8 Best-Selling Municipal Engineering Books Millions Trust

Drawing from the collective expertise of over 300 wastewater engineering professionals worldwide, this three-volume set reshapes how you approach municipal wastewater treatment plant design. It dives deep into integrated facility design, sustainability, plant hydraulics, and advanced biological processes like membrane bioreactors and IFAS, offering detailed insights you won’t find easily elsewhere. You’ll grasp methods to optimize energy use, manage odors, and handle biosolids effectively, with chapters dedicated to nutrient removal and sidestream treatment. If your work involves planning or upgrading municipal wastewater systems, this book equips you with current, practical approaches grounded in real-world facility performance.

After analyzing decades of municipal wastewater projects, the Water Environment Federation compiled a detailed guide that reflects insights from over 300 contributors worldwide. You’ll learn the latest plant planning, configuration, and design techniques grounded in actual facility performance data, making it more than just theory. This book suits engineers and planners engaged in wastewater infrastructure who need to align designs with evolving environmental standards and operational realities. Chapters cover practical design choices and case studies that offer you a clear view of what works in the field, helping you make informed decisions.

This tailored book explores the intricate process of designing municipal wastewater treatment plants, presenting detailed, practical guidance that matches your background and goals. It reveals core design principles, key treatment technologies, and operational considerations, all aligned with your interests and experience. By focusing on your specific objectives, this personalized guide makes complex engineering concepts accessible and relevant, facilitating a deeper understanding of how to create efficient, sustainable wastewater facilities. The book examines system components including physical, biological, and chemical processes, emphasizing their integration into coherent treatment solutions. It balances foundational knowledge with targeted insights to help you master the art and science of municipal plant design.

When Nelson L. Nemerow, a distinguished environmental engineering professor and consultant, contributed to this book, he brought decades of expertise to bear on complex municipal infrastructure challenges. You’ll gain detailed knowledge about managing municipal and industrial wastes, indoor air quality, and land use planning, with chapters exploring practical applications like landfill design and noise control. This book suits environmental engineers and public health officials who need grounded, scientifically informed strategies for improving sanitation and environmental safety in urban and industrial settings. Its focus on realistic, treatment-based solutions makes it a solid reference for professionals navigating evolving environmental regulations and technologies.

The breakthrough moment came when the authors recognized wastewater not just as waste, but as a valuable resource for energy, nutrients, and potable water. This book dives deep into advanced treatment technologies, reflecting over a decade of evolving regulations and scientific understanding, especially around nitrogen and phosphorus removal. You’ll find detailed chapters on microbiology, sludge management, and strategies to minimize carbon footprints while pushing toward energy-neutral wastewater plants. If you’re working in environmental or civil engineering and want to grasp the cutting-edge of wastewater treatment and resource recovery, this is a thorough, technical guide designed with your field in mind.

After analyzing decades of urban water management, David Butler and his co-authors developed a detailed guide addressing the complexities of rainwater and wastewater systems in developed areas. You’ll explore both the design of new drainage infrastructures and the methods to assess and upgrade existing networks, with chapters dedicated to modelling techniques, resilience strategies, and smart system integration. This edition blends engineering principles with environmental and public health considerations, making it especially relevant if you’re involved in water engineering, environmental planning, or municipal infrastructure projects. The book’s extensive examples illuminate practical challenges, but it’s best suited for those seeking an in-depth technical understanding rather than a general overview.

This tailored book explores effective, step-by-step actions to optimize urban drainage infrastructure within a focused 30-day period. It covers essential principles of drainage system assessment, maintenance, and targeted improvements, matching your background and specific goals. By concentrating on practical techniques and localized challenges, it reveals how to enhance system performance and reduce urban flooding risks swiftly. The personalized approach ensures the content aligns with your interests and expertise, enabling you to prioritize interventions that deliver real impact. You’ll gain clarity on critical factors influencing drainage efficiency, including hydrological considerations, structural repair, and sustainable urban water management, all adapted to your unique needs.

Rakesh Kumar and his co-authors bring decades of environmental engineering experience to this detailed exploration of municipal water and wastewater treatment. You’ll gain a solid grasp of the chemical, physical, and biological processes essential for designing and managing treatment plants, supported by clear diagrams and solved examples that clarify complex concepts. The book breaks down topics like water quality objectives, sludge treatment, and wastewater reuse, making it a practical guide for engineers and students who need a reliable technical foundation. If you're involved in municipal water systems or environmental management, this book offers thorough insights without fluff, though it may be dense for those outside technical fields.

J. Paul Guyer's background in civil and environmental engineering shines through in this concise guide to municipal wastewater treatment. The book walks you through essential topics like pollutant management, sanitary sewer systems, and advanced treatment methods, offering clear explanations of each stage from collection to disposal. You’ll find practical insights on asset management and operation that are especially useful if you're involved in maintaining or designing municipal water infrastructure. While it's brief, the chapters are focused enough to help you grasp key processes and challenges in wastewater treatment without getting lost in technical jargon. This book suits engineers and students who need a straightforward introduction rather than a deep academic text.

Unlike most municipal engineering texts that focus narrowly on contemporary challenges, this book offers a rich historical perspective through its detailed records and journal entries compiled anonymously over time. You gain insight into the evolution of sanitary and municipal engineering practices, with deep dives into infrastructure, public health measures, and urban planning from foundational periods. Its extensive 624 pages serve those curious about the roots of modern municipal systems and those involved in preserving or studying legacy engineering methods. While it may not offer modern technical procedures, the book provides critical context and understanding for anyone working in municipal planning, sanitation, or civil infrastructure development.