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Resources for the Madison Community
Madison stands with the families of Abundant Life community. This page is dedicated to connecting victims and the broader community to resources and accurate information about the tragic events that happened on December 16.
Well 7 Iron & Manganese Mitigation Project
Project Details
Project Information
Madison Water Utility has rebuilt the city's 75 year-old municipal Well 7, located off North Sherman Ave. near Sherman Middle School. The facility has a larger reservoir and a second booster pump added to provide stronger fire protection for homes and businesses on the north side. An iron and manganese filter was added, so the water pumped from Well 7 will look better and taste better. The project cost was $5.3 million and was completed in June of 2015. You can find out more about the history of Well 7 on our Inside MWU news page.
Latest News
Open House: Wednesday, August 26, 2015 from 5 - 7 pm
The new Well 7 facility is complete. Varied wall heights and textures are meant to make the building appear smaller. Inside the facility, a large bank of filters has been installed, which will remove naturally-occurring iron and manganese from the water as the well pumps about 2,200 gallons a minute.
Photos below: June 19, 2015 - Exterior landscaping is complete, while a large bank of filters dominates the interior
Project Background
Constructed in 1939 as a Federal WPA project, Well 7 was the main source of supply for the north side of Madison for many years. With a pumping capacity of 2200 gallons per minute and a daily capacity of 3 million gallons per day, the well is a vital component of Madison’s drinking water system. With the abandonment of Well 3 in 2008, Well 7 provides year around water supply to neighborhoods along North Sherman Avenue west of Packers Avenue as far south as the Yahara River. Well 7 also provides water to the Village of Maple Bluff.
The long term need for Well 7 was studied as a part of the East Side Water Supply Project, which was completed by MWU in 2012. That study confirmed the importance of Well 7 and recommended the addition of a filtration system to remove nuisance contaminants, iron and manganese. Due to the age and condition of the existing facility, employee access issues, reliability, redundancy, fire protection capacity limits and current DNR regulations, MWU will be demolishing the existing structure and totally replacing the facility. To accomplish this, we have acquired the two residences adjacent to our property. These two houses were removed in early 2014 to make way for construction.
The proposed facility will be as follows:
- Well Capacity = 2,200 gallons per minute
- Filter type = High Rate Pyrolucite media
- Reservoir Capacity = 500,000 gallons
- Booster Pump Capacity = 2 pumps each with 2,100 gallon per minute capacity
- Standby Generator
- Estimated Total construction cost = $5,300,000
- Construction Start = April 2014
- Construction Completion = Summer, 2015
Get Involved
Madison Water Utility has formed a Citizens Advisory Panel (CAP) for this project and worked closely with this group to develop and refine this project. A public meeting will be held before construction begins and a neighborhood open house will be held following construction. If you would like to participate in this process for this or any other project, please contact us at 608-266-4651 or water@madisonwater.org.
This web page and the CAP process provide citizens with the opportunity to provide valuable input and feedback on the proposed project. This public engagement produces a high quality project that meets and exceeds neighborhood expectations.
Frequently Asked Questions:
Why are you doing this project?
Well 7 is a key water supply, transmission, and water storage facility within the Madison drinking water system. The well provides drinking water supply to over 10,000 residents on the north side of Madison. Water quality concerns resulting from iron and manganese at or above secondary standards make the need for a filter a priority. Iron and manganese can cause staining on plumbing fixtures, and colored water events are disruptive to area residents. In addition, the existing facility is in need of significant repair and upgrading. It does not meet current standards or DNR codes for reliability, redundancy or capacity, and employee access issues make maintenance a problem.
The proposed facility will remove iron and manganese from the water. It will provide a reservoir with a capacity of 500,000 gallons to fight fires and provide water supply in an emergency. Standby generation and redundant pumps will ensure operation of the well even during an emergency or natural disaster.
Why don’t you just modify the existing pump station and reservoir and use it?
The existing facility is too small and would require major work to meet current needs. This would limit functionality, it would drive up construction costs, and would impact long term operation of the facility.
MWU will be making a photographic record of the facility, salvaging significant items from the building and will be incorporating some of the stone into the new facility.
Why did you have to buy two houses for this project?
There was not sufficient space on the existing lot to construct the new facility. The property owners were contacted and an equitable settlement was negotiated in addition to relocation assistance.
Where will I get my water during construction?
Madison’s water system is interconnected and the area will be served by several other wells: Well 13 on Wheeler Road, Well 15 on East Washington, Well 11 on Dempsey, and Well 29 on Mesta Lane.
Will my water service be interrupted during construction?
While some very short term (4 to 6 hours) interruptions in the immediate vicinity of the project may occur, no other interruptions are anticipated.
Will I notice a change in my water quality?
Following construction of the filter, you will notice less staining on plumbing fixtures and there will be less chance for colored water events in your neighborhood. No change in taste and odor is anticipated.
What will the new facility look like?
Architectural renderings of the new facility are available on this web page. The structure will have multiple flat roof levels and a variety of building materials to give it interest and shape.
Will the facility make a lot of noise?
Noise levels will be similar to that currently produced by the structure. The standby generator will be exercised monthly for a few hours. The generator will be fitted with noise control baffles that will limit the sound coming from the facility when the generator is running.
How long will it take to build?
Construction will take a year to complete. It is expected to start in April 2014 and be complete by May 2015.
Will there be a lot of traffic to this facility once it is constructed?
Well 7 will be visited our operation personnel once a day for about 15 to 20 minutes. On occasion a maintenance crew will spend a day at the facility servicing the filters and pumps.
Past Meetings/ Additional Information
Aug. 2, 2013 - Planning Division Staff Report
May 8, 2013 - Urban Design Commission review
March 25, 2013 - MWU Board public hearing
Approved design for the facility.
March 20, 2013 - Citizens Advisory Meeting
Held at the Warner Park Community Center
Feb. 21, 2013 - Public Meeting
Held at Warner Park Community Center
- First postcard sent to area residents
- Reminder Postcard sent to area residents
- Information presented at the meeting:
Jan. 23, 2013 - Citizens Advisory Meeting
Held at near the project site at Sherman Middle School
- Information Presented at the Meeting:
Nov. 29, 2012 - Citizens Advisory Meeting
Held at near the project site at Sherman Middle School
- Meeting Agenda
- Information Presented at the Meeting
Oct. 25, 2012 - Citizens Advisory Meeting
Held at near the project site at Sherman Middle School
- Meeting Agenda
- Meeting Notes
- Meeting Handouts
- Well 7 Water Quality Data
- Inorganic Analysis
- Volatile Organic Compounds Analysis
- Annual Drinking Water Quality Report
- Potential Contaminant Sources- from the Draft Wellhead Protection Plan for Unit Well 07
- Draft Contaminant Source Map
Aug. 2, 2012 - Requested proposals
MWU requested proposals for engineering design services for an iron and manganese filter and facility reconstruction at Madison Water Utility Well 7.
- Unit Well 7 Reconstruction and Filter Addition Request for Proposals
- Contract for Purchase of Services (Design Professionals)
- Unit Well 7 Report
July 31, 2012 - Public Meeting
Held at project site on Sherman Ave.
April 16 - 17, 2012 - Public Meetings
Held at the Goodman Community Center and Warner Park Community Recreation Center for the Well 7, Well 8, and East Isthmus Replacement Well projects.
April 4, 2012 - Citizens Advisory Meeting
Held at Sherman Middle School
Feb. 27, 2012 - Citizens Advisory Meeting
A Well 7 and Well 8 meeting at the Goodman Community Center.
Jan 31, 2012 - Public Meeting
Held at the Goodman Community Center
July, 2010 - July, 2011 East Side Water Supply Project
In July 2010, Madison Water Utility (MWU) began the East Side Water Supply (ESWS) Project, a major water supply planning project that paired professional and scientific expertise with community engagement to recommend future infrastructure on Madison's East Side. In October 2010, a Citizen Advisory Panel (CAP) was formed for this project. The CAP met and advised MWU on public expectations for drinking water quality, water supply and demand, and water conservation.
On July 12, 2011, the ESWS CAP presented three advisories to the Water Utility Board:
- Water Demand on the East Side of Madison;
- Unit Wells 7 and 8, Iron and Manganese Management Options; and
- Water Conservation on the East Side of Madison.
On July 26, 2011 the Water Utility Board approved four recommendations, including the following:
Accept the recommendation of the East Side Water Supply Citizens Advisory Panel and staff to use an appropriate treatment technology to remove iron and manganese from Unit Well 7. Allow room for potential future treatment needs. Continue the Public Participation Process with a Well 7 Citizens Advisory Panel through Phase 2 - Facility Site Selection and Phase 3 - Facility Design.