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MWH Soft, a leading provider of water resources applications software, today announced the upcoming release of Comprehensive Water and Wastewater Treatment Plant Hydraulics Handbook for Engineers and Operators - an invaluable resource for anyone involved in the analysis, design and operation of water and wastewater treatment plants.
An understanding of hydraulic fundamentals is vital in ensuring that plants operate properly and provide the desired level of treatment. This new textbook covers the critical information students, professional engineers, plant managers and operators need to master the hydraulic design of reliable water and wastewater treatment facilities.
Written by leading industry experts, Comprehensive Water and Wastewater Treatment Plant Hydraulics Handbook for Engineers and Operators covers not only theoretical scientific foundations, but also advanced treatment technological issues featuring real-world components and situations in treatment plant design. Each segment is supported by extensive exercises. The book also includes many worked-out example problems that can be directly applied to engineering practice. Once these fundamentals are understood, they can readily be adapted to any treatment plant in any particular situation - giving engineers the confidence to solve their own hydraulic design problems.
The unparalleled scope and specific focus of the book make it an essential addition to any engineering reference library. Chapter-by-chapter coverage includes reviews of treatment systems; types of treatment systems; the regulatory framework; major plant components; fundamental aspects of plant analysis; pressurized pipe flow; open channel flow; flow measurement and control; and pumping systems.
Also addressed are hydraulic design considerations including plant location and layout; capacity management; source water and influent characterization; impacts of water quality objectives; intake and outfall structures; treatment technologies, including coagulation (i.e., mixing, flocculation and sedimentation), filtration and filter backwash systems, disinfection and residuals management, aeration and air stripping, dissolved solids and chemical precipitation, and membrane systems (with focus on hydraulic characterization, head requirements, and evaluation of losses within each unit process); sludge pumping and handling, and hydraulic profiling.
"Because the hydraulic design of water and wastewater treatment plants rarely receives adequate coverage in the undergraduate and graduate engineering curricula, many practicing engineers are not familiar with or proficient in the hydraulic design of these important facilities," said Paul F. Boulos, Ph.D, President and Chief Operating Officer of MWH Soft and an author of the book. "Comprehensive Water and Wastewater Treatment Plant Hydraulics Handbook for Engineers and Operators provides a comprehensive coverage of treatment plant hydraulic fundamentals. It's filled with solved problems and practical guidance to help industry professionals design, maintain and operate safe, reliable treatment facilities and continue to earn the public trust. By combining theory with hands-on hydraulic design applications, we are seeking to provide an enriching and complete educational experience, even to readers new to the water and wastewater industry."