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
U.S. Department of Energy|Hanford, WA|180 GPM - 20' TDH
This package lift station was designed to meet the medium sewage flow requirements of an industrial and commercial lift station. The duplex pump configuration and solids-handling pumps provide suitable preventative measures for a reliable and long-term wastewater lift station.
Clark County, Washington|Vancouver, WA|325 GPM - 48' TDH
This lift station was designed to meet the medium sewage flow requirements of a municipal lift station. The duplex pump configuration and backup level sensing provide suitable redundancy for a reliable and long-term wastewater lift station. Solids-handling pumps designed for wastewater were supplied to eliminate clogging concerns. A sheltered outdoor PLC control panel provides robust and programmable lift station controls. This lift station also includes a permanent on-site generator to guarantee continued system operation.
NPS, Navajo Nation, & White Dove, Inc | Chinle, AZ | 58 GPM - 97' TDH
This National Park Service lift station replacement was a “turnkey” project designed to meet commercial, municipal, and Navajo EPA standards for medium sewage flows. The design included chopper pumps in a duplex configuration, an inlet-line drop bowl, and a separate below-grade valve assembly.