8 Best-Selling Water Treatment Books Millions Trust

Drawing from decades of industry expertise, James M. Montgomery offers a thorough exploration of both the scientific principles and practical methods behind water treatment. You’ll find in-depth coverage of key processes like coagulation, flocculation, sedimentation, and filtration, alongside detailed design considerations for treatment plants and equipment, such as aeration systems and upflow clarifiers. This book suits engineers and operators seeking to deepen their technical understanding and improve facility design and operation. While it’s dense, chapters like those on disinfection and ion exchange provide actionable insights for professionals aiming to optimize water quality management.

What started as a response to the growing complexities in public water supply management became a cornerstone reference with this handbook. Water Works, drawing on decades of collective expertise, compiles the latest scientific advances and practical methodologies in water treatment, focusing on sanitation engineering and water chemistry. You’ll find detailed explorations of purification techniques and quality control measures that address evolving challenges in water utility operation. This book suits professionals involved in municipal water systems and environmental engineers seeking a deep dive into treatment technologies and regulatory frameworks. While technical, its breadth makes it a solid foundation for those tasked with maintaining safe and reliable water supplies.

This tailored book explores battle-tested water treatment methods uniquely suited to your specific challenges and background. It covers a broad range of treatment techniques, from fundamental concepts to advanced practices, focusing on water purification, disinfection, plant operations, and system design. By matching proven knowledge with your personal objectives, it engages you in a learning experience that delves deeply into the science and technology of water treatment. The book reveals insights on filtration, chemical dosing, membrane processes, and operational troubleshooting, all curated to fit your interests and skill level, providing a focused yet comprehensive exploration of essential treatment topics.

Joanne K. Price's decades of experience in water treatment operations led to this focused manual that demystifies the math essential for daily plant functions. You get clear instruction on calculations ranging from flow rates to chemical dosing, with concrete examples tied to real plant processes like coagulation and filtration. This book suits operators and trainees who need to sharpen their quantitative skills to ensure plant efficiency and safety. For instance, the chapters on detention times and pumping efficiency break down complex formulas into manageable steps you can apply on the job. If you want to move beyond guesswork and understand the numbers behind water treatment, this is a practical guide to have at hand.

Susumu Kawamura draws on over 35 years of hands-on experience to offer a deeply practical guide to designing water treatment facilities. You’ll find detailed coverage of every stage—from pilot research and preliminary studies to construction and plant management—focused on optimizing efficiency and controlling costs. Chapters explain essential design criteria and how to integrate various phases to minimize maintenance and operation expenses, making it clear how to balance technical decisions with real-world constraints. This book suits professional engineers and students eager to master practical design approaches rather than abstract theory. If you want a resource that bridges design and operational control, this book delivers a thorough, experience-based perspective.

The methods Bruno Langlais, David A. Reckhow, and Deborah R. Brink developed while synthesizing nearly a century of European and North American ozone water treatment experience offer you a detailed understanding of ozone as a disinfectant in drinking water. You’ll learn about ozone chemistry, toxicology, design, and operational strategies, including how to conduct treatability studies and retrofit existing plants. This book’s focus on regulatory influences and utility challenges grounds its technical content in practical realities, making it especially useful for plant managers and engineers navigating new disinfection standards. While dense, it’s a solid resource if you’re involved in designing or upgrading water treatment systems with ozone technology.

This tailored book explores rapid water treatment improvements with a clear focus on your specific interests and background. It covers essential concepts such as contaminant removal, system optimization, and chemical dosing, while integrating practical 30-day action plans designed to accelerate your progress. By concentrating on your goals, it delivers a learning experience that matches what millions of water treatment professionals have found valuable. The personalized approach examines water quality management, treatment technologies, and troubleshooting techniques, emphasizing quick, effective results. This tailored guide helps you navigate complex water treatment challenges with confidence, offering a practical pathway to measurable improvements within just one month.

Monod's extensive experience in water treatment engineering shines through in this two-volume handbook, which has remained a trusted reference since its 1991 release. You gain a detailed understanding of treatment processes, plant operations, and troubleshooting techniques, all supported by thorough technical data spanning nearly 1,600 pages. This edition includes a reader guide bookmark to help you navigate its breadth of content, making it especially useful for engineers and technicians managing complex water systems. If you're involved in designing or maintaining water treatment facilities, this book offers a solid foundation of knowledge, though its depth might be overwhelming for casual readers or beginners.

Darshan Singh Sarai's extensive experience in water treatment plants shines through in this straightforward guide tailored for operators and newcomers alike. You’ll gain practical understanding of key topics like hydraulics, chemistry, microbiology, and water transmission, all explained with clarity and supported by problem-solving tables that make troubleshooting more accessible on-site. The book’s self-review questions and glossary help reinforce your grasp of essential concepts, making it a solid resource whether you’re preparing for certification or need a refresher on daily operations. If your role involves managing or operating water treatment processes, this book offers a no-frills, focused approach that respects your time and need for precision.

After extensive research into membrane technologies, the American Water Works Association crafted this detailed manual to bridge engineering theory with practical application in water purification. You’ll gain in-depth understanding of membrane filtration techniques such as nanofiltration, ultrafiltration, and electrodialysis, including how to model performance and conduct field evaluations. The book walks you through using membrane reactors and ion exchange processes for both drinking water and wastewater treatment, making it a hands-on guide for engineers and technicians alike. If you’re involved in water treatment operations or system design, this book provides the technical foundation to implement advanced membrane solutions effectively.