Intake and Spillway Crane Rehab, Albeni Falls Dam, Oldtown, Idaho

The Seattle District, US Army Corps of Engineers requires the rehabilitation of both intake and spillway cranes including: new guard rail, access ladders, and gates; new platform, guard rail, and cable reel; new generator set; new main cab; new auxiliary cab (intake crane only); main hoist (including motors, drums, shafts, couplings, reducers, gears, bearings, brakes, etc.); trolley drive (including motors, shafts, couplings, reducers, gears, bearings, brakes, etc.), and gantry drive (including motors, shafts, couplings, reducers, gears, bearings, brakes, etc.). Optional work includes gantry drive idler and final gear sets, and main hoist upper and lower block assemblies. The project location is the Albeni Falls Dam Project near Oldtown, Idaho.

The estimated cost range for this project is $5,000,000 to $10,000,000.

This project is open to all business sizes. The North American Industry Classification System (NAICS) Code is 237990 "Other Heavy and Civil Engineering Construction," with a size standard of $33.5 million, which means that, for the purposes of this procurement, a firm is a small business if its annual average gross revenue, taken for the last 3 fiscal years, does not exceed $33.5 million. For information concerning NAICS and SBA size standards, go to http://www.sba.gov

Pursuant to Federal Acquisition Regulations (FAR), the solicitation will be available for download no earlier than 15 days following the issue date of this announcement. There is no technical information available until the issue of the solicitation via the Internet.

Issue of the solicitation will be in electronic format only. No disks or hard copy will be available. Follow the registration procedures at www.fbo.gov to receive notification of solicitation/amendment posting.

Address administrative questions to Scott Britt, Contract Specialist. Ask NO technical questions; answers to technical questions are only available through an online system during the solicitation process.