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China - Second Shanghai Sewerage Project (English)

The Second Shanghai Sewerage Project is part of the next phase of Shanghai Municipality's development program to improve environmental conditions and management. The overriding project objective is to provide a safe environmental setting for the long-term growth of Shanghai, enabling sustained economic and industrial growth. Specific objectives of the project are to: 1) enhance wastewater and stormwater management through expanding wastewater collection, pretreatment and disposal capacity and stormwater drainage facilities; 2) reduce urban pollution impact, while facilitating pollution control; 3) improve wastewater utility financial and operational management; and 4) strengthen sector institutions through training, feasibility studies, and future investment project preparation in the environment area. The project will comprise: 1) financial and policy initiatives, planning, institutional and management reforms; and 2) an investment program of environmentally-oriented capital works and institutional measures to support management and operational capacity-building of Shanghai Municipal Sewerage Company Ltd. The investment program will consist of the following components: (a) sewerage and sanitation improvements; (b) wastewater treatment and disposal systems; and (c) institutional development and training.


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    Memorandum & Recommendation of the President

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    East Asia and Pacific,

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  • Doc Name

    China - Second Shanghai Sewerage Project

  • Keywords

    rural water supply and sanitation;Land Acquisition and Resettlement;investment in water supply;operation and maintenance cost;procedure for land acquisition;goods and services contract;foreign exchange risk;wastewater tariff;urban environmental service;risk of contamination;collection of wastewater;interest during construction;wastewater service provision;wastewater management strategy;sanitary engineering;water supply pricing;interest rate risk;septic tank system;effluent discharge fee;urban pollution impact;potable water supply;phased investment program;urban wastewater management;safe wastewater disposal;regional economic growth;water quality protection;form of treatment;environmental management strategy;wastewater pollution control;point source pollution;environmental management policy;safe environmental setting;reduction in pollution;average capital expenditure;drinking water resource;wastewater treatment facility;method of procurement;Water and Land;drinking water source;primary wastewater treatment;dissolved oxygen levels;water and wastewater;cost of land;ship waste disposal;state planning commission;debt service costs;cost of water;single currency;policy and institution;water quality goal;industrial water supply;urban service delivery;improved water quality;primarily due;environmental protection improvement;operation and management;improve water resource;wastewater flow;assimilative capacity;pollution load;wastewater utility;wastewater system;project costing;treatment plant;financial viability;stormwater drainage;sewerage system;service charges;sector work;loan equity;future investment;institutional strengthening;wastewater collection;Urban Infrastructure;environmental degradation;domestic wastewater;local expenditure;procurement method;political commitment;utility operation;water conservation;financial sustainability;maintenance expenses;import duty;management problems;engineering standard;wastewater charge;marine life;central authority;conveyor system;Financial Sector;water environment;Water Demand;environmental objective;engineering study;operational entity;treatment capacity;monitoring indicator;wastewater sector;political risk;project risk;water intake;old-age pension;River basin;utility management;wastewater investment;receiving water;sustainable urban;consumer response;resettlement implementation;public health;environmental damage;Endemic Disease;delay costs;increased demand;business practice;wastewater discharge;operational work;management capacity;cooling water;institution strengthening;community support;construction tax;Rural Credit;environmental problem;Management Systems;monitoring technology;data management;operational efficiency;resource mobilization;affordable water;ongoing support;Financing plans;project processing;retroactive financing;civil works;loan term;trade flow;sewage flows;government effort;institution building;poverty alleviation;municipal management;fixed rate;government revenue;municipal budget;income stream;institutional management;construction management;environmental standard;community awareness;management accounting;advanced training;infrastructure service;principal component;competitive bidding;emergency shutdown;living standard;accounting requirements;holding tanks;yard tap;flush toilet;washing machine;domestic sources;wastewater facility;borrowing rate;Commitment Fee;loan balance;id number;outstanding balance;metropolitan area;municipal area;reverse flow;high tide;institutional measure;institutional system;long-term growth;industrial growth;stormwater management;disposal capacity;flow capacity;operational management;environment area;capital work;operational capacity;enterprise system;marine outfall;pollutant loads;ecological damage;river system;safe area;engineering design;disbursement arrangement;foreign expenditure;appraisal mission;financial consultant;total phosphorus;subsidiary loan;sludge disposal;computer model;red tide;primary treatment;treatment requirement;cement industry



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China - Second Shanghai Sewerage Project (English). Washington, D.C. : World Bank Group.