Membrane Processes for Water Reuse

Proven, cost-effective solutions to water and wastewater reuse challenges

Membrane Technologies for Water Reuse is a complete guide to membrane technology applied to water reuse/recycling. Membrane processes used in wastewater recycling include both pressure-driven and electrically driven processes. Pressure-driven processes include microfiltration, ultra filtration, and reverse osmosis. Electrically driven processes include electro dialysis reversal and electro deionization. All of these are covered in the book with examples and applications.

Membrane Technologies for Water Reuse

• Covers most design and application issues
• Includes example problems that illustrate the concepts presented in the book
• Contains wastewater reuse case studies
• Helps process engineers select and size membrane processes to meet reuse water quality
• Enables regulators to make informed decisions on industrial wastewater discharge alternatives
• Assists industry plant owners in making cost-effective decisions on how to best handle discharges
• Helps municipal wastewater treatment plant managers identify reuse alternatives, recoup treatment costs, meet or exceed regulatory requirements, and make cost-effective decisions

Anthony Wachinski, Ph.D., has more than 35 years of experience in the water and wastewater industry and is currently senior vice president and technical director for Pall Water Processing. He has worked in government, academia, and private industry as a professional engineer, consultant, associate professor of civil engineering, principle research investigator, and expert witness. Dr. Wachinski has experience in research and development, program and project management, new product development, technology acquisition and transfer, and water product certification and verification. He holds numerous patents and has authored more than 40 professional papers, along with three books for AWWA, and is a certified forensic examiner for the Department of Homeland Security.