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China - Guilin Integrated Environment Management Project : environmental assessment (Vol. 2) : Environmental impact assessment : executive summary (Inglês)

The development objective of the Guilin Integrated Environment Management Project for China is to improve the water and sanitation services in Guilin. Some of the negative impacts and mitigation measures include: (1) avoiding dumping construction garbage into nearby rivers; (2) prohibiting throwing and sprinkling of loading and unloading muck, cement; using enclosed carriages in vehicles for bulk materials transportation operations, so as to avoid the generation of dust when materials are scattered; (3) suggesting backfilling the waste cubic meter of earth generated from construction on the spot, and transporting surplus cubic meter of earth and stones to other construction sites for filling or to designated places as required by local environment protection departments; (4) undertaking effective noise reduction and vibration mitigation measures, such as stacking up elastic cushions, cladding, acoustic shields, and so on; (5) recovering temporary land occupation in a timely manner; (6) ensuring that workers in strong noise construction sections wear earplugs to reduce noise nuisance; and (7) checking conditions of the sewer structure and define areas that require repair or maintenance.

Detalhes

  • Data do documento

    2014/06/01

  • TIpo de documento

    Avaliação Ambiental

  • No. do relatório

    E4566

  • Nº do volume

    2

  • Total Volume(s)

    3

  • País

    China,

  • Região

    Leste Asiático e Pacífico,

  • Data de divulgação

    2014/07/08

  • Disclosure Status

    Disclosed

  • Nome do documento

    Environmental impact assessment : executive summary

  • Palavras-chave

    surface water quality;Environmental and Social Impact;pumping station;Land Acquisition and Resettlement;drainage plan;Environmental and Social Safeguard;wastewater collection and treatment;effluent discharge standard;health and safety risk;health and safety issue;health and safety hazard;ambient air quality monitoring;mitigation measure;water content;land application;water supply pipeline;analysis of alternatives;construction of pipeline;wastewater treatment plant;water supply network;sewage pumping station;prevention measures;booster pumping station;construction and operation;law and regulation;urban green space;water quality monitoring;emergency response plan;water supply component;solar drying;operation and management;treatment of wastewater;water supply demand;safe drinking water;sewage treatment plant;annual average rainfall;intake and treatment;water distribution network;noise monitoring result;urban development plan;high energy consumption;quantity of water;number of tourists;use of nutrients;upstream catchment area;water intake facility;number of accidents;water supply system;annual average temperature;average relative humidity;average wind speed;amount of oil;total catchment area;water supply operation;wastewater treatment facility;disposal of waste;impact of land;physical cultural resources;erosion control measures;temporary access road;solid waste pollution;construction contractor;supervision and guidance;environmental management framework;availability of land;conventional energy sources;capacity building program;environmental assessment process;noise level;construction site;treatment facilities;sludge dewatering;heavy metal;sewer network;noise impact;Safeguard Policies;safeguard policy;pollution load;soil erosion;odor control;ecological environment;land use;natural habitat;landfill disposal;urban landscape;biological reaction;residential area;compost facility;forest land;public consultation;sludge disposal;construction period;equipment breakdown;sludge treatment;project construction;flow rate;cultural relic;rainy season;construction activities;environmental measure;environmental risk;treatment system;construction material;construction machine;effluent standard;public complaint;federal standard;raw material;road traffic;sludge thickening;building material;future demand;pipeline network;environmental monitoring;monitoring plan;ammonia nitrogen;natural disaster;legal framework;routine maintenance;direct filtration;pollution source;chlorine dioxide;reduction measure;environmental concern;affected communities;construction stage;involuntary resettlement;water environment;site selection;transportation Vehicles;construction waste;civil works;ecological impact;equipment installation;good ventilation;air compressor;land surface;toxic gas;community life;safety procedure;domestic consumer;chlorine gas;building demolition;activated carbon;construction schedule;flammable gas;speed control;residual chlorine;treatment process;cement production;noise absorption;monsoon region;domestic funding;watering equipment;storage tank;flow meter;gas collection;odor emission;main river;pump station;automatic control;storm water;rural land;noise source;wastewater discharge;noise insulation;Infectious Disease;phosphorus removal;environmental enhancement;biological filter;government authority;school hour;labor protection;land occupation;construction management;bulletin board;environment protection;traffic impact;peak traffic;construction process;environmental factor;health population;fund resources;noise nuisance;annual runoff;filtration process;bulk material;exhaust gas;soil structure;safety plan;risk identification;personal protection;biological denitrification;dangerous good;calcium salt;absorption process;environmental training;contract requirement;contract - requirements;environmental supervision;mineral salts;funding resource;water yield;dry sludge;treatment capacity;field investigation;statistical data;tourist attraction

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