140E0121R0004-0001_0001.pdf
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- Attached to
- Oil Spill Boom Computational Fluid Dynamics and Ph Federal contract opportunity
- Solicitation number
- 140E0121R0004
About this file
This solicitation requests proposals for an oil spill boom computational fluid dynamics and physical modeling study to be conducted for the Department of the Interior Bureau of Safety and Environmental Enforcement. The selected contractor will identify a minimum of three boom technologies to be assessed at multiple scales through computational fluid dynamics modeling and physical testing at Ohmsett, the national oil spill response research facility. The contractor will procure scaled boom models, conduct towing tests at Ohmsett to determine oil loss speeds, perform CFD modeling, and analyze collected data to compare modeling results to physical testing and determine the effect of scale on test outcomes. The contractor must plan and budget for travel costs associated with leading a three-week testing period at Ohmsett. Proposals are due by the date specified in the solicitation number 140E0121R0004.
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Other files for this federal contract opportunity
| File | Type | Posted |
|---|---|---|
| Sol_140E0121R0004_Amd_0002.pdf | ||
| B09 Q and A_0002.xlsx | XLSX spreadsheet | |
| Sol_140E0121R0004_Amd_0001.pdf | ||
| Sol_140E0121R0004.pdf | ||
| 140E0121R0004.pdf |
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Text version
Solicitation Number 140E0121R0004-0001
Attachment, Page 2 of 2
Page 7 SOO Replacement page.
3.1 Identify a minimum of three unique boom technologies that will be used for the project activities. These technologies should represent standard boom systems used by Oil Spill Removal Organizations for response operations. BSEE will provide inputs to the selected technologies and have final approval on the chosen technologies. The Offeror’s proposal shall specify the number of unique boom technologies that will be assessed (minimum of three) and propose a preliminary list of possible technologies with reasons for their inclusion.
3.2 Work with boom manufacturer(s) to procure each boom design at multiple scales (three four scales). The largest scaled model size should be as close to full scale as possible while still being able to be tested at
Ohmsett. The scaled boom modules will be government owned and retained at Ohmsett after the project.
3.3 Conduct testing of the scaled models at the Ohmsett facility to assess the tow speeds at which they begin to lose oil (first loss tow speed and gross loss tow speed.) It is anticipated that the tests will be conducted over a three-week timeframe at Ohmsett. BSEE and contractor will schedule Ohmsett tests after contract award.
BSEE will fund the Ohmsett test costs separately. However, the Offeror should include their travel costs for the testing in their proposal. The Offeror should plan to have the boom modules shipped to Ohmsett for the tests. Test facilities, test oils, and Ohmsett staff support for tests will be provided. The contractor will have access to the facility’s general work areas including a conference room with WiFi, the Ohmsett test basin, kitchen and restroom facilities. Ohmsett is located on Naval Weapons Station Earle, Leonardo, NJ, and personnel conducting the tests must undergo a background check as part of the base access clearance.
Currently, foreign nationals are required to obtain a B-1 visa or a TN Classification as part of their entrance paperwork. See www.Ohmsett.com for more information about the facility.
3.4 Conduct three dimensional CFD modeling of each boom design at a minimum of one scale, or more if required to meet the project’s objective, to provide results that can be used to compare to the scaled physical model test results. The Offeror’s proposal should include details on the approach that will be used for the
CFD modeling including model assumptions, and how the impact of those assumptions on the accuracy of the CFD modeling results will be assessed. If deemed necessary, the offeror may propose to conduct modeling of the same boom using different assumptions to assess assumptions made.
3.5 Analyze collected data to determine whether or not physical model testing produces consistent results at various scale factors and how CFD modeling results compare to physical scale model test results.
4 Management, Planning, and Reporting
The Contractor shall implement a full range of science and engineering activities as required to meet the objectives of this contract. The Contractor shall supply all labor, equipment, and materials necessary to accomplish the work.
http://www.ohmsett.com/
File details come from the government source that posted it. Updated .