City of Battle Ground in Washington

The City of Battle Ground|Battle Ground, WA|3,155 GPM - 46.2' TDH

jweddell1,000gpm - 5,000gpm, Now & Future Expansions, Pacific, Sewer System Expansion, Stormwater, Urban Growth

City of Battle Ground, Washington - Triplex Lift Station Design Project Assets DRAWINGS SITE-PLANS DESIGN PANEL DESIGN Project Description This stormwater lift station was designed for the City of Battle Ground to support the “now and future” needs of a developing area. This was achieved by designing the system to operate with large submersible pumps in a triplex configuration to meet the expected “future” flow rates. To meet the current flow rates, the City only ...

Home Depot|Perris, CA|900 GPM - 16' TDH

jweddell500gpm - 1,000gpm, Detention Pond Pumping, Detention Ponds, Pacific, Parking Lot Drainage, Stormwater, Stormwater Runoff, Warehouse/Fulfillment Centers

The construction of a new Home Depot required a large detention pond and a new pump station to handle stormwater from the commercial development. This economical pump station uses 7.5hp Ebara pumps in a duplex configuration to meet the required flow rates to empty the detention pond. Parallel force mains were included with valve cans to provide simple and inexpensive piping and control valves. This submersible system uses cost-effective precast concrete barrels and a monolithic base to construct strong and reliable sump.

Tesoro Oil and Water Separator Pump

Tesoro Corporation|Port Angeles, WA|400 GPM - 30' TDH

jweddell300gpm - 500gpm, Industrial, Industrial Water, Oil & Gas, Oil/Water Separators, Pacific, Stormwater, Stormwater Runoff

A remote Tesoro Corporation industrial site needed this stormwater pump station to handle water discharged from an oil/water separator which processes on-site runoff. Submersible centrifugal pumps were used in a duplex configuration in this shallow wet well. The 7.5 hp Ebara explosion-proof pumps were sized to meet low flow, medium head conditions for stormwater. Check valves and plug valves were integrated into the discharge piping in the well for a simple and cost-effective design. The precast concrete wet well and the access hatch are both pedestrian rated.

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.

Walmart in Gardnerville, Nevada

Walmart|Gardnerville, NV|1,300 GPM - 23.4' TDH

jweddell1,000gpm - 5,000gpm, Detention Ponds, Pacific, Parking Lot Drainage, Stormwater, Stormwater Runoff

A new Walmart Supercenter required this package stormwater pump station to handle runoff from its large impervious parking lot. A good sized detention basin collects the runoff water during a storm event, including from surrounding properties. Ebara submersible pumps then empty the detention pond at a high flow rate through just 45’ of force main into a gravity line that flows to treatment. An outdoor UL listed control panel includes float controls for primary and backup liquid level-sensing and a basic alarm for communications.