Description: Energy in Water Resource Recovery Facilities
The Water Environment Federation (WEF) is a not-for-profit technical and educational organization of 35,000 individual members and 75 affiliated Member Associations representing water quality professionals around the world. Since 1928, WEF and its members have protected public health and the environment. As a global water sector leader, our mission is to...
PublisherWater Environment Federation
Word count303
Description: Energy in Water Resource Recovery Facilities
The WEF Technical Practice Committee (formerly the Committee on Sewage and Industrial Wastes Practice of the Federation of Sewage and Industrial Wastes Associations) was created by the Federation Board of Control on October 11, 1941. The primary function of the Committee is to originate and produce, through appropriate subcommittees, special publications dealing with technical aspects of the broad...
PublisherWater Environment Federation
Word count201
Description: Energy in Water Resource Recovery Facilities
List of Figures
PublisherWater Environment Federation
Word count2,470
Description: Energy in Water Resource Recovery Facilities


PublisherWater Environment Federation
Word count469
Description: Energy in Water Resource Recovery Facilities


PublisherWater Environment Federation
Word count313
Description: Energy in Water Resource Recovery Facilities
This manual discusses principles and concepts of energy sources and uses in the transport, treatment, and recovery of water and water resources. The manual addresses utility billing procedures and incentives as well as energy considerations for electric motors and transformers, pumps, controls, aeration systems, blowers, energy generation, and solids processes.
PublisherWater Environment Federation
Word count187
Description: Energy in Water Resource Recovery Facilities
Marie S. Burbano, PhD, PE, BCEE; Andrea Turriciano White, PE; & Christian Ference
PublisherWater Environment Federation
Word count2,546
Description: Energy in Water Resource Recovery Facilities
Joseph Cantwell, PE; Alice Strazzabosco, PhD; & Donald Voigt
PublisherWater Environment Federation
Word count7,331
Description: Energy in Water Resource Recovery Facilities
Jen Muir & Marie S. Burbano, PhD, PE, BCEE
Author
PublisherWater Environment Federation
Word count10,321
Description: Energy in Water Resource Recovery Facilities
Andy Shaw, PhD, PE; Arifur Rahman, PhD, PE; Peter V. Cavagnaro, PE, BCEE, PMP; & Thomas E. Jenkins, PE
PublisherWater Environment Federation
Word count7,075
Description: Energy in Water Resource Recovery Facilities
Ned Paschke, PE; Rachel Feil; Matt Seib, PhD, PE; & Eric Hjellen
PublisherWater Environment Federation
Word count7,236
Description: Energy in Water Resource Recovery Facilities
Ed Kobylinski; Peter V. Cavagnaro, PE, BCEE, PMP; James Fischer; & Ethan Willats
PublisherWater Environment Federation
Word count5,075
Description: Energy in Water Resource Recovery Facilities
Tanja Rauch-Williams, Hong Yin, Ken Brischke, Eric Redmond, & Georgine Grissop
PublisherWater Environment Federation
Word count11,211
Description: Energy in Water Resource Recovery Facilities
Thomas E. Jenkins, PE; Mark K. Addison, PE; & William Thies, PE
PublisherWater Environment Federation
Word count7,520
Description: Energy in Water Resource Recovery Facilities
Bill McConnell, PE; Alexandra Doody, PE; Alexandra Bowen, PE; Maureen Neville, PE; & Mark Cusac, PE
PublisherWater Environment Federation
Word count10,865
Description: Energy in Water Resource Recovery Facilities
Robert (Bob) Forbes, PE; Xiaojin Li, PhD; Shayla Allen; Anthony Tartaglione, PE, BCEE; Jim Groman; Houssam El Jerdi, MS, PE; Jay Kemp; & Eric Auerbach
PublisherWater Environment Federation
Word count15,207
Description: Energy in Water Resource Recovery Facilities
Hossain Azam, PhD, PE; Arifur Rahman, PhD, PE; Mahmudul Hasan; Lucas Botero, PE, BCEE, ENV SP; & Lirane Mandjoupa
PublisherWater Environment Federation
Word count9,035
Description: Energy in Water Resource Recovery Facilities
John Norton, PhD, PE; Peter V. Cavagnaro, PE, BCEE, PMP; Tony Cecchini; Vikram M. Pattarkine, PhD, BCEEM; & Wendy Barrott
PublisherWater Environment Federation
Word count3,996
Description: Energy in Water Resource Recovery Facilities
Tables in Appendix B—B.1 to B.4—are used to establish benchmarks for water resource recovery facilities (WRRFs). Each table represents a different configuration of the treatment process:
PublisherWater Environment Federation
Word count2,290
Description: Energy in Water Resource Recovery Facilities
Electricity is a condition in which electrons are displaced from atoms. Because it takes energy to displace the electrons, the displaced electrons represent energy that can do useful work. Therefore, electricity is a form of energy that results from an unbalanced atomic condition. If the electrons are merely displaced, a condition of static electricity exists. If the electrons flow back to the...
PublisherWater Environment Federation
Word count893
Description: Energy in Water Resource Recovery Facilities


PublisherWater Environment Federation
Word count2,365
Energy in Water Resource Recovery Facilities