In the 1980s and '90s many countries turned to the private sector to provide infrastructure and utilities, such as gas, telephones, and highways--with the idea that market-based incentives would control costs and improve the quality of essential services. But subsequent debacles including the collapse of California's wholesale electricity market and the bankruptcy of Britain's largest railroad company have raised troubling questions about privatization. This book addresses one of the most vexing of these: how can government fairly and effectively regulate "natural monopolies"--those infrastructure and utility services whose technologies make competition impractical? Rather than sticking to economics, José Gómez-Ibáñez draws on history, politics, and a wealth of examples to provide a road map for various approaches to regulation. He makes a strong case for favoring market-oriented and contractual approaches--including private contracts between infrastructure providers and customers as well as concession contracts with the government acting as an intermediary--over those that grant government regulators substantial discretion. Contracts can provide stronger protection for infrastructure customers and suppliers--and greater opportunities to tailor services to their mutual advantage. In some cases, however, the requirements of the firms and their customers are too unpredictable for contracts to work, and alternative schemes may be needed.

More than 50 percent of the global population resides in urban areas where land policy and infrastructure interactions facilitate economic opportunities, affect the quality of life, and influence patterns of urban development. While infrastructure is as old as cities, technological changes and public policies on taxation and regulation produce new issues worthy of analysis, ranging from megaprojects and greenhouse gas emissions to involuntary resettlement. This volume, based on the 2012 seventh annual Land Policy Conference at the Lincoln Institute, brings together economists, social scientists, urban planners, and engineers to discuss how infrastructure issues impact low-, middle-, and high-income countries. Infrastructure drives economic and social activities. For urban areas, the challenges of balancing economic growth with infrastructure development and maintenance are reflected in debates about finance, regulation, and location and about the sustainable levels of infrastructure services. Relevant sectors include energy (electricity and natural gas); telecommunications (phone lines, mobile phone service, and Internet); transportation (airports, railways, roads, waterways, and seaports); and water supply and sanitation (piped water, irrigation, and sewage collection and treatment). Recent research shows that inadequate infrastructure is associated with income inequality. This is likely linked to the delivery of infrastructure services to households, such as direct health benefits, improved access to education, and enhanced economic opportunities. Because so much infrastructure is energy intensive, efforts to reduce greenhouse gas emissions and other negative impacts must address services such as electric power and transport. Bringing the management of infrastructure up to levels of good practice has a large economic payoff, and performance levels vary dramatically between and within countries. A crucial unmet challenge is to convince policy makers and voters that large economic returns can result from improving infrastructure performance and maintenance.

A thoroughly updated introduction to the current issues and challenges facing managers and administrators in the investor and publicly owned utility industry, this engaging volume addresses management concerns in five sectors of the utility industry: electric power, natural gas, water, wastewater systems and public transit.

More than 200 new infrastructure regulators have been created around the world in the last 15 years. They were established to encourage clear and sustainable long-term economic and legal commitments by governments and investors to encourage new investment to benefit existing and new customers. There is now considerable evidence that both investors and consumers-the two groups that were supposed to have benefited from these new regulatory systems-have often been disappointed with their performance. The fundamental premise of this book is that regulatory systems can be successfully reformed only if there are independent, objective and public evaluations of their performance. Just as one goes to a medical doctor for a regular health checkup, it is clear that infrastructure regulation would also benefit from periodic checkups. This book provides a general framework as well as detailed practical guidance on how to perform such "regulatory checkups."

Regulation of public infrastructure has been a topic of interest for more than a century. Providing public goods, securing their financing, maintenance, and improving the efficiency of their delivery, has generated a voluminous literature and series of debates. More recently, these issues have again become a central concern, as new public management approaches have transformed the role of the state in the provision of public goods and the modalities by which the financing of infrastructure and its operation are procured.Yet, despite the proliferation of new modalities of regulating infrastructure little is known about what works and why. Why do certain regulatory regimes fail and others succeed? What regulatory designs and institutional features produce optimal outcomes and how? And why do regulatory forms of governance when transplanted into different institutional contexts produce less than uniform outcomes?This book addresses these questions, exploring the theoretical foundations of regulation as well as a series of case studies drawn from the telecommunications, electricity, and water sectors. It brings together distinguished scholars and expert practitioners to explore the practical problems of regulation, regulatory design, infrastructure operation, and the implications for infrastructure provision.

Electricity, natural gas, telecommunications, railways, and water supply, are often vertically and horizontally integrated state monopolies. This results in weak services, especially in developing and transition economies, and for poor people. Common problems include low productivity, high costs, bad quality, insufficient revenue, and investment shortfalls. Many countries over the past two decades have restructured, privatized and regulated their infrastructure. This report identifies the challenges involved in this massive policy redirection. It also assesses the outcomes of these changes, as well as their distributional consequences for poor households and other disadvantaged groups. It recommends directions for future reforms and research to improve infrastructure performance, identifying pricing policies that strike a balance between economic efficiency and social equity, suggesting rules governing access to bottleneck infrastructure facilities, and proposing ways to increase poor people's access to these crucial services.

Organizing a century of legal principles to help the U.S. public utility industry resolve tensions created by the current legal boundaries of legal regulation and fashion new policies for the future. Its mix of case narratives and doctrine, drawn from all legal sources, is geared to lawyers and non-lawyers, veterans and novices, practitioners and decision-makers, academics and the media--anyone seeking to use the law to serve the public interest. Topics covered include market structure, pricing, and jurisdictional issues.

CI/ASCE Standard 38-02 presents a credible system for classifying the quality of utility location information that is placed in design plans. The Standard addresses issues such as: how utility information can be obtained, what technologies are available to obtain that information; how that information can be conveyed to the information users; who should be responsible for typical collection and depiction tasks; what factors determine which utility quality level attribute to assign to data; and what the relative costs and benefits of the various quality levels are. Used as a reference or as part of a specification, the Standard will assist engineers, project and utility owners, and constructors in developing strategies to reduce risk by improving the reliability of information on existing subsurface utilities in a defined manner.