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China - Shanghai Sewerage Project (English)

The Shanghai Sewerage Project is directed toward improving environmental conditions of Shanghai through building a sewerage facilities for the removal and disposal of wastewater, and to create and develop the institutions for providing sewerage services, managing water resources and protecting the environment. In addition, this project provides a model to demonstrate the policies and measures needed to resolve the rapidly growing issue of environmental pollution in China's larger cities. The project consists of the construction of a link and intercepting sewer system to collect and transport wastewater in the project area to the estuary of the Changjiang for disposal, the assistance to carry out four project related studies and a comprehensive training program. The four studies to be completed involve: management and organization; a sewerage tariff study; a river basin management study; and, an examination of the economic ways of rehabilitating the existing combined sewer system in Shanhai.

Details

  • Document Date

    1987/03/20

  • Document Type

    Staff Appraisal Report

  • Report Number

    6485

  • Volume No

    1

  • Total Volume(s)

    1

  • Country

    China,

  • Region

    East Asia and Pacific,

  • Disclosure Date

    2010/06/18

  • Disclosure Status

    Disclosed

  • Doc Name

    China - Shanghai Sewerage Project

  • Keywords

    liters per capita per day;procurement method;access to safe drinking water;National Policy for Environmental Protection;Land Acquisition and Resettlement;water pollution control policy;Assumptions for Financial Projections;cubic meters per day;price elasticity of demand;damage to road surface;source for drinking water;combined sewer system;interest during construction;liquid waste management;sanitary sewerage system;sewage treatment plant;water demand projection;water quality standard;biochemical oxygen demand;foreign consultant;per capita consumption;disposal of wastewater;variable interest rate;natural population growth;water quality objective;intercepting sewer;social and environmental;water resource allocation;water supply demand;cost of water;septic tank sludge;contract good;river basin management;weights and measure;inadequate water supply;planning and design;Southern and Eastern;Local Government Finance;rapid transit system;water treatment plant;managing water resource;investment in housing;urban development plan;urban population growth;urban development policy;rural water supply;quality of water;water supply system;water supply sector;industrial water consumption;local wage rate;water and sewerage;local competitive bidding;bank's procurement guidelines;foreign exchange risk;industrial pollution control;industrial waste management;transfer of asset;engineering consultant;sanitary sewer system;technical assistance grant;environmental pollution control;wastewater disposal facility;human waste disposal;average incremental cost;industrial wastewater discharge;standard of living;small pumping station;crowded urban area;volume of water;legislation and regulation;cost recovery policy;ambient water quality;industrial water supply;civil works;pump station;urban service;sewerage company;flush toilet;project costing;pollution charge;wastewater flow;urban sector;sewerage tariff;night soil;institutional framework;sewerage service;bucket system;pollution abatement;procurement arrangement;national environmental;dry weather;pipe system;wastewater pollution;interceptor sewer;industrial effluent;urban fringe;vacuum trucks;water plant;grey water;local expenditure;flow diagram;urbanization level;foreign bidder;fair competition;finance objective;appraisal mission;waste discharge;urban districts;urban growth;import duty;economic expansion;dissolved oxygen;construction work;production capacity;water intake;rural county;environmental target;separate sewerage;credit effectiveness;financial arrangement;financial viability;retroactive financing;engineering design;urban issue;river water;Exchange Rates;organizational structure;management service;pollution level;foreign manufacturer;total water;local unit;external financing;financial planning;project engineer;expansion plan;additional water;institutional strengthening;wage reform;domestic waste;soil water;storage tank;domestic pollution;domestic wastewater;health hazard;source water;regulatory measure;pollution issues;agricultural purpose;sound financial;project construction;toxic substance;wash water;continuous basis;preparation mission;satellite town;wastewater management;wastewater collection;new city;city limits;procedural matter;international travel;physical work;commercial district;displaced person;moving expense;Public Transport;relocated persons;pricing policy;temporary job;foreign price;pollution load;external trade;Higher Education;tunnel construction;urban agglomeration;effluent discharge;external expertise;water conservation;bank's guidelines;legislative matter;pollution source;study including;government job;administrative level;capital construction;Municipal Finance;urban plan;migration control;storm sewer;part-time work;population migration;rapid change;food rationing;construction enterprise;fixed asset;population increase;Fixed Assets;resettlement plan;financing plan;income statement;environmental problem;monitoring criteria;assimilative capacity;financial analyst;urban upgrade

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Citation

China - Shanghai Sewerage Project (English). Washington, D.C. : World Bank Group. http://documents.worldbank.org/curated/en/113661468212994239/China-Shanghai-Sewerage-Project