Globally, water demand is rising and resources are diminishing. Water loss from the distribution network has long been a feature of operations management, even in countries with a well-developed infrastructure and good operating practices. As well as leakage ('real' losses), there are other losses from the network (apparent losses) that can often be reduced by the introduction of a regulatory framework and customer metering and charging policies. Such programmes can run alongside initiatives to tackle leakage and improve the pipe network. Together, these programmes form a strategy for restoring a potentially huge lost resource. Losses in Water Distribution Networks: A Practitioners Guide to Assessment, Monitoring and Control provides the key to developing a water loss strategy. It presents a diagnostic approach, followed by the implementation of solutions that are both practicable and achievable, and which can be applied to any water company, anywhere in the world to develop a water loss management strategy. The aim of the book is to allow water network operators to: .understand the significance and assess the scale of water loss components; .quantify the volume of losses by measurement or estimation; .become aware of the various techniques to monitor and control leakage; .select the appropriate network management practices and equipment to support the techniques; .develop a strategy for a particular network by considering the economic and other factors relevant to the local conditions and infrastructure; .design a leakage management and control system appropriate to local conditions and constraints; .be aware of the operation and maintenance and training requirements to sustain the policies and practices once in place. Losses in Water Distribution Networks: A Practitioners Guide to Assessment, Monitoring and Control will be of interest to water network operators, consultants, and other industry practitioners who are about to embark on a water loss management programme, or who wish to review their existing procedures.