The City will strive to “reduce, reuse and replenish” our water resources for the purposes of being good stewards of the resource by:
The City is currently working with the Waters Edge Homeowners Association on a project to connect some of the currently used irrigation system to a newly created system that will pump water from a nearby stormwater pond. Construction is expected to take place Summer 2017.
The City completed a project in Beaver Bonds Park in Fall 2016. The park used hundreds of thousands of gallons of potable water for irrigation each year and now, the system is set up to pump stormwater out of a nearby pond to irrigate the park.
The City completed a project at the Oneka Ridge Golf Course in Fall 2015. A large stormwater pond was excavated along the 18th tee and fairway and now collects stormwater runoff from 915 acres of land. From there, stormwater is pumped and used by the golf course for irrigation instead of using groundwater. Excess water beyond that needed for irrigation is sent to an infiltration system in the southwest corner of the golf course. The RCWD expects that this project will reduce the golf course's dependency on groundwater for irrigation by 40-50%.
This project was funded by a $497,100 Clean Water Fund grant from Minnesota’s Clean Water, Land and Legacy Amendment. $113,700 in matching funds were provided by the RCWD and the City of Hugo. Including in-kind staff support provided by all three project partners, the total project cost was approximately $689,000.
To find out more about this project, please click here to be directed to the Rice Creek Watershed District Website.
The Comprehensive Water Supply and Distribution Plan outlines the City's policy for providing its citizens the highest quality water while promoting conservation in using the City's water to achieve system efficiency and reduce costs. The City of Hugo's water conservation programs helps reduce the demand for water, improve the efficiency in use, and reduce losses and waste of water. Click here to read more.
This plan has quantified the need for and identified over 20 potential regional projects that if constructed will significantly improve water quality using innovative and cost effective techniques.