This lift station was designed to meet the low sewage flow requirements of a municipal lift station that would also serve new construction and commercial buildings. Submersible cutter pumps in a duplex configuration and an inlet-line drop bowl provide reliable pumping capabilities, and a separate below-grade valve assembly holds the system valves. A sheltered alternator panel with a basic alarm manages the mechanical and electrical system controls. Liquid level-sensing is managed by float controls wired for intrinsically safe.
City of Colton, CA – Stormwater Runoff Pump Station
74.5GPM
19.7′ TDH
Residential Development Wastewater Lift Station for City of Salinas, CA
50 GPM
17.4′ TDH
This lift station was designed to meet the low sewage flow requirements of a municipal lift station for a new residential development. The duplex pump configuration, solids-handling pumps, and inlet-line drop bowl provide suitable preventative measures for a reliable and long-term wastewater lift station. The controller is a PLC type designed with a pressure transducer for primary level sensing and a two float system for backup. The entire electrical was configured for Ethernet communication and alarm notification output to an existing SCADA system.
Burton School District|Porterville, CA|38 GPM - 41' TDH
This package wastewater lift station was designed to meet the low sewage flow requirements of a municipal lift station for developing an elementary school site. The duplex pump configuration with submersible grinder pumps and a drop bowl provides reliable and lasting pumping capabilities.
Town of Samoa|Samoa, CA| 1000, 200-600 GPM - 150' TDH
Romtec Utilities was contacted to provide a design service order for a new booster pump station and control building for a housing development in the Town of Samoa. This booster pump station was designed to meet the immediate and future flow requirements of the development as it continued to expand.





