U.S. Department of Agriculture|Greenridge, CO|120 GPM - 90' TDH

jweddell100gpm - 300gpm, Mountain, Resorts/ Golf Courses, Wastewater

The Green Ridge Campground purchased this lift station replacement that was configured to meet the medium sewage flow requirements of the site. Submersible solids handling pumps in a duplex configuration are protected from influent and turbulence by an inlet line drop bowl. An in-ground valve vault provides easy access to the system valves, actuators, and access port. A UL listed control panel employs float controls for liquid level-sensing and includes an autodialer and basic alarm. The panel was installed on the exterior wall of an existing building.

Lift Station in Kimberly, Idaho

Kimberly, Idaho Residential Lift Station – Olsen Farms

113 GPM
35.3′ TDH

jweddell100gpm - 300gpm, Mountain, Residential, Residential Development, Wastewater

Kimberly, Idaho Residential Development Wastewater Lift Station Project Assets DESIGN DRAWINGS PANEL DESIGN SITE-PLANS For this residential development wastewater lift station, Romtec Utilities designed the system for the Olsen Farms neighborhood. The new housing development has 127 lots for single family homes in Kimberly, Idaho and needed a lift station that will be owned and maintained by the City of Kimberly. We worked with the city on the design based on some other systems they ...
Booster and Lift Station

Stringfield at Granite Mountain|Prescott, AZ|170 GPM - 108.1' TDH

jweddell100gpm - 300gpm, Booster Pump, Booster Pump Station, Booster Stations, Clean Water Featured, Control Buildings Shelters, Design and Engineering, Mountain, Municipal, Public Works, Residential, Residential Development, Wastewater, Wastewater Featured

The Stringfield at Granite Mountain site sits above much of the surrounding area, creating extreme elevation challenges for water delivery. Because of this, a basic water system using gravity alone would not work. Instead, a booster pump station and lift station system was needed to move water uphill and keep pressure consistent throughout the development.