WERF Report OWSO6R07b
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Available as an ebook
Please purchase via www.iwaponline.comOpens in new window
Also part of Water Intelligence Online Digital Reference Library
Standard ePrice: £29.00
+ VAT
Approximately 35% of a wastewater treatment facilities’ total cost to provide wastewater service is for energy use. Industry wide, about 0.6% of the electric energy produced in the United States is consumed by commercial sector wastewater treatment. Clearly, the wastewater sector and other wastewater treatment providers, such as industry and commercial establishments, need cost-effective solutions for energy management and efficiency in their wastewater treatment operations.
The interrelated problems of rising energy costs and demand alongside climate change have brought the issue of energy efficiency into the forefront of most every wastewater treatment provider today. The Operations Optimization Challenge is the Water Environment Research Foundation’s (WERF) program to build integrated, comprehensive, long-term research into process optimization, energy efficiency, energy and resource recovery, and minimization of the environmental footprint of wastewater collections and treatment. The primary goal of the Optimization Challenge is to develop approaches that allow the wastewater sector to attain a 20% or greater reduction in energy to achieve treatment goals.
One of the goals of the Operations Optimization Challenge is to identify the approaches used by the most effective power utility or state energy efficiency programs. Using these most effective elements of these programs build upon success and promote energy efficiency at the facility by putting in place the framework for effective energy management at a higher level. Currently only four states have effective energy reduction programs with a long-term history of performance. This report is aimed at increasing the number of states or other agencies (interstate agencies as well as power providers) who can implement successful programs to assist the wastewater sector reduce nationwide energy demand.
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This report:
Value engineering is a technique that wastewater treatment facilities (WWTFs) currently use, when required, to analyze cost reduction and performance optimization opportunities. The research...
Biogenic iron oxides produced by circumneutral iron-oxidizing bacteria were evaluated for phosphate removal. Traditional batch equilibrium experiments were coupled with bench-scale flow through...
UV photoreactors, especially those used for disinfection, have emerged as important alternatives to conventional treatment operations. UV dose represents the master variable in governing the...
The objectives of this research were to investigate the factors impacting the effectiveness of metal salts in reducing the production of volatile organic sulfur compounds (VOSCs) in biosolids,...
Phosphorus monitoring at wastewater treatment plants is essential as phosphorus (as total phosphorus) is an important main constituent regulated in treatment plant effluents. Recent trends are...
Treatment of drinking water was once considered sufficient for reducing the risk of infection from pathogenic organisms. However, as our knowledge of established and emerging pathogens in water...
This project aims at the evaluation of eight various routes that potentially may allow wastewater treatment plants to produce less sludge (from 5% to 100%).
It has been possible to define...
The purpose of the demonstration of WERF Strategic Asset management (SAM) decision support tools is to provide users with insight into the efforts and impacts of applying the various asset...
Scientific and Technical Report No. 21
Uncertainty in Wastewater Treatment Design and Operation aims to facilitate the transition of the wastewater...