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China - Tai Basin Urban Environment Project : environmental assessment (Vol. 4) : Summary report (Inglês)

This is the environmental assessment for the Tai Basin Urban Environment Project. It describes mitigation measures to reduce expected negative environmental impacts, discussed as follows. During the design phase, water discharge structures for the wastewater treatment plants will be designed to control the discharge of safe water flows, and, the collection and treatment of odorous gases shall be considered. During construction, water should be sprayed on working sites, transport routes, and on material stockpiles. To reduce noise disturbances, a work activity timetable will be worked out. Water and land traffic plans will be coordinated with central urban traffic authorities. Temporary treatment facilities such as water collecting tanks, sedimentation tanks, oil separating tanks, and water drainage ditches will be built to treat wastewater produced during works. To prevent contamination from septic tanks, and in groundwater, wastewater treatment facilities will be built. Construction debris and contaminated soil will be disposed of appropriately, at selected landfills, strictly forbidding waste disposal on rivers, lakes, or sea. During the operational period, temporary emergency measures will be in use to avoid direct discharge of wastewater in the event of power supply failures, overflows, equipment failures, or other adverse conditions. Other measures include: treatment of domestic wastewater prior to discharges, with simple sedimentation tanks; and, location of work sites should be at an agreed distance, away from residential sites. Sites and roads should be sprayed frequently, while replanting of trees and vegetative propagation should follow construction.


  • Autor

    Environmental Hydraulic Institute, Hohai University, Nanjing

  • Data do documento


  • TIpo de documento

    Avaliação Ambiental

  • No. do relatório


  • Nº do volume


  • Total Volume(s)


  • País


  • Região

    Leste Asiático e Pacífico,

  • Data de divulgação


  • Nome do documento

    Summary report

  • Palavras-chave

    hazardous waste disposal facility;water quality monitoring data;mitigation measure;construction and operation;surface water quality;pollution control;lake water quality;deterioration of water;improved water quality;municipal wastewater treatment;Environmental Management Plan;wastewater treatment plant;sustainable water resource;inflow of nutrients;water quality improvement;contamination of groundwater;sanitary landfill standard;negative environmental impact;planning and design;total catchment area;pollution control effort;oil water;chemical oxygen demand;water quality deterioration;wastewater treatment technology;night time construction;municipal water supply;Sustainable Economic Development;surface water pollution;standard of living;integrated environmental management;contaminated water supply;implementation of mitigation;number of residents;night time noise;residential area;disposal site;construction phase;sludge disposal;ambient air;environmental monitoring;public consultation;river dredging;pumping station;water bodies;rural resident;construction camp;monitoring program;construction site;polluted water;sludge handling;cultural relic;public concern;public meeting;pollutant loads;environmental standard;environmental issue;leachate collection;environmental regulation;rehabilitation program;overseas training;construction period;noise impact;water plant;noise intensity;organic matter;air emission;river water;noise source;pollutant discharge;land acquisition;state policy;model result;physical work;septic tank;sludge pumps;landfill odor;diffusion model;municipal system;environmental screening;landfill site;primary method;transfer facility;wet season;accidental wastewater;sustainable operation;opinion survey;environmental plan;environmental institute;environmental specialist;test procedure;tourist attraction;contingency plan;surrounding community;noise level;urban resident;adjacent areas;grit removal;lift pump;riverside residents;raw sewage;Environmental Assessment;project impact;government goal;positive impact;preventive vaccine;health inspection;construction material;direct discharge;public health;industrial source;professional institution;species composition;water temperature;vehicle noise;construction schedule;river network;night construction;water content;heavy metal;increased revenue;movement control;drainage management;groundwater monitoring;disposal capacity;high concentration;municipal landfill;environmental infrastructure;impermeable layer;mountainous area;groundwater table;Real estate;integrate water;environmental benefit;construction machinery;heavy traffic;compensation plan;water flow;engineering design;transportation routes;materials handling;construction activities;rural area;landfill operation;tourist area;pollution source;Population Growth;mathematical model;environmental goal;state law;assessment criterion;environmental target;stagnant water;contaminated sediment;regulatory standard;flow to rivers;lake habitat;industrial operation;aquatic life;property value;industrial wastewater;domestic wastewater;agricultural field;institutional strengthening;national gdp;commercial zone;River basin;total phosphorus;ammonia nitrogen;pollutant control;ecosystem rehabilitation;improvement strategy;municipal treatment;township government;motor oil;environmental training;leachate treatment;site preparation;farm land;environmental accident;environmental affairs;land occupation;mitigation actions;



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