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The costs of meeting the SDG WASH targets will be several times higher than investment levels during the MDG era (2000-15). The immense scale of the financing gap calls for innovative solutions. In addition to mobilizing more funding another approach is to deliver the needed infrastructure more efficiently and effectively and thus reduce the financing gap. Capital expenditure efficiency (CEE)-the efficient and effective use of capital-is less documented compared to operational efficiency. Although improving operating efficiency is frequently highlighted and readily evaluated, the scope for capital cost efficiencies is poorly understood, frequently overlooked, and difficult to evaluate, even though the scale of savings can be significant-in fact, capital and operating costs are equally important when considering full cost recovery. This study compiles case studies that show the andquot;art of the possibleandquot; in CEE. The report is not encyclopedic-many more examples could surface from a comprehensive study. It also doesn't quantify the savings possible through increasing CEE. However, almost all the examples show capital savings of 25 percent or more compared to traditional solutions. This alone this should give policy makers, donors, and utility managers pause for thought and encourage them to develop CEE in their sectors, projects, or utilities. A 25 percent improvement in CEE would allow existing investments to deliver a 33 percent increase in benefits.
Infrastructure economics --- Infrastructure economics and finance --- Infrastructure finance --- Public sector development --- Sanitation and sewerage --- Water supply --- Water supply and sanitation --- Water supply and sanitation economics --- Water supply and sanitation finance --- Water utilities
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This report outlines a proactive vision of how development of the supplementary service provider in the water sector can promote citywide inclusive water supply, ensure rapid progress is made in achieving SDG 6.1, and deliver on the green, resilient, and inclusive development and jobs development agenda. Using case studies from around the world, it analyzes the potential of off-utility provision of water and develops a framework focused on what is needed to formalize, professionalize, and scale up these services. It also presents potential models for high-quality supplementary service provider water delivery and outlines how these can be implemented.
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The objective of this report is to better understand the challenges of meeting Sustainable Development Goal 6.1 from the perspective of off-grid services currently being used by a large and increasing proportion of the urban population. For this assessment, two key distinct areas with high current or potential off-grid service dependence have been analyzed-core urban areas and peri-urban areas. The core urban areas comprise primarily the slums or poor population pockets that have not been covered by conventional piped systems. The peri-urban areas are characterized, on the one hand, by the displacement of population, industries, and services from the city center to the periphery, resulting in economically rich growth centers, while on the other hand, by slow or poor absorption of these areas into provisioning of basic urban facilities or services by local bodies, resulting in high dependence on independent off-grid service providers. At its heart, this is a scoping study which can provide the foundation for follow-on work that would lead to "reimagined" off-grid service delivery arrangements that complement piped systems-not as a sub-optimal solution but as an acceptable alternative that will ensure all urban residents have "equitable access to safe and affordable drinking water.
Drinking Water --- Sustainable Development Goals --- Water Supply --- Water Utilities
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Today about 676 million urban residents, many of them poor, do not have access to the Joint Monitoring Programme (JMP) definition of "safely managed" water supplies. They receive an off-grid water supply service that is not safely managed, accessible, or affordable, and thus not compliant with Sustainable Development Goal (SDG) 6.1. If the rate of providing piped supplies over the last 15 years continues for another 15 years, and the urban population increases as projected by 1.2 billion, then the current 676 million will be joined by a further 300 million by 2030. Therefore, by 2030, nearly 1 billion individuals, primarily in South Asia and Sub-Saharan Africa, will be forced to rely on off-grid supplies that are not safely managed. These troubling numbers exclude the significant population classified as rural but live on the periphery of urban areas and have urban characteristics and aspirations. Not only are off-grid customers increasing but they are also concentrated in the poorer segments of society. An analysis of 75 low-income countries (LICs) in Asia, Africa, and Latin America shows that more than 68 percent of these customers come from the bottom two wealth quintiles (the poor and the poorest). Within these regions, many countries (24 of these 75 countries) have more than 80 percent such off-grid users from poor and poorest categories. The sector's single-minded focus on piped service delivery is insufficient to meet the challenges of providing safe water supplies due to endemic governance, efficiency, and financing challenges. These problems, coupled with policy, land tenure, and related issues in the broader urban environment, all conspire to leave poor households without access to piped water supplies-a problem that will continue. A laissez-faire attitude prevails in the sector, leaving off-grid customer to fend for themselves. Traditional (piped) solutions alone will not achieve SDG 6.1 by 2030 in providing safely managed water that is accessible at the household level and is affordable to customers. It is critical to re-examine the traditional focus on adding piped connections. Policy makers and others in the sector should explore how off-grid solutions could be "reimagined" as a complementary solution.
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The objective of this study is to analyze how integrated policy, institutional, and regulatory interventions (institutional interventions in brief) can help align incentives for more sustainable water supply and sanitation (WSS) service delivery. The context for the study is the enhanced global concern about the sustainability of attempts to increase access to, and improve the quality of, WSS services, as exemplified in the sustainable development goals. Aligning institutional interventions refers to harmonization among the objectives for the sector, agreed principles established through political and social processes, and the organizations and mechanisms that implement actions based on such objectives and principles. This report focuses on the formal policy, institutional, and regulatory interventions available to and or prevalent in the water sector, recognizing the critical importance of the informal conventions that will be key factors in the success of any incentive regime. Previous global initiatives offered a range of promising technical solutions that often proved to be unsustainable. New thinking that draws not only infrastructure economics but also on the understanding of political, behavioral, and institutional economics is needed. This new thinking must be grounded within the differing contextual realities of countries globally and in lessons learned from what has or has not worked with regards to achieving specific objectives.
Drinking Water --- Incentives --- Political Economy --- Public Sector Development --- Public Sector Management and Reform --- Public Sector Reform --- Sustainability --- Water Resource Management --- Water Supply --- Water Supply and Sanitation --- Water Supply and Sanitation Economics --- Water Supply and Sanitation Governance and Institutions
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This operational manual describes the process for planning and implementing performance-based contracts (PBCs) for nonrevenue water (NRW) reduction. An NRW-PBC is a contract for outsourcing technical, commercial, and construction activities related to NRW reduction, while providing the contractor with incentives to achieve the desired results. Unlike conventional NRW reduction contracts in which contractors are paid based on inputs (for example, number of connections replaced), NRW-PBCs pay the contractor for outputs, such as amount of water saved, number of illegal connections detected, or number of customers receiving 24/7 service. NRW-PBCs differ from management contracts, concessions, leases, or other forms of private sector participation, in that the utility retains control of utility operations and assets. The PBC allows the utility to take advantage of the expertise and incentivized performance of specialized private sector firms to reduce NRW. NRW-PBCs do not entail privatization of management, operations, or assets. This manual can be read in its entirety for general knowledge of NRW-PBCs and the NRW-PBC preparation process. Practitioners can also reference individual sections of the guide during the NRW-PBC preparation process. The primary users of this manual are those involved in assessing, preparing, and implementing NRW-PBCs. This includes governments, water utilities, regulators, consultants, contractors, and international finance institutions.
Privatization --- Transport --- Water Supply --- Water Supply And Sanitation --- Water Supply And Sanitation Economics --- Water Utilities
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This discussion paper supplements the 2018 World Bank Global Study on Aligning Institutions and Incentives for Sustainable Water Supply and Sanitation (WSS), which promotes holistic approaches in shaping policies, institutions, and regulation. The paper examines how lower-, lower-middle-, and middle-income countries (LMICs) could implement more effective regulation to deliver sustainable WSS outcomes by considering political, legal, and institutional realities. Rather than importing "best practice" models, experience has emphasized the importance of developing "best fit" regulatory frameworks aligned with policy and institutional frameworks of LMICs. To this end, this discussion paper provides an overview of three regulatory aspects-objectives, forms, and functions-to support practitioners as they consider their own regulatory reform options. It discusses the objectives of water sector regulation in LMICs, types of regulatory arrangements and structures that are being used in LMICs, and instruments and methods that regulators in LMICs use to implement their mandated functions and ends with suggestions on where the WSS community goes from here to better understand the preconditions for effective regulation. This paper does not offer definitive conclusions but rather provides suggestions on the way forward through a phased approach to regulatory reform. Importantly, it sheds light on issues that warrant further investigation to determine the future of WSS regulation in LMICs.
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Providing sustainable water supply and sanitation (WSS) services in developing countries remains an immense, and increasingly urgent, challenge. Chapter two sets out how the sector is currently funded and why business as usual is insufficient for meeting WSS-related goals, covering the size of the investment gap, and the challenges presented by the status quo. Chapter three proposes a financing framework toward more effective use of existing funds to enable the mobilization of new sources of finance, and explains the benefits and costs of commercial finance. Chapters four to six detail the three components of the financing framework, providing practical advice and global experiences that demonstrate how countries can begin to make progress. Chapter seven summarizes how stakeholders can bring the three components together to mobilize commercial finance, and provides the main conclusions and recommendations of the report.
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Since 2016 the World Bank has explored a wide range of country experiences in delivering better water supply and sanitation services. The analyses led to publication of three new global frameworks for designing water reforms: Policy, Institutional, and Regulatory Incentives, which looks at the broader sector enabling environment; Water Utility Turnaround Framework, which looks at utility-level reforms; and Maximizing Finance for Development, which looks at shifting the financing paradigm to reach the Sustainable Development Goals. The three frameworks-individually and as a compendium-set forth the key principles of a more holistic approach to reform that diverges from the traditional focus on infrastructure economics to a deeper understanding of the behavior of and between sector institutions and of the people within those institutions. Each country-specific reform path will gradually bring the sector to higher degrees of maturity with a strong focus on improving financial sustainability. This summary note integrates the three lines of work-utility reform, sector reform, and sector finance-for readers to understand the critical links between the three spheres. New contributions of this note are a Maturity Matrix for assessing where a country is in its reform process and where it wants to go and a Maturity Ladder that identifies typical actions to move from one stage of maturity to the next. Tools and references are also provided to help governments start on their reform path.
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This report provides data and insights on the role of grant funding and concessional financing in meeting the Sustainable Development Goal for water (SDG 6, known as the water SDG). These sources of funding are collectively referred to in this report as aid flows to the water sector. This report was prepared as an input into the High-Level Panel on Water. Data analysis was conducted using two main databases on aid to the water sector. The Organisation for Economic Cooperation and Development Assistance Committee (OECD/ DAC) database is the most comprehensive, while the WASHfunders.org database provides complementary data on aid from philanthropic organizations. These databases were complemented by an inventory of the main institutions providing aid to the water sector, as well as interviews with selected providers of aid to the water sector, including leading multilateral development banks (MDBs), bilateral donor agencies, and international nongovernmental organizations (NGOs). This analysis provides the basis for recommendations on how to improve the aid architecture to the water sector and mobilize financing to achieve the water SDG.
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