;nitrogen oxide;air law;particulate control;domestic law;temperature range;automatic meter;bag filters;pressure drop;odor control;construction work;ferrous metal;disposal site;water content;noise noise;reduction measure;monitoring program;route plan;local resident;local population;Public Utilities;industrial company;civil works;construction activities;health protection;sewage system;masonry walls;transportation Vehicles;vehicle transport;access road;mobile sprinkler;water removal;construction management;domestic sewage;batch mode;daily occurrence;combustion system;preventive maintenance;system integrity;hydrogen chloride;sulphur dioxide;wastewater discharge;hydrogen fluoride;Cultural Heritage;assimilative capacity;emission standard;packaging material;waste stream;waste minimization;organizational level;regulation concern;circular economy;public assessment;pesticide application;existing technology;dam safety;generating capacity;material change;emission testing;real time;funding source;toxic gas;incineration process;environmental knowledge;additional water;slaked lime;optical system;modular incinerators

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Citation

China - Global Environment Facility (GEF) Municipal Solid Waste Management Project : environmental assessment (Vol. 8) : Environmental management plan of Kunming XiShan municipal solid waste incineration power plant (English). Washington, D.C. : World Bank Group. http://documents.worldbank.org/curated/en/608861468219304903/Environmental-management-plan-of-Kunming-XiShan-municipal-solid-waste-incineration-power-plant