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China - Shandong Energy Efficiency Project (Inglês)

The objective of the Shandong Energy Efficiency Project for China is to improve energy efficiency in selected enterprises in the Borrower's Shandong Province, particularly through financial leasing arrangements, and increase use of biomass for power and heat generation. There are three components to the project, the first component being energy efficiency services industry. This component will support financial leasing and Energy Performance Contracting (EPC) of energy efficiency investments in selected enterprises, particularly in the industrial sector. The second component is the Anqiu biomass Combined Heat and Power (CHP) plant component. This component include: building biomass CHP plants in Anqiu of Shandong province, including, inter alia, the provision of relevant civil works, goods, and equipment and the construction of relevant steam network and district heating network. Finally, the third component is the project management, monitoring, and evaluation. This component will finance: (a) technical assistance for project implementation and special studies that will evaluate mid-term achievements and impediments to achieving desired outcomes; (b) training and study tours; and (c) project management support.

Detalhes

  • Data do documento

    2011/05/13

  • TIpo de documento

    Documento de avaliação do projeto:

  • No. do relatório

    58288

  • Nº do volume

    1

  • Total Volume(s)

    1

  • País

    China,

  • Região

    Leste Asiático e Pacífico,

  • Data de divulgação

    2011/06/10

  • Disclosure Status

    Disclosed

  • Nome do documento

    China - Shandong Energy Efficiency Project

  • Palavras-chave

    Economic Internal Rate of Return;financial internal rate of return;economic and financial analysis;energy efficiency investment;total primary energy consumption;delivery of energy efficiency;small and medium enterprise;continuous emission monitoring system;efficient use of energy;annual average growth rate;Land Acquisition and Resettlement;physical cultural resources;Environmental and Social Impact;risk of credit default;energy efficiency service provider;energy efficiency programs;energy intensity;energy intensities;energy efficiency policy;letter of intent;support energy;energy management system;district heating network;Energy Sector;ton of coal;rapid credit expansion;energy performance contracting;financial leasing arrangement;readiness for implementation;joint stock company;annual debt service;requirements of banks;energy efficiency operation;annual energy saving;financial sector reform;energy efficiency financing;Environmental Management Plan;land acquisition procedures;condensing extraction turbine;energy efficiency market;financial management requirement;Financial Management System;energy conservation policy;form of collateral;climate change impact;social and environmental;capacity building support;structural adjustment program;source of fuel;resource conservation goals;interruption of traffic;flue gas cleaning;reduction in carbon;law and regulation;Foreign Exchange Reserve;chemical oxygen demand;amount of electricity;global financial crisis;supply chain management;wastewater treatment plant;biomass power plant;adjustable speed drive;Capital Adequacy Ratio;provincial government policy;economies of scale;amount of fund;commercial banking sector;debt service commitment;commercial bank credit;forecast of revenues;sulfur dioxide control;formal banking system;long term debt;energy conservation programs;lack of knowledge;cash flow profile;energy efficiency equipment;net interest margin;energy efficiency target;energy efficiency technology;analytical and advisory;fuel supply;mitigation measure;energy mix;heat supply;business model;loan financing;biomass fuel;eligibility criterion;national environmental;missing market;project costing;safeguard policy;lending rate;credit condition;disbursement condition;commercial credit;market failure;Municipal Finance;social safeguard;Safeguard Policies;heat generation;investment loan;evaluation framework;grid connection;heat distribution;industrial sector;energy consumer;coal fire;financial projection;public consultation;industrial enterprise;project reporting;net worth;selection criterion;financial covenant;expected return;independent agency;local resident;individual investment;discount rate;waste heat;industrial company;present value;financial datum;aggregate investment;capitalization ratio;financial ratio;basic model;aggregate capital;reliable technology;consumption base;level of support;emission information;reporting requirement;monitoring process;performance information;systematic evaluation;industrial facility;fuel collection;continuous supply;plant size;procurement capacity;payback period;support policy;power purchase;financial intermediaries;residual risk;screening procedure;cultural significance;transmission loss;dust removal;grid companies;involuntary resettlement;environmental concern;project sponsor;management personnel;raw material;fuel storage;equipment purchasing;parent company;counterpart funding;aggregate net;macroeconomic stimulus;credit management;minimum qualification;steam boiler;investment financing;financial strength;market position;air cooled;space heating;corn stalk;institutional strengthening;credit line;local system;project pipeline;market demand;operational performance;comparative advantage;grace period;financing plan;Financing plans;large consumer;civil works;credit effectiveness;nitrogen oxide;investment lending;Power Generation;reserve ratio;rational use;biomass resource;institutional context;base year;production line;investment need;suspended particle

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