{"rows":20,"os":100,"page":6,"total":5905,"documents":{"D27711028":{"id":"27711028","entityids":{"entityid":"090224b084da5ca9_1_0"},"display_title":"Antigua and Barbuda - AG Roadmap to improve water & energy services : P150338 - Implementation Status Results Report : Sequence 02","pdfurl":"http://documents.worldbank.org/curated/en/104741499548658201/pdf/ISR-Disclosable-P150338-07-08-2017-1499548649775.pdf","guid":"104741499548658201","url":"http://documents.worldbank.org/curated/en/104741499548658201"},"D31615458":{"id":"31615458","entityids":{"entityid":"090224b0873bd44c_1_0"},"abstracts":{"cdata!":"The objective of the Rural Water Supply and Sanitation Project for Low Income States for India is to deliver sustainable water services and improved sanitation through appropriate decentralized institutional models. Some of the negative impacts include : (i) inadequate and/or disrupted water supply affects human health and environmental sanitation; (ii) consumption of poor quality or contaminated water affects human health and livelihood; (iii) community involvement on decline in planning, design and implementation; (iv) discharge of inadequately treated municipal and industrial wastes in receiving water bodies or on land; (v) presence of arsenic and fluoride at concentrations exceeding the permissible levels for drinking water use; (vi) without adequate arrangements for treatment and disposal, the wastewater often seeps into hand pumps, open dug wells and pipelines, and the village ponds leading to contamination of aquifers and loss of productive uses; (vii) wastage of water and creating water logging and becoming breeding ground of vectors; (viii) risk of ground water contamination if notdesigned and constructed properly; (ix) unhygienic environmental sanitation conditions due to large number of manure pits; (x) consumption of poor quality or contaminated water affects human health and livelihood; (xi) sanitary disposal of sullage; Some of the mitigation measures are include : (i) community involvement should be at every stage of project including: siting, planning, design, and operation of the schemes; (ii) effective regulations as well as preventive and corrective measures for controlling sources of pollution should be ensured; (iii) adequate treatment and gainful utilization of the treated effluent or sullage is possible in agriculture,aquaculture and agro forestry; (iv) provide alternative means of livelihood for pig-rearing farmers; (v) augment supply though rehabilitation or upgrading ofexisting system wherever feasible; (vi) proper drainage facility to be provided; (vii) regulation of extractions, efficient use with proper crop management, community involvement in distribution of available water resources for competing demands; (viii) paving of internal paths with appropriate locally available material or water bound macadam or brick to ensure proper drainage; (ix) provide individual or community compost pits for sanitary disposal of biodegradable wastes; (x) machineries as well as equipments shall be maintained properly; (xi) in dusty areas, sprinkling of water shall be done and especial caremust be given during summer season; (xii) workers working in dusty areas such as concrete mixing equipmentshall use stringently nose masks; (xiii) proper sanitation facilities shall be provided in the construction camps; (xiv) regular cleaning and back washing of treatment units or filters in-lined with hand pumps (removal of wreckage, etc.) shall be ensured."},"display_title":"India - Rural Water Supply and Sanitation Project for Low Income States Project : Environmental Assessment (Vol. 2 of 2) : Environmental Assessment and Environmental Management Framework for the State of Bihar","pdfurl":"http://documents.worldbank.org/curated/en/345121575868282648/pdf/Environmental-Assessment-and-Environmental-Management-Framework-for-the-State-of-Bihar.pdf","guid":"345121575868282648","url":"http://documents.worldbank.org/curated/en/345121575868282648"},"D737932":{"id":"737932","entityids":{"entityid":"000009265_3960925183700"},"display_title":"Sudan - Public Electricity and Water Corporation (Third Power) Project","pdfurl":"http://documents.worldbank.org/curated/en/514821468116646718/pdf/multi-page.pdf","guid":"514821468116646718","url":"http://documents.worldbank.org/curated/en/514821468116646718"},"D694278":{"id":"694278","entityids":{"entityid":"000009265_3971229181939"},"display_title":"Guinea-Bissau - Water and Energy Project (formerly Bissau Water Supply and Sanitation Project)","pdfurl":"http://documents.worldbank.org/curated/en/725541468771563991/pdf/multi0page.pdf","guid":"725541468771563991","url":"http://documents.worldbank.org/curated/en/725541468771563991"},"D18594719":{"id":"18594719","entityids":{"entityid":"000461832_20131203133738"},"abstracts":{"cdata!":"This report presents an assessment of climate-smart investment opportunities in a vast region that is both contributor to and victim of climate change: Europe, Central Asia, and the Middle East and North Africa (EMENA). EMENA has of late seen unprecedented increases in energy demand, population growth, and urbanization, as well as an acute need for improved infrastructure for more efficient industry, transport, and utilities. This document contains the results of an investigation of private sector investment opportunities related to climate change mitigation and adaptation. The analysis of climate-smart investment opportunities in EMENA reveals a conservative investment potential estimate of 640 billion USD up to 2020. The most significant sectors for this investment are: 1) renewable energy generation, rehabilitation of power infrastructure, and improved transmission and distribution, 2) energy efficiency in commercial and consumer sectors, via building insulation, appliance upgrades, lighting, and water and space heating, 3) cement, metals, and manufacturing, via improved industrial processes and equipment upgrades, and 4) improved water usage, including for power."},"display_title":"Investment potential in EMENA : mapping investment potential in renewable energy, resource efficiency, and water in emerging Europe, Central Asia, and the Middle East and North Africa","pdfurl":"http://documents.worldbank.org/curated/en/782991468282912385/pdf/830600WP0Inves0Box0379882B00PUBLIC0.pdf","guid":"782991468282912385","url":"http://documents.worldbank.org/curated/en/782991468282912385"},"D33297294":{"id":"33297294","entityids":{"entityid":"090224b088834897_1_0"},"display_title":"Uganda - Water Management and Development Project and Third Phase of Energy for Rural Transformation Project : Second Progress Report on the Implementation of Management's Action Plan in Response to the Inspection Panel Investigation Report","pdfurl":"http://documents.worldbank.org/curated/en/122351627386715826/pdf/Uganda-Water-Management-and-Development-Project-and-Third-Phase-of-Energy-for-Rural-Transformation-Project-Second-Progress-Report-on-the-Implementation-of-Managements-Action-Plan-in-Response-to-the-Inspection-Panel-Investigation-Report.pdf","guid":"122351627386715826","url":"http://documents.worldbank.org/curated/en/122351627386715826"},"D19445720":{"id":"19445720","entityids":{"entityid":"000456286_20140428110800"},"abstracts":{"cdata!":"This primer is concerned with energy use and efficiency of network-based water supply and wastewater treatment in urban areas. It focuses on the supply side of the municipal water cycle, including the extraction, treatment, and distribution of water, and collection and treatment of wastewater-activities which are directly managed by Water and Wastewater Utilities (WWUs). The main challenges to scaling up Energy Efficiency (EE) in municipal water and wastewater services stem from sector governance issues, knowledge gaps, and financing hurdles. Utility governance affects the overall performance of individual WWUs and influences decision making, incentives and actions for energy management. This is likely the most significant barrier to WWU EE in many developing countries. Addressing knowledge gaps requires efforts to systematize data collection, training, and capacity building at utilities, supported by local and national governments. Financing hurdles can be reduced by introducing dedicated EE funds to address large but disaggregated investment needs and by promoting third-party financing through energy/water savings performance contracts. This primer is part of Energy Efficient Cities Initiative's (EECI's) knowledge clearinghouse function to inform World Bank (WB) staff working in urban water supply and wastewater management, as well as in energy, about the opportunities and good practices for improving EE and reducing energy cost in municipal WWUs."},"display_title":"城市供水和污水设施节能指南","pdfurl":"http://documents.worldbank.org/curated/en/548131468336845213/pdf/682800PUB0CHIN00Box385174B00PUBLIC0.pdf","guid":"548131468336845213","url":"http://documents.worldbank.org/curated/en/548131468336845213"},"D30544451":{"id":"30544451","entityids":{"entityid":"090224b08652dd61_2_0"},"abstracts":{"cdata!":"Floating solar photovoltaic installations open new opportunities for scaling up solar generating capacity, especially in countries with high population density and competing uses for available land. Advantages of floating solar over land-based systems include higher energy yield, reduced evaporation, and improved water quality, among others. Combining floating solar with hydropower plants is of particular interest. Flexible hydropower output can be used to smooth the variability of the solar generation, while making better use of existing transmission assets, particularly beneficial in countries with weak grids. With a global estimated potential of 400 gigawatts, under conservative assumptions, floating solar could double the current global installed capacity of solar PV. Although the market is still nascent and challenges in deployment remain, the floating solar market is set to accelerate as the technologies mature. Floating Solar Market Report presents an overview of floating solar technologies, current deployment market and future opportunities, challenges related to floating solar deployment, policies and regulatory considerations, and current costs and project structuring. Floating Solar Market Report is the second publication of the series Where Sun Meets Water dedicated to floating and hydro-connected solar deployment."},"display_title":"Where Sun Meets Water (Vol. 1 of 2) : Floating Solar Market Report - Executive Summary","pdfurl":"http://documents.worldbank.org/curated/en/579941540407455831/pdf/Floating-Solar-Market-Report-Executive-Summary.pdf","guid":"579941540407455831","url":"http://documents.worldbank.org/curated/en/579941540407455831"},"D26701371":{"id":"26701371","entityids":{"entityid":"090224b0844f58ed_1_0"},"display_title":"الاردن - أولا البرمجي قطاع الطاقة والمياه الإصلاحات مشروع قرض سياسات التنمية","pdfurl":"http://documents.worldbank.org/curated/en/909001471442431114/pdf/97919-PID-ARABIC-P154299-PUBLIC-PIDAPPRAISALARABICPTOBEDISCLOSEDJordanFirstProgrammaticEnergyandWaterSectorReformsDPL.pdf","guid":"909001471442431114","url":"http://documents.worldbank.org/curated/en/909001471442431114"},"D31157154":{"id":"31157154","entityids":{"entityid":"090224b086da84fd_1_0"},"abstracts":{"cdata!":"Floating solar photovoltaic installations open new opportunities for scaling up solar generating capacity, especially in countries with high population density and competing uses for available land. Advantages of floating solar over land-based systems include higher energy yield, reduced evaporation, and improved water quality, among others. Combining floating solar with hydropower plants is of particular interest. Flexible hydropower output can be used to smooth the variability of the solar generation, while making better use of existing transmission assets, particularly beneficial in countries with weak grids. With a global estimated potential of 400 gigawatts, under conservative assumptions, floating solar could double the current global installed capacity of solar PV. Although the market is still nascent and challenges in deployment remain, the floating solar market is set to accelerate as the technologies mature. Floating Solar Market Report presents an overview of floating solar technologies, current deployment market and future opportunities, challenges related to floating solar deployment, policies and regulatory considerations, and current costs and project structuring. Floating Solar Market Report is the second publication of the series Where Sun Meets Water dedicated to floating and hydro-connected solar deployment."},"display_title":"Where Sun Meets Water (Vol. 2 of 2) : Floating Solar Market Report","pdfurl":"http://documents.worldbank.org/curated/en/670101560451219695/pdf/Floating-Solar-Market-Report.pdf","guid":"670101560451219695","url":"http://documents.worldbank.org/curated/en/670101560451219695"},"D9492596":{"id":"9492596","entityids":{"entityid":"000333037_20080603025901"},"abstracts":{"cdata!":"The objective of the Karnataka Municipal Water Energy Efficiency Project for India is to assess the baseline environmental conditions of all six Urban Local Bodies (ULBs)/municipalities, particularly relating to current practices of water supply and proposals to improve water transmission and distribution network. Negative measures includes: noise and vibrations level, generation of waste and disposal, and operational health and safety of workers. Mitigation measures includes: (a) the operator and worker areas for sitting or resting shall be located away from pumping machinery locations; (b) to prevent long term health implications regular annual health checkups for the workers shall to be taken up; (c) noise monitoring shall be taken up at the pumping station locations; (d) different types of waste shall be segregated and stored in different containers to enhance reuse or recycling of materials and their proper disposal; (e) the disposal shall not be done at sensitive locations, natural water bodies or near settlements. Waste like oil, grease/lubricant, metal scrap and building debris should be disposed off to designated dealers or designated locations with prior approval from the respective municipal engineers; (f) occupational health and safety provisions and implementation should be included in Operations and Maintenance (O&M) contract of pumping stations; (g) occupational health and safety plan for workforce should be implemented for protection against physical, electrical, and fire hazards with due provision of appropriate protective equipments and gears to workers on the site; and (h) training for workers on handling potential site emergencies, dangers, including potential health effects."},"display_title":"India - Karnataka Municipal Water Energy Efficiency Project : environmental assessment : Karnataka municipal water pumping improvements in six towns : Environmental audit and environmental management plan","pdfurl":"http://documents.worldbank.org/curated/en/538051468259521188/pdf/E19050EA0Box321onmental0Audit010EMP.pdf","guid":"538051468259521188","url":"http://documents.worldbank.org/curated/en/538051468259521188"},"D3493441":{"id":"3493441","entityids":{"entityid":"000012009_20040517153939"},"abstracts":{"cdata!":"The proposed Power and Water Project is a multi-sector project, reflecting a comprehensive development approach. It is intended to address prioritized issues across different infrastructure services - water and sanitation, urban waste management and power - taking into account all other donor commitments, and ongoing or planned programs. Implementation of the project will necessarily entail reallocation, and resettlement of people living in, and around the project area, thus, the primary aim of this policy resettlement framework is to set out a strategic response to the challenges of involuntary resettlement, which potentially can be anticipated, and facilitate proper decision making, and the mobilization of resources. Cash compensations for land losses will be based on market values, or as recommended by the Bank, at land replacement costs. Land tenants shall be entitled to compensation based upon land under statute, while land users, will be entitled to compensation for crop losses, entitled to land replacement, and income restoration. Housing and physical structures will be compensated in cash ay market values, or in-kind compensations at full replacement costs, including labor and relocation expenses prior to displacement. Perennial crop losses will be compensated in cash, upon rates calculated as the one year net agricultural income. Business and income losses compensation shall be covered by payment of half of turnover, for six months. People without property rights will be assisted by securing access to other land for crops (to be approved by authorities), while street vendors on the right of way, should also have access to other locations. Loss of shelter by vulnerable groups, shall be compensated at full replacement value for structures, relocation. Moving expenses will assist affected people during the transition period, while monitoring, and grievance mechanisms will be in place should conflict occur."},"display_title":"Sierra Leone - Power and Water Project : resettlement plan (Vol. 10 of 10) : Appendix 1 - Terms of reference","pdfurl":"http://documents.worldbank.org/curated/en/333221468759850409/pdf/RP2340V10.pdf","guid":"333221468759850409","url":"http://documents.worldbank.org/curated/en/333221468759850409"},"D6874187":{"id":"6874187","entityids":{"entityid":"000160016_20060622120511"},"abstracts":{"cdata!":"The Power/Water Sector Recovery and Restructuring (APL) Project for Madagascar aims to restore an adequate public utility service for electricity and water in urban areas and to create the foundation for a sustainable expansion of a commercially-oriented service in the most cost-efficient way. There are two project components. Component A: Investments for: (Al) Power generation reinforcement (rehabilitation); (A2) Reduction of transmission and distribution technical losses; and (A3) Revenue management and Modernization o f Information Systems and IT equipment. Component B: Funding and technical assistance for: (Bl) closely cooperating with the transaction advisor's team of the International Finance Corporation (IFC) in the process of selecting and contracting a new private operator and communication; (B2) prolonging the current management contract; (B3) preparing future generation projects in coordination with IFC's (second) IPP mandate; (B4) strengthening the Ministry of Energy and Mining; (B5) funding feasibility and environmental studies for APL-2 investments; (B6) monitoring and evaluation; and (B7) project implementation."},"display_title":"Madagascar - Power/Water Sector Recovery and Restructuring (APL) Project","pdfurl":"http://documents.worldbank.org/curated/en/200871468269983158/pdf/36474.pdf","guid":"200871468269983158","url":"http://documents.worldbank.org/curated/en/200871468269983158"},"D32626865":{"id":"32626865","entityids":{"entityid":"090224b0880551f1_1_0"},"display_title":"Draft Environmental and Social Systems Assessment (ESSA) - BUENOS AIRES WATER SUPPLY AND SANITATION WITH A FOCUS ON VULNERABLE AREAS PROGRAM (Program-for-Results) - P172689","pdfurl":"http://documents.worldbank.org/curated/en/349771606864282215/pdf/Draft-Environmental-and-Social-Systems-Assessment-ESSA-BUENOS-AIRES-WATER-SUPPLY-AND-SANITATION-WITH-A-FOCUS-ON-VULNERABLE-AREAS-PROGRAM-Program-for-Results-P172689.pdf","guid":"349771606864282215","url":"http://documents.worldbank.org/curated/en/349771606864282215"},"D28104384":{"id":"28104384","entityids":{"entityid":"090224b085150edd_2_0"},"abstracts":{"cdata!":"The objective of the Electric Power Project for Myanmar is to increase capacity and efficiency of gas-fired power generation, and, therefore, help reduce electricity shortages in the country. An additional objective is to support the ministry of electric power and Myanmar electric power enterprise in strengthening their institutional capacity. Negative impacts include : (i) keep the lay down areas for pipes and other construction material as small as possible; (ii) keep the working strip for the water pipeline as small as technically possible; (iii) refill the trench immediately after having finished lay down of the pipes with the original soil; (iv) proper maintenance of construction machines. Changes of oil or refilling with oil and fuel shall be done only on asphalted or concreted places to avoid any soil contamination; (v) during the dry season the working strip shall be watered regularly to avoid high amounts of dust generation; (vi) works shall only be done during daylight. This increases safety for workers and reduces noise annoyance for the people living along the water pipeline corridor; (vii) all wastes, e.g. paper, wood, plastic etc. shall be reused where possible or collected and taken to the landfill of Thaton municipality; (viii) prior start of the excavation works inform people that might be affected. Especially when needed house connections shall be installed, the concerned household shall be informed where the pipeline has to be laid down to avoid conflict with any agricultural crops that might be cultivated in the garden; (ix) avoid felling of trees wherever possible. This especially applies to the storage tank sites."},"display_title":"Myanmar - Electric Power Project : environmental assessment : Environmental and Social Management for Thaton Combined Cycle Gas Turbine (CCGT) power Plant : environmental management plan (EMP) of the water pipelines and transmission line","pdfurl":"http://documents.worldbank.org/curated/en/382071508897888888/pdf/SFG3679-EA-P143988-Box405306B-PUBLIC-Disclosed-10-24-2017.pdf","guid":"382071508897888888","url":"http://documents.worldbank.org/curated/en/382071508897888888"},"D12731770":{"id":"12731770","entityids":{"entityid":"000333037_20100905235429"},"abstracts":{"cdata!":"This report identifies opportunities and challenges for local financing of water utilities in Peru and suggests recommendations for removing barriers and creating incentives for scaling-up local financing to local water utilities. It was developed with an understanding that meeting the Millennium Development Goals (MDGs) in water and sanitation in Peru will require scaling up local financing for the sector and that efficiency and effectiveness can be enhanced by greater involvement of local institutional investors and other parties. This joint study exposes many of the barriers to local private financing facing the urban water supply and sewerage (WS&S) sector in Peru. In short, the majority of local water utilities cannot meet credit rating and governance standards required to access private financing. Consequently, loans from financial markets are rare. These findings are probably not specific to Peru. Accordingly, there is great value for central governments to undertake similarly detailed studies to identify the obstacles preventing access to local financing unique to their country's WS&S sector."},"display_title":"Local financing of water utilities : challenges and opportunities - the case of Peru","pdfurl":"http://documents.worldbank.org/curated/en/659501468326413229/pdf/564570ESW0P1161alFinancingUtilities.pdf","guid":"659501468326413229","url":"http://documents.worldbank.org/curated/en/659501468326413229"},"D19666214":{"id":"19666214","entityids":{"entityid":"000020051_20140613031054"},"display_title":"Tunisia - Solar Water Heating (GEF)","pdfurl":"http://documents.worldbank.org/curated/en/496821474594531125/pdf/000020051-20140613031054.pdf","guid":"496821474594531125","url":"http://documents.worldbank.org/curated/en/496821474594531125"},"D16576884":{"id":"16576884","entityids":{"entityid":"000020953_20120806102504"},"abstracts":{"cdata!":"This paper deals with the master planning for the use and protection of water resources of the Ma River. It aims to (a) identify problems involved with developing and managing water resources, (b) explore options to address the problems. The Planning Institute for Hydropower helps guide the Government, private sector and external agencies when they formulate strategies and investment programs for the sector. The review focuses on a long-term perspective for the use of water resources."},"display_title":"Planning for comprehensive use and protection of water resource for the River Ma","pdfurl":"http://documents.worldbank.org/curated/en/497491468177570424/pdf/715890WP0VIETN0ces0of0Ma0River0VN01.pdf","guid":"497491468177570424","url":"http://documents.worldbank.org/curated/en/497491468177570424"},"D33675425":{"id":"33675425","entityids":{"entityid":"090224b088c2479b_1_0"},"abstracts":{"cdata!":"On July 13, 2006, the World Bank Board of Executive Directors today approved an International Development Association (IDA) credit of\nUS10 million dollars to help restore the power/water utility in Madagascar to a minimum level of operational and financial performance."},"display_title":"Announcement of Madagascar: World Bank Supports Power and Water Sectors Recovery and Restructuring Project with US10 Million Dollars Credit on July 13, 2006","pdfurl":"http://documents.worldbank.org/curated/en/656221639549339072/pdf/Announcement-of-Madagascar-World-Bank-Supports-Power-and-Water-Sectors-Recovery-and-Restructuring-Project-with-US10-Million-Dollars-Credit-on-July-13-2006.pdf","guid":"656221639549339072","url":"http://documents.worldbank.org/curated/en/656221639549339072"},"D25514876":{"id":"25514876","entityids":{"entityid":"090224b0839e2e13_1_0"},"abstracts":{"cdata!":"This report details the results of the Central Asia Energy-Water Development Program (CAEWDP) in 2014. CAEWDP is a knowledge and technical assistance multi-donor trust fund (MDTF) administered by the World Bank. CAEWDP`s mission is to build energy and water security for the countries of Central Asia -- Kazakhstan, Kyrgyz Republic, Tajikistan, Turkmenistan, and Uzbekistan -- through enhanced regional cooperation. Since its inception in 2010, CAEWDP has received support from bilateral and multilateral donors including the Government of Switzerland`s State Secretariat for Economic Affairs (SECO), the European Commission (EC), the United Kingdom`s Department for International Development (DFID), the United States Agency for International Development (USAID), and the World Bank Group."},"display_title":"Центрально-Азиатская программа развития энергетических и водных ресурсов (CAEWDP) : отчет о ходе реализации программы за 2014 г.","pdfurl":"http://documents.worldbank.org/curated/en/462041468197411936/pdf/99943-RUSSIAN-WP-PUBLIC-Box394816B-WB-Development-ru-sm.pdf","guid":"462041468197411936","url":"http://documents.worldbank.org/curated/en/462041468197411936"},"facets":{}}}