Home
W&WW Blog Case Histories Books Shop Amazon  Member Survey Advertise
Buyer's Guide News Help Forum Ask Tom! Jobs Videos Newsletters

Search

News Center Links

 News Center Home

  Industry News
  Case Histories
  Air Quality
  Chemicals
  Coatings
  Cogeneration
  Controls
  Conveying
  Dewatering
  Piping
  Pumping
  Software
  Systems
  Tanks
  Valves
  Water Supply
  Wastewater

More Links

  Industry Directory
 
Plants Directory
 
Video Center
 
This Week's Newsletter
 
Water Blog
 
Ask Tom! Archive
 
Trade Shows & Events
 
Industry Associations
 
Journals & Magazines
 
Tank Size Calculators
 
Add Your Plant Now
 
Add Your Company
 
Add Your Resume
 
Contact Us

Sign Up Free!

Click here to read past issues
Industry Newsletter

Enter your business email
address & click to sign up
Read Past Issues Here

Featured Book
From
Amazon

Click here for more

Free Shipping
on all orders over $25.

 
 
Case Histories : Wastewater


EDI : Fine-bubble Aeration for Bowling Green, MO
By Jeremi Rowland
Mar 9, 2011
  E-mail article
Printer friendly page
  .
Columbia, MO -- Contract wastewater operators (Alliance Water Resources) for the City of Bowling Green, MO desired to reduce overall operating costs at the facility. The existing positive displacement blowers, jet aeration system and motive mixing pumps were targeted for evaluation and potential upgrade.

To achieve these goals, the city looked to Alliance Water Resources (AWR) and to Environmental Dynamics Inc. (EDI) for answers.

EDI’s Solution

AWR partnered with EDI to improve on the plant’s current aeration system. AWR and EDI analyzed the existing system against a fixed grid, fine bubble membrane aeration system for the two aeration basins. The energy savings of the fine bubble system and corresponding return on investment looked very attractive. AWR applied for, and obtained, an energy efficiency grant from the local electrical company to help pay for the conversion.

EDI replaced the plant’s jet aeration system with 96 FlexAir® MiniPanel™ fine-bubble tube diffusers in each of the plant’s aeration basins. The increased oxygen transfer capabilities of the fine bubble system compared to the jet aeration system results in a reduced overall airflow requirement. The blowers were also outfitted with variable frequency drives (VFDs) linked to dissolved oxygen meters which allows for efficient pacing of the blowers to meet plant loading dynamics.

Outcome

With AWR’s improvements to the plant’s current blowers and EDI’s fine-bubble aeration system in place, electric consumption dropped by 40 percent per month on average. Before the project, monthly energy consumption for the plant averaged 117,480 kWh. After the project was complete, the plant’s monthly energy consumption on average measured only 65,897 kWh. The city expects a payback on the investment well before their three-year projection.

“We were very pleased with EDI’s work,” Daniel Gummersheimer, Division Manager for Alliance Water Resources said. “From the proposal to the installation, there were no hiccups. Their design and products worked perfectly from the first time we turned the blowers on. Everything went very smoothly.”

For more information contact:
Environmental Dynamics Inc.
5601 Paris Road
Columbia, MO 65202
Telephone: 573-474-9456
Email:edi@wastewater.com
Web site: http://www.wastewater.com/EDI



© Copyright 1998 - 2012 Water and Wastewater.com

Top of Page

 
Send news and case histories to:  news@waterandwastewater.com
 

 

I Search News I



I Live Newsfeed I

Increase traffic and add
content to your website
with our exclusive
newsfeed generator.

Our live newsfeed
allows you to
include news
headlines from our
News Center, right
on your homepage.

Headlines update in
real-time, automatically.

Click here to create
your own newsfeed!

 

 

 
 
I

Buyers Guide | News | Help Forum | Ask Tom! Column | Jobs | Resumes | Newsletters

W&WW Blog | Case Histories | Books | Shop Amazon | Member Survey | Advertise

.

Copyright © 1998-2011 Camber Southeast, Inc.
Web Site:  http://www.waterandwastewater.com
Privacy Statement

I
Home