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Uzbekistan energy efficiency in urban water utilities in Central Asia (Inglês)

This study's objective was to evaluate Energy Efficiency in Urban Water Utilities to test the common assumption that there existed an enormous energy reduction potential in the water utilities in the Former Soviet Union and more specifically in Central Asia. The study focused on the historic cities of Samarkand and Bukhara in Uzbekistan and includes a detailed description of the water supply and distribution facilities, the conditions of the works identifying low energy efficiency, a detailed analysis of the efficiency tests performed to pumps of the Water Utilities in these cities, an energy usage assessment including the performance indicators, and investment recommendations and a dissemination program incorporating final recommendations to reduce energy consumption by the cities water systems.

Detalhes

  • Autor

    Ijjaz-Vasquez, Ede Jorge

  • Data do documento

    2005/10/01

  • TIpo de documento

    Documento do Programa de Assistência à Gestão do Setor de Energia (ESMAP)

  • No. do relatório

    35989

  • Nº do volume

    1

  • Total Volume(s)

    1

  • País

    Uzbequistão,

  • Região

    Europa e Ásia Central,

  • Data de divulgação

    2006/05/22

  • Disclosure Status

    Disclosed

  • Nome do documento

    Uzbekistan energy efficiency in urban water utilities in Central Asia

  • Palavras-chave

    development of energy efficiency;pumping station;energy reduction;raw water pumping station;energy efficiency testing;energy and water;Internal rate of return;increase in energy price;pumping plant;water supply system;efficiency gain;energy usage;energy efficiency improvement;water supply infrastructure;energy consumption level;high energy consumption;customs clearance fee;cost of spare;central control room;variable speed drives;water supply pipeline;booster pumping station;poor water quality;community at large;Type of Investment;availability of finance;water supply service;sustainable energy practice;improving energy efficiency;distribution network;water utility;water utilities;production capacity;treatment plant;investment program;pressure measurement;water production;water loss;production facility;energy study;pump efficiency;energy tariff;pressure gauge;evaluation method;supply capacity;motor starters;centrifugal pump;energy cost;supply water;consulting service;throttle valve;water reservoir;energy metering;individual study;representative sample;term investment;Consulting services;lighting systems;potable water;sand filtration;infrastructure replacement;filtration process;pump manufacturer;feed supply;urgent attention;Performance Standards;monitoring equipment;apartment block;Capital Investments;equipment supplier;reservoir level;investment option;annual saving;saving program;energy audits;utility operator;monitoring indicator;electricity tariff;leakage reduction;flow measurement;submersible pump;field work;electricity usage;quality assessment;weighted average;test result;pump storage;financial difficulties;electrical load;monitoring program;engineering study;Power Generation;electricity bill;visual inspection;booster pumps;city water;cost efficiency;financial benefit;pumping equipment;water facility;investment recommendations;distribution facility;knowledge partnership;private donor;energy planner;transition economy;Transition economies;Investment strategies;test equipment;Advisory services;site survey;historic city;temperature change;knowledge product;plant operation;Proposed Investment;surface water;competitive cost;field visits;electrical connection;international support;electricity price;energy inefficiency;Exchange Rates;knowledge generation;efficient operation;irrigation network;energy expert;supply lines;agricultural purpose;target setting;noncommercial purposes;strategic agenda;copyright notice;large pumping;

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