Integrated Solid Waste Management: A Lifecycle Inventory This book provides a comprehensive overview of integrated solid waste management, focusing on lifecycle inventory (LCI) as a tool for assessing the environmental and economic impacts of waste management systems. It is authored by Dr. P. White, Dr. M. Franke, and P. Hindle from Procter & Gamble, and published by Aspen Publishers. The book aims to help waste managers, producers, designers, and policymakers understand how to improve waste management systems through data-driven approaches and systematic analysis. The lifecycle of waste is viewed as a journey from the cradle (when waste is generated) to the grave (when it is either reused or disposed of). The book outlines the principles of environmental and economic sustainability, integrated waste management, total quality management, system modeling, and LCI techniques. It also presents a critical review of existing data on waste management processes, including case studies and detailed data on various waste management stages. The book emphasizes the importance of reducing environmental impacts, such as energy consumption, pollution, and loss of amenity, while ensuring that waste management systems are economically sustainable. It argues that an integrated approach to solid waste management, which considers all types of waste and uses a range of treatment options, is the most effective way to achieve these goals. The book includes a detailed LCI spreadsheet for use with Excel and Lotus 1-2-3, which allows users to analyze the environmental and economic impacts of different waste management systems. It also provides appendices with detailed information useful to waste management specialists. The authors acknowledge the contributions of various organizations and individuals who helped in the development of the book. They emphasize the importance of continuous improvement in waste management systems and the need for data-driven decision-making. The book also highlights the role of science, financial management, and total quality systems in achieving sustainable waste management. The book is structured into chapters that cover the principles of integrated waste management, the lifecycle inventory approach, and the environmental and economic impacts of various waste management processes. It concludes with a case study and future directions for improving waste management systems. The book serves as a valuable resource for professionals and policymakers seeking to improve waste management practices in an environmentally and economically sustainable manner.Integrated Solid Waste Management: A Lifecycle Inventory This book provides a comprehensive overview of integrated solid waste management, focusing on lifecycle inventory (LCI) as a tool for assessing the environmental and economic impacts of waste management systems. It is authored by Dr. P. White, Dr. M. Franke, and P. Hindle from Procter & Gamble, and published by Aspen Publishers. The book aims to help waste managers, producers, designers, and policymakers understand how to improve waste management systems through data-driven approaches and systematic analysis. The lifecycle of waste is viewed as a journey from the cradle (when waste is generated) to the grave (when it is either reused or disposed of). The book outlines the principles of environmental and economic sustainability, integrated waste management, total quality management, system modeling, and LCI techniques. It also presents a critical review of existing data on waste management processes, including case studies and detailed data on various waste management stages. The book emphasizes the importance of reducing environmental impacts, such as energy consumption, pollution, and loss of amenity, while ensuring that waste management systems are economically sustainable. It argues that an integrated approach to solid waste management, which considers all types of waste and uses a range of treatment options, is the most effective way to achieve these goals. The book includes a detailed LCI spreadsheet for use with Excel and Lotus 1-2-3, which allows users to analyze the environmental and economic impacts of different waste management systems. It also provides appendices with detailed information useful to waste management specialists. The authors acknowledge the contributions of various organizations and individuals who helped in the development of the book. They emphasize the importance of continuous improvement in waste management systems and the need for data-driven decision-making. The book also highlights the role of science, financial management, and total quality systems in achieving sustainable waste management. The book is structured into chapters that cover the principles of integrated waste management, the lifecycle inventory approach, and the environmental and economic impacts of various waste management processes. It concludes with a case study and future directions for improving waste management systems. The book serves as a valuable resource for professionals and policymakers seeking to improve waste management practices in an environmentally and economically sustainable manner.