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Scope of Work CO2 Cylinder Inspection Hydrostatic Testing & Recertification Albeni Falls Dam | Seattle District U.S. Army Corps of Engineers 1. General: This contract is to provide inspection and recertification items and services for high-pressure carbon dioxide cylinders used in a fire suppression system at Albeni Falls Dam (AFD). 2. Description of Services: Contractor is to provide all parts, labor, materials, personnel, transportation (pickup from and delivery to AFD), perform hydrostatic testing, and refilling of the CO2 cylinders as described in this scope of work (SOW). AFD and the government invoke the requirements of the Code of Federal Regulations 49 CFR 180.205, General Requirements for Requalification of Specification Cylinders, as applicable. 3. Type of Contract: Firm Fixed Price 4. Background: The cylinders of this contract supply pressurized CO2 to the fire suppression system in AFD's electrical power generation units. The system uses 48-each, 75-pound CO2 cylinders. During normal operation, 48 cylinders are connected to the system, and a minimum of 48 spare cylinders are held in reserve. AFD has approximately 14 extra cylinders for a total of 62 cylinders that may require evaluation. 5. Period of Performance: The contractor shall begin work immediately after notice of award and finish no later than 30 June 2026. 6. Place of Performance: Cylinder pickup and delivery will take place at: Albeni Falls Dam Powerhouse Entrance 2376 East Highway 2 Oldtown, Idaho 83822 Please note that pickup and delivery shall occur Monday through Thursday, from 7:00 AM until 3:30 PM. AFD personnel will stage the cylinders for the Contractor at or near the public entrance. No pickups and deliveries are allowed on Fridays, Saturdays or Sundays or on federal holidays. 7. Points of Contact for Invoicing: See attached Scope of Work. 8. Scope of Work: Offeror shall quote each of the following CLINs. 8.1. CLIN 001 – Transport, Evaluation & As-found Reporting • Take possession of CO2 cylinders at Albeni Falls Dam. Total quality may vary depending on the number of cylinders available. There will be at least 48 cylinders and at most 62 cylinders. • Transport the cylinders to Contractor's facility. • Empty each cylinder, reclaiming the CO2. • Remove valve, visually inspect cylinder inside and out for pitting, corrosion or other damage. • Fill each cylinder with water and hydrotest each cylinder to 150% of the normal working pressure. • Measure the expansion of each cylinder. If the allowable limit of permanent deformation is exceeded, mark the cylinder as unserviceable. • Make the overall determination of each cylinder's integrity and fitness for service and document accordingly. • Evaluate each valve, determine if rebuilding is possible. If not, note that valve replacement is required. • Compile an as-found inspection report for each cylinder. One report is adequate for the entire lot, but each cylinder shall be identified by serial number or most recent recert…
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