Wow! eBook
Wet Weather Design and Operation in Water Resource Recovery Facilities
by: Water Environment Federation (Author)
Publisher: Water Environment Federation
Publication Date: 2014/7/22
Language: English
Print Length: 340 pages
ISBN-10: 1572783044
ISBN-13: 9781572783041
Book Description
Wet Weather Design and Operation in Water Resource Recovery Facilities provides professionals involved in the field with a comprehensive reference of current design and operational practices for dealing with the unique challenges associated with the proper management of wet weather flows. Intended as a companion to Design of Water Resource Recovery Facilities, 6th Edition, MOP 8, Wet Weather Design and Operation in Water Resource Recovery Facilities focuses on providing a wet weather flow management perspective to the subject matter previously covered by the widely relied upon design practitioner resource. Going beyond MOP 8 by including operational-oriented considerations related to wet weather events, the text is comprised of 16 chapters, grouped around planning and configuration for wet weather events in water resource recovery facilities and facility processes.
About the Author
Wet Weather Design and Operation in Water Resource Recovery Facilities provides professionals involved in the field with a comprehensive reference of current design and operational practices for dealing with the unique challenges associated with the proper management of wet weather flows. Intended as a companion to Design of Water Resource Recovery Facilities, 6th Edition, MOP 8, Wet Weather Design and Operation in Water Resource Recovery Facilities focuses on providing a wet weather flow management perspective to the subject matter previously covered by the widely relied upon design practitioner resource. Going beyond MOP 8 by including operational-oriented considerations related to wet weather events, the text is comprised of 16 chapters, grouped around planning and configuration for wet weather events in water resource recovery facilities and facility processes.
