Eagan greenlights North Treatment Plant filter rehabilitation

Eagan greenlights North Treatment Plant filter rehabilitationThe Eagan City Council unanimously approved plans for the North Treatment Plant Filters A and B Rehabilitation project, while also finalizing payments for recent water quality and network inspection initiatives.

City Council approved plans and specifications for Contract 26-05, targeting the rehabilitation of Filters A and B at the North Treatment Plant.

Final payments were authorized for the city's 2026 Water Quality Improvements and the Large Diameter Cleaning and Televising Project.

The council approved a series of water meter surcharge rebates for utility customers.

All water and utility items were passed unanimously without debate as part of the July 7 consent agenda.

The City of Eagan, Minnesota, is moving forward with essential upgrades to its water treatment infrastructure following the City Council's approval of plans and specifications for the North Treatment Plant. During the July 7, 2026 meeting, the council unanimously approved Contract 26-05, which covers the rehabilitation of Filters A and B at the North Treatment Plant. The project was passed as part of a broader consent agenda without additional public debate, signaling consensus among city officials regarding the utility's capital improvement needs. In addition to the treatment plant upgrades, the city advanced several other municipal utility initiatives. The council approved final payments for two completed infrastructure contracts: the Large Diameter Cleaning and Televising Project (Contract 26-08), which supports the maintenance and visual inspection of the city's collection network, and the 2026 Water Quality Improvements (Contract 26-07). Furthermore, the council authorized a round of water meter surcharge rebates for utility customers. The Director of Public Works and other city staff were present at the brief meeting, which unanimously cleared the utility's administrative and capital agenda items in a single motion.