Fort Gibson Replace Spillway Bridge
ID: W912BV25RA017Type: Solicitation
Overview

Buyer

DEPT OF DEFENSEDEPT OF THE ARMYW076 ENDIST TULSATULSA, OK, 74137-4290, USA

NAICS

Highway, Street, and Bridge Construction (237310)

PSC

CONSTRUCTION OF HIGHWAYS, ROADS, STREETS, BRIDGES, AND RAILWAYS (Y1LB)
Timeline
    Description

    The Department of Defense, through the Department of the Army, is soliciting bids for the replacement of the Spillway Bridge at Fort Gibson. This project involves significant construction work under the NAICS code 237310, focusing on highway, street, and bridge construction, and includes multiple amendments that update specifications, drawings, and wage determinations. The importance of this project lies in enhancing infrastructure and ensuring safety in transportation networks. Interested contractors should note the revised site visit scheduled for 2:00 PM CST on August 18, 2025, and can reach out to Tyler Godwin at tyler.l.godwin@usace.army.mil or Dario Rissone at Dario.M.Rissone@usace.army.mil for further details.

    Files
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    The document outlines a Project Labor Market Survey for the Fort Gibson Replace Spillway Bridge project in Oklahoma, focusing on the utilization of Project Labor Agreements (PLAs). It seeks information regarding prior local projects that employed PLAs, including project specifics such as name, location, cost comparisons, timeline adherence, labor trades, challenges encountered, and the use of PLAs. The survey also probes for skilled labor shortages and the availability of the local workforce, while seeking insights on collective bargaining agreements that may affect project timelines. Furthermore, it inquires into the potential benefits and drawbacks of PLAs in relation to federal procurement efficiency and project costs, including their impact on small business participation. The timing for submitting a signed PLA is also addressed, proposing options for submission either with proposals or post-award. Overall, the document aims to gather comprehensive data to guide decisions on utilizing PLAs for efficient project execution.
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