Opportunity
Keene Publicpurchase #01-26-08
City of Keene Martel Court Sewer Pump Station Bypass Force Main Project
Posted
April 22, 2026
Respond By
May 28, 2026
Identifier
01-26-08
NAICS
237110, 237990
This opportunity involves the City of Keene's Martel Court Sewer Pump Station Bypass Force Main Project: - Government buyer: City of Keene, Cheshire County, New Hampshire - No specific OEMs or commercial vendors are named in the solicitation - Products and infrastructure requested: - Approximately 300 linear feet of 24-inch sewer force main - Force main valves and a valve vault - 60-foot open cut force main installation across the Branch Stream - 110 linear feet of 12-inch ductile iron gravity sewer (removal and replacement) - 3,820 square feet of hard armor embankment and sewer pipe crossing protection - Services required: - Selective demolition, removal, and replacement of process piping, valves, flow meters, fittings, supports, and ancillary infrastructure - Site work including restoration, erosion controls, testing, coffer dam, paving, loam and seed, dewatering, and bypass pumping to maintain pump station operation during construction - All work must comply with contract documents and applicable regulations - No unique OEM or proprietary product requirements are specified
Description
The City of Keene is seeking bid proposals from qualified contractors for the Martel Court Sewer Pump Station Bypass Force Main Project. The project includes furnishing and installation of approximately 300 linear feet of 24-inch sewer force main, valves, valve vault, and ancillary infrastructure, including a 60-foot open cut force main installation across the Branch Stream. It also involves selective demolition, removal and replacement of existing process piping and infrastructure, removal and replacement of 110 linear feet of 12-inch ductile iron gravity sewer, installation of hard armor embankment and sewer pipe crossing protection, and associated site work such as restoration, erosion controls, testing, coffer dam, paving, loam and seed, dewatering, and bypass pumping to maintain operational status during construction.