A new housing development in the City of Snoqualmie needed this wastewater lift station to handle low sewage flows and meet the City’s design standards.
Jessie Hollow | Vancouver, WA | 124 GPM - 35' TDH
Krippner Homes needed a new lift station to handle medium flows of sanitary sewer from a new residential development.
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.
City of Port Orchard|Port Orchard, WA|200 GPM - 64' TDH
The McCormick Woods northern development purchased this lift station configured to meet the medium flow requirements for municipal sewage. This package lift station was needed because of the uneven terrain surrounding the development. Two submersible solids handling pumps pump to a below-grade valve assembly containing the lift station valves and access ports. A sheltered PLC control panel utilizes a pressure transducer for primary liquid level-sensing with backup float controls. The panel is tied to an onsite generator for emergency backup power.
Eagle Park Acres|Madison County, IL|123 GPM - 21' TDH
A large neighborhood received these two lift stations that were designed to handle medium sewage flow requirements. The submersible solids-handling pumps in duplex configurations were specified to handle influent from three inlet lines from different sections of the neighborhood. The below-grade valve assemblies hold the system operation valves, bypass pumping ports, and shut-off valves. The outdoor UL listed control panels utilize pressure transducers and redundant float controls for liquid level-sensing; basic alarms were included for communications.