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China - GEF China Thermal Power Efficiency Project : environmental assessment (Vol. 12) : Environmental management plan : Wuxiang Hexin Thermal Power Plant, Energy-saving Retrofit Project (English)

The development objective of the Global Environment Facility (GEF) China Thermal Power Efficiency Project is to reduce coal consumption per unit of electricity production in China by removing regulatory, institutional and technical barriers to phasing out small inefficient coal-fired units, improving the efficiency of larger units and introducing new generation dispatch models and trading mechanisms to improve the overall efficiency of the power system. Some of the negative impacts of the project and their mitigation measures are: 1) during construction, it is necessary to adopt clothes to fencing the construction sites to prevent dust. Construction contractor (CC) should deal with abandoned soils and earth as scheduled, and cover vehicles when transporting residues, and sprinkle water on coarse road; meanwhile it is to avoid opening land and unloading materials. Not to overload, and to prevent residues from dropping out of vehicles; to clean mud of vehicles and carry out clean rules along construction roads, to clean up whenever disposals found; 2) the proposed project is line-typed construction, and easy to move, so CC should not setup eatery at sites; besides, large amount of mud wastewater should deposit in tank, and after that to sprinkle upper water on the road; 3) in order to avoid disturbing local residents' normal life while keeping up construction schedule, it is suggested that construction should be carried out during daytime when low traffic, and construction activities forbidden at night, even if necessary, high noise machines should not be used at night; 4) construction disposals should be handled as required by relevant sector (most filled back, and less mixing with domestic garbage for dumping. Domestic garbage should be collected by sanitary sector periodically, and then sent to dumping site to disposed without harm; 5) in the course of laying pipes, it is unavoidable to occupy grassland, hence it should remove greensward without destroy arbitrarily, and also it should do greening well after pipelines construction as required, to recover land vegetation to ensure designed greening index, meanwhile, it is necessary to coordinate with relevant sector to do land surface recovery work along pipelines; 6) before construction, CC and project owners should contact with road and traffic sectors to gain their support and understanding, to avoid affect current traffic establishments so to mitigate impact on city transportation; and 7) after construction ends, all temporary land occupation should be cleaned, and temporary buildings should be detached, floor swept, to loosen pressed earth, to fill billabong with earth and greening timely so to lower water and soil loss to minimum degree.

Details

  • Document Date

    2011/06/01

  • Document Type

    Environmental Assessment

  • Report Number

    E1786

  • Volume No

    12

  • Total Volume(s)

    16 (See all volumes)

  • Country

    China,

  • Region

    East Asia and Pacific,

  • Disclosure Date

    2011/12/08

  • Disclosure Status

    Disclosed

  • Doc Name

    Environmental management plan : Wuxiang Hexin Thermal Power Plant, Energy-saving Retrofit Project

  • Keywords

    cleaner production;National Development and Reform Commission;environmental monitoring;state environmental protection;cooling tower;Environmental Management Plan;ambient air quality standard;construction period;Economic and Trade Commission;ph value;cooling system;environmental pollution;construction and operation;water;repair and maintenance;maintenance and repair;Wastewater;environmental management system;flue gas;operation and management;regulation of power;waste water;water quality monitoring;improper disposal;waste oil;thermal power plant;water treatment system;water consumption;safety and health;total water consumption;environmental protection requirements;environmental protection education;fresh water consumption;water and sewage;wastewater treatment system;environmental protection department;industrial wastewater treatment;noise emission standard;annual water consumption;environmental impact mitigation;international financial organization;environmental impact evaluation;Water Resource Management;adverse environmental impact;industrial waste water;water treatment facility;operation of facility;water treatment equipment;emission of dust;contractors and construction;good environmental management;social and environmental;management of coal;domestic waste disposal;pulverized fuel ash;construction process;dry ash;environmental protection regulation;environmental management standards;Local Economic Development;domestic drinking water;surface water system;abundant water resource;pollutant emission;cooling water;coal consumption;dust collector;environmental countermeasure;project construction;construction area;pollution control;pollution source;construction waste;prevention measures;environmental contamination;pollutant discharge;electrostatic precipitator;dust removal;dust emission;environmental benefit;water source;coal price;monitoring device;government authority;construction phase;environmental issue;butterfly valves;domestic wastewater;pump station;Water Shortage;process efficiency;oil system;pollution prevention;effective risk;environmental awareness;labor protection;domestic sewage;national environmental;emission concentration;environmental audit;audit requirements;environmental control;social environment;oily waste;water circulation;competent authority;air leak;power supply;sewage discharge;site layout;water amount;air pollutant;water use;construction site;

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Citation

China - GEF China Thermal Power Efficiency Project : environmental assessment (Vol. 12) : Environmental management plan : Wuxiang Hexin Thermal Power Plant, Energy-saving Retrofit Project (English). Washington, D.C. : World Bank Group. http://documents.worldbank.org/curated/en/781181468219567442/Environmental-management-plan-Wuxiang-Hexin-Thermal-Power-Plant-Energy-saving-Retrofit-Project