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China - Ningbo Water and Environment GEF Project : China - Ningbo Water and Environment GEF Project (English)

The China Ningbo Water and Environment GEF Project aims to reduce land-based pollution along the Cixi coast and the East China Sea, promote the replication of innovative low cost wastewater treatment techniques, and encourage coastal zone conservation. The Project has three components: 1. Constructed wetland for tertiary treatment of the Cixi Wastewater Treatment Plant; 2. Development of a wetland center, including: a) enhancement and restoration of degraded wetland and tidal mudflats; and b) Visitor Center Building and associated facilities. 3. Design and management support, including: a) a wetland center management assistance contract with a NGO/University Consortium; b) engineering design; and c) training and dissemination of project experience.

Details

  • Document Date

    2006/06/06

  • Document Type

    Project Appraisal Document

  • Report Number

    36424

  • Volume No

    1

  • Total Volume(s)

    1

  • Country

    China,

  • Region

    East Asia and Pacific,

  • Disclosure Date

    2006/06/30

  • Disclosure Status

    Disclosed

  • Doc Name

    China - Ningbo Water and Environment GEF Project

  • Keywords

    constructed wetlands;investment in water supply;economic and financial analysis;tertiary treatment;wastewater treatment plant;coastal wetland;subsidiary grant agreement;wetland area;wastewater treatment technique;secondary wastewater treatment;large marine ecosystem;wetland conservation;natural habitat;conventional wastewater treatment;natural wetland area;Financial Management System;number of visitors;wastewater treatment technology;ambient water quality;wastewater treatment facility;surface water;vehicles per year;availability of land;lack of integration;local government official;tract of land;conservation of wildlife;financial management specialist;primarily due;average tidal range;biodiversity restoration;readiness for implementation;water and wastewater;wastewater treatment system;large wetland area;rapid population growth;habitat for wetland;flora and fauna;heavy metal removal;environmental education program;Coastal Zone Management;global environmental facility;resettlement action plan;sanitation and flood;public health concern;initial capital cost;migratory bird;wastewater collection;visitor center;shallow water;auxiliary facility;buffer area;coastal city;Ecological Engineering;aquaculture activity;wastewater infrastructure;nitrogen compound;coastal area;treated wastewater;resettlement activities;technical expertise;wetland vegetation;discharge standard;low tide;financing instrument;wetland habitat;stakeholder workshop;agricultural run;environmental pollution;indigenous water;counterpart funding;engineering design;environmental issue;tidal wetland;reclaimed land;wildlife habitat;local farmer;important wetland;ecological function;nitrogen gas;retention time;algae growth;wetland plants;open water;international expert;dengue fever;conservation area;activated sludge;institutional mechanism;emergent plants;wastewater component;endemic species;freshwater wetland;nature conservation;nature reserve;effective conservation;wetland reserve;wetland value;wetland resource;wetland use;aquatic plant;financial contribution;ecological value;habitat value;physical work;tidal marsh;wetland system;population center;shrimp populations;bird watchers;safety valve;petroleum product;sustainable operation;pollutant removal;public education;breeding area;wintering ground;physical barrier;unauthorized access;floating buoy;boat access;ecological purposes;union finance;driving force;procurement arrangement;surface flow;cost analysis;beach area;coastal ecosystem;shore area;utility service;environmental enhancement;coastal pollution;budget constraint;financial status;water velocity;coast line;water bird;wetland flora;environmental analysis;stakeholder consultation;positive impact;environmental design;field survey;accretion rates;social impact;building technology;disbursement arrangement;procurement capacity;project costing;Fish Farming;adequate compensation;aquaculture areas;cost-benefit analysis;ecological health;adjacent areas;existence value;incremental cost;geographical feature;wetland types;debt service;monitoring program;monitoring requirement;active participation;safeguard policy;wastewater tariff;national policy;investment fund;funding support;Marine Pollution;nutrient load;filtration process;results framework;agricultural land;integrate water;foreign capital;exchange rate;Exchange Rates;small fish;treatment method;project finance;finance activity;financial barrier;pollution reduction;environmental problem;receiving water;wastewater company;environmental degradation;chemical coagulation;mosquito larva;coastal resource;environmental amenity;Safeguard Policies;environment strategy;national regulation;innovative techniques;synthetic liner;assimilative capacity;financial sustainability;treatment process;intermediate outcome;aesthetic value;

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Citation

China - Ningbo Water and Environment GEF Project : China - Ningbo Water and Environment GEF Project (English). Washington, D.C. : World Bank Group. http://documents.worldbank.org/curated/en/595351468239659759/China-Ningbo-Water-and-Environment-GEF-Project