John Day Fish Pump Rehabilitation

16 June 2026 - Per RFO 14.305(b)(6), as all otherwise acceptable bids received are at unreasonable prices, it has been determined that it is necessary to cancel the invitation and reject all bids received before award but after bid opening.

W9127N26BA001 Abstract of Offers posted 21 May 2026 W9127N26BA001 Amendment 0004 posted 12 May 2026 Update: Bidder Inquiries in ProjNet will close at the end of the day (6 MAY 2026) and all responses will be posted on or before the 7th business day preceding the bid submission IAW the solicitation. W9127N26BA001 Contractor JD Fish Pump Site Visit Roster posted 4 May 2026 W9127N26BA001 Amendment 0003 posted 1 May 2026 W9127N26BA001 Amendment 0002 posted 22 April 2026 W9127N26BA001 Amendment 0001 posted 9 April 2026

The U.S. Army Corps of Engineers (USACE) Portland District is soliciting a Contract for the John Day Fish Pump Rehabilitation at John Day Dam, Oregon. The proposed project will be a Total Small Business Set-Aside, firm-fixed price (FFP) contract.

Background: Prior work on fish pump No.3 included replacement of the lower pump shaft, true-up machining of the upper pump shaft, true-up machining of the upper and lower bearing mounting flanges and spigot bores on the cover plate and diffuser, and true-up machining of the diffuser extension cone. The propeller itself had its blade tips built up with weld and re-machined a proper clearance (nominally 1/8" radial clearance) to the pit liner.

In addition, the propeller center bores were true-up machined for proper fit (0.004-0.006" clearance) to the new lower shaft.

The upper and lower bearings were fitted with greaseless bearing liners and the shafts existing stainless bearing journals were replaced with spares originally manufactured by Worthington Pump. work will be replicated for pump No.2 and possible pump No.1 and No. 3. Purpose: The project will include the removal, refurbishment, and replacement of major components of Fish Pump Units 1, 2 and 3, including but not limited to shafts, bearings, bearing brackets, and right-angle drive gearboxes.

Work will require field disassembly of existing equipment, transport of components for off-site shop repair, precision machining, fabrication of replacement parts, and final reinstallation and alignment to manufacturer specifications. The following information represents the project objectives: Removal and replacement of damaged pump shafts and bearings. Repair-by-replacement of approximately 1000 horsepower class power transmission and reduction gearbox.

Precision machining (true-up) of shafts, bearing housings, and diffuser components. Installation of greaseless bearing liners and replacement of stainless-steel bearing journals. On-site reassembly, shaft alignment, gearbox installation, and system balancing. Testing of the completed pump unit(s) to verify functional performance. Delivery of updated operation and maintenance manuals, drawings, and spare parts.