This package lift station in Fort Lewis was configured to meet the medium flow requirements for a federal industrial process system with stormwater to treatment. Submersible centrifugal pumps are protected from turbulence by a drop bowl. A below-grade concrete electrical vault holds the disconnect panel and electrical connections. A drain-pipe allows this vault to double as a stormwater drain for the area around the lift station. An outdoor UL listed control panel includes a basic alarm, floats for liquid level-sensing, and a NEMA rated enclosure.
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.
U.S. Army Base|Kalaheo, HI|74 GPM - 85' TDH
Serving the US Army Base, Fort Shafter, this military neighborhood needed a lift station replacement package to be installed adjacent to the existing lift station. The Army and Romtec Utilities configured this submersible centrifugal pump station to pump the medium flow of municipal wastewater. The outdoor control panel utilizes conductive probes for primary and backup level controls and an autodialer for communications. A new generator was installed at grade above an existing generator pit. The owner supplied shelters for the panel and onsite generator.
Ajax Natural Gas Plant|Wheeler, TX|200 GPM - 50' TDH
This package pump station was designed to meet a low flow of industrial process water with added low flows of industrial stormwater. The dual purposes of this pump station required shaft-driven centrifugal pumps with the motors located above-grade.
University of Oregon|Eugene, OR|350 GPM - 25' TDH
This package pump station was designed to meet low flows of stormwater expected after the expansion of this university building. The duplex pump configuration with submersible centrifugal pumps provides reliable and lasting pumping capabilities. A simple UL listed control panel with an intrinsically safe (IS) barrier and basic alarm was designed and supplied as a part of the electrical layout for this package pump station. This system was designed with four floats for liquid level-sensing and automatic starting and stopping of pumps on level