Union Pacific Railroad|Cheyenne, WY|4,000 GPM - 25' TDH

jweddell1,000gpm - 5,000gpm, Design and Engineering, Detention Pond Pumping, Detention Ponds, Equipment Washdown, Mountain, Oil/Water Separators, Oily Water, Process Water, Railyards, Replacements & Retrofits, Retrofits, Stormwater, Stormwater Collection, Stormwater Featured, Stormwater Runoff

The Union Pacific Depot in Cheyenne, Wyoming needed two new stormwater pump stations to replace existing systems. The first station used Ebara 25 hp submersible pumps in a triplex configuration to handle stormwater runoff from a parking lot and additional drains. The second station used Ebara 7.5 hp submersible pumps in a duplex configuration to pump stormwater that drains from the pit of a railway turntable. Both systems include precast concrete valve vaults. Each vault was preassembled with Val-Matic Cam-Centric® plug valves, Val-Matic Swing-Flex® check valves, and Ashcroft pressure gauges. Both stormwater systems discharge into an evaporation pond that was installed as a part of this larger water collection replacement, which also included three additional Romtec Utilities wastewater lift stations.

City of Camas Washington

The City of Camas | Camas, WA | 126 GPM - 206' TDH

jweddell100gpm - 300gpm, Municipal Collection, Odor Control, Pacific, Residential Development, Sewer System Expansion, Urban Growth, Wastewater

In order to expand the municipal sewer system, this lift station was configured to pump to an existing gravity line flowing to treatment. A 24-foot-deep by 10-foot-diameter wet well collects the sewage flows. The wastewater is pumped at 120 gpm 10,000 lineal feet of 10” force main against 206’ TDH with 23 hp high head submersible solids handling pumps. A sheltered control panel utilizes an intrinsically safe barrier for in-well electrical, such as the pressure transducer and conductive probe for primary and backup level controls.

West Mesa Industrial Park

West Mesa Industrial Park|Las Cruses, NM|733 GPM - 44' TDH

jweddell500gpm - 1,000gpm, Industrial Process Water featured, Industrial Water, Mountain, Municipal Collection, Replacements & Retrofits, Wastewater

The US Army Corps of Engineers worked with Romtec Utilities to design this lift station to replace an existing septic system. The resulting package wastewater lift station met the high sewage flows of this publicly owned industrial complex. The submersible sewage pumps in a duplex configuration are explosion proof to meet the wet well space classification. An outdoor UL listed panel utilizes floats and a pressure transducer for intrinsically safe level controls. It also includes an autodialer for communications and a blower for odor control.

City of Clovis New Mexico

The City of Clovis | Clovis, NM | 100 GPM - 15.4' TDH

jweddell50gpm - 100gpm, Mountain, Municipal Collection, Sewer System Expansion, Wastewater

An expanding sewer system for annexed land required this packaged wastewater lift station. Duplex submersible solids handling pumps are designed to meet the medium flow requirements and pass solids up to a 2” diameter. To save space, the system valves are integrated into the discharge piping in the sump. An outdoor control panel utilizes floats for liquid level-sensing and an intrinsically safe barrier for in-well electrical components. The electrical controls are wall mounted.

Geothermal Power Facility in Nicaragua

Geothermal Power Plant|San Jacinto, Nicaragua|100 GPM - 24.9' TDH

jweddell50gpm - 100gpm, Power Generation, Wastewater

A commercially owned geothermal power facility in Nicaragua purchased this package lift station to meet its medium wastewater flows. Shipping the major components for this system required precise documentation and plans. Duplex submersible chopper pumps, in-well check valves, and plug valves with valve cans are some of the major below grade components of this system. The outdoor UL listed control panel utilizes floats for liquid level-sensing and includes an autodialer for communication. The complete Romtec Utilities package system was owner-installed as part of its phase I development.