About Us

Established in 1962, Parker Water and Sanitation District has always been proactive in its objectives to provide an ever-growing population with a secure and long-term, high-quality water service. Here you can learn more about our history and vision for the future as well as ways in which we are facing water challenges head-on. Together, let’s lead the next generation of water ambassadors forward.

When the Parker Water and Sanitation District first began operations, there were significantly less people using water than today. Denver’s population alone has grown more than 35 percent in the past two decades, and the same is true of Parker.
NP PWSD Admin Bldg
What hasn’t changed much in the entire state, however, is the amount of precipitation Colorado gets. It has virtually remained the same at only 15.8 inches annually. Stay informed. Learn how you can make a difference. Because you really can!

Parker’s Early Pioneers
There is a natural attraction to the town of Parker that dates back to some of Colorado’s earliest pioneers and homesteaders more than a hundred years ago. Several landmarks, like Twenty Mile Road, distinctly ties Parker to the heart of downtown Denver by this twenty-mile measurement. Early agricultural visionaries saw the opportunities here in the land and its valuable resources. These earliest families created the homespun heritage of Parker through the same conservation-minded practices that will always be necessary to protect our environment.

Similarly, Parker Water and Sanitation District was formed in 1962 to serve town residents. The primary water source still comes from wells. But, as water demands, climate, and population have changed, so too is the importance of moving forward by supplementing the depleting aquifers and focusing on renewable water sources. That’s how we build a strong future.

Parker Water Facilities
Currently, the primary water source for our community is groundwater. As has been widely reported in the news, groundwater (or water in wells) is a non-renewable water source that is depleting throughout Colorado. But, through the major expansion of Rueter-Hess reservoir, we are determined to continue meeting demands by developing the necessary infrastructure to acquire, treat, store, and distribute water to all of our customers.

Parker Water and Sanitation District facilities include two wastewater treatment plants, thirty-seven deep wells, eight alluvial wells, and five water storage tanks. Rueter-Hess Reservoir is now complete and has a capacity of 72,000 acre feet.

Wastewater treatment plants: These facilities use the highest standards of advanced wastewater treatment to filter, treat, and clean water to meet and exceed federal clean water standards. The treated water is then discharged into Cherry Creek.

Shallow wells: Also called alluvial wells, Parker Water maintains/operates wells that draw alluvial water at the edge of the Cherry Creek. They are each between 50 and 75 feet deep.

Deep aquifer wells:
These wells draw water from deep, underground sources known as aquifers. They range from 515 and 2,745 feet deep.

Lift stations:
These facilities "lift" sewage from areas lower than the wastewater treatment plants in order to produce a gravity flow into treatment plants.

Pump and/or booster stations: These facilities help pump water from one pressure zone to another, especially when the water is located and/or stored at a lower elevation than its destination (homes and businesses).

Storage Tanks:
Hold water for business and residential use as well as Fire Flow Prevention.

Source of Water Supply
The District relies on 45 wells located throughout the Parker area which penetrate the Cherry Creek Alluvium, as well as the Denver, Dawson, Arapahoe, and Laramie Fox Hills aquifers to depths ranging from 51 ft. to 2,745 ft.

Parker is not in danger of running out of water, however, it must act now to protect its resources and prepare for growth. Parker Water’s new Rueter-Hess Reservoir will help meet increased demand and serve as a water management tool to extend the life of the aquifer.