Franklin Street Water Main
Design and Construction Inspection
Location: Auburn, NY
Owner: City of Auburn
Status: Completed
Construction Cost: $3.5 Million
The Project:
The City of Auburn sought to replace a deteriorating circa-1933 30-inch steel water transmission main with a mile-long 30-inch ductile-iron water transmission main. The project included an easterly connection to a 10.25-million-gallon underground reservoir, a westerly connection to the primary transmission main, a path to the city’s Swift Street Filtration Plant, plus nine side-street interconnections.
Erdman Anthony was selected to provide design services, including preparing plan, specification, and bid documents. Our firm also provided construction-phase engineering, full-time resident engineering construction inspection services, and the management of geotechnical testing services.
Features/Solutions:
During the design development phase, our firm evaluated trenchless technologies as well as full replacement. Plans and specifications included push-on and mechanical joint pipe, as well as restrained joint pipe systems. Valve types included gate valves for smaller water mains and butterfly valves for mains 16-inches or larger.
Other features included:
- Hydrants
- New water services to replace old galvanized and lead piping
- Six-inch to 12-inch water main piping to establish nine side-street interconnections
During the construction phase, Erdman Anthony was responsible for conducting the prebid meeting, preparing bid tabulations, checking the contractor’s references, and making the recommendation for award.
Impacts:
Critical to the success of the construction phase and unique to this water transmission main project, a very detailed installation sequence was required to allow for a continuous and uninterrupted water supply and for the replenishment of the Franklin Street Reservoir. Our firm was responsible for the development of an eight-stage installation-sequencing plan that was executed by the contractor successfully.
The city’s water supply is now far more sustainable, operable, and reliable.
