This package lift station was designed to meet the medium wastewater flows of this California prison. Solids-handling pumps in a duplex configuration are protected from cascading influent by a drop bowl. The liquid level-sensing is controlled by a pressure transducer and a float in used for emergency backup. A below-grade valve assembly holds the system’s valves, flow meters, and pressure gauges. An outdoor PLC panel with a basic alarm and an added input for a radio modem comprise the systems controls.
City of Brawley Water Treatment | Brawley, CA | 1,350 GPM - 25' TDH
The City of Brawley needed this packaged lift station to handle high flows of wastewater at its municipal treatment plant. 12 HP submersible pumps in a duplex configuration were used to meet the high flow pumping needs and a conductive probe was used for liquid level-sensing. The in-ground valve assembly and meter assembly were each located in separate vault structures for a cost effective design and easy access. An outdoor, UL listed control panel was protected from weather and sunlight by a six-post shelter, which also covers the sump entry hatch and electric disconnect panel.
Boone's Crossing|Woodburn, OR| 424 GPM - 59.7' TDH
Woodburn Development LLC, with ICON Construction and Development, Emerio Design, and Canby Excavations were in need of a wastewater lift station for a new development. The Romtec supplied waste water wet well is a precast 10’ inner diameter (ID) well that is 36’ in depth.
Sammamish Plateau Water|Sammamish, WA|110 GPM - 66.5' TDH
Romtec Utilities worked with SPWSD on a similar project to develop a new submersible lift station design standard that changed from its previous wet/dry configuration pump systems.
Bay Meadows | San Mateo, CA | 1218 GPM - 96' TDH
After the historic Bay Meadows racetrack closed down, a large residential development began that required this large wastewater lift station. A triplex configuration of 30 hp Flygt pumps handles the high flow rates of this system. A blower system was provided as part of the lift station odor control specified by the City. The lift station electrical controls comprised a PLC, float control level-sensors, and a backup generator. The panel includes an Arc Armor® enclosure that provides safe access to low-voltage controls and separate access for high-voltage circuits.
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