Utica East Ohio Midstream LNG Plant|Kensington, OH|75 GPM - 67' TDH

jweddell50gpm - 100gpm, Eastern, Oil & Gas, Oil/Water Separators, Stormwater, Stormwater Runoff

Utica East Ohio Midstream needed two new pump stations to handle low flows of stormwater runoff at its new Kensington Plant in Ohio. To responsibly contain potentially hazardous stormwater from the topsoil, these pump stations were designed with double-wall fiberglass wet wells with interstitial leak detection. Both pumping systems included corrosion resistant components and sensors due to the potential presences of LNGs in the stormwater runoff. Pumps were engineered with 7.5 hp Ebara pumps in a duplex configuration, and different impellers were specified for each of the two pump stations meet slightly differing head requirements.

Utica East Ohio Midstream LNG Plant|Kensington, OH|150 GPM - 59' TDH

jweddell50gpm - 100gpm, Eastern, Industrial, Industrial Water, Oil & Gas, Oily Water, Process Water, Stormwater, Stormwater Runoff

Utica East Ohio Midstream needed a new pump stations to handle low flows of stormwater runoff at its new Kensington Plant in Ohio. To responsibly contain potentially hazardous stormwater from the topsoil, this pump station was designed with a double-wall fiberglass wet well with interstitial leak detection. The pumping system also included corrosion resistant components and sensors due to the potential presences of LNGs in the stormwater runoff. Pumps were engineered with 7.5 hp Ebara pumps in a duplex configuration, and a UL listed control panel was supplied with added cable lengths for installation outside of NFPA classified spaces near the pump station.

Project Site of the Lakehurst Naval Air Station Wastewater Lift Station

Lakehurst Naval Air Station|Trenton, NJ|250 GPM - 24.77' TDH

jweddell100gpm - 300gpm, Bid Packages, Eastern, Featured Projects, Military Installations, Municipal Collection, Sewer System Expansion, Tech Info, Wastewater

This wastewater lift station was designed to meet the standards of the Lakehurst Naval Air Station while remaining cost effective. A duplex pump configuration utilized submersible 7.5 HP Weil Slicer Pumps to handle suspended solids in the sewage. A UL listed control panel was designed and manufactured in a NEMA 4 enclosure for outdoor operation. Nolta floats were used for the in-well liquid level sensing. The below-grade structural components were designed and supplied precast concrete vaults painted with a marine epoxy exterior coating to prevent moisture incursion.

Federal Law Enforcement Training Center

Federal Training Center|Bruswick, GA|40 GPM - 15' TDH

jweddell5gpm - 50gpm, Eastern, Military Installations, Municipal Collection, Municipal Lift Station Replacement, Wastewater

This was a true lift station replacement by installing a new package lift station “in the hole” of the removed wet well. Submersible pumps in a duplex configuration were included to meet the low sewage flows from the federal training facility. The system valves were installed in the discharge piping inside the wet well to reduce cost and simplify the system. An outdoor alternator panel handles the controls for this package lift station. It was designed with floats for liquid level sensing and a basic alarm.

V.C. Summer Nuclear Station

V.C. Summer Nuclear Station|Jenkinsville, SC|35 GPM - 33.6' TDH

jweddell5gpm - 50gpm, Eastern, HRSG Blowdown, HRSG Pumping, Power Generation, Process Water

This package lift station was configured to handle low flows of industrial process water used for nuclear power generation. This lift station was one of the earliest systems to be installed during the construction of two new reactors at the plant. Submersible grinder pumps in a duplex configuration and a below grade valve assembly comprise the principal mechanical operations of the station. An outdoor control panel utilizes floats for primary liquid level-sensing, and an autodialer for communications and alarm notification.