SOURCES SOUGHT
Z -- Repair Civil Engineering Headquarters Heating System
- Notice Date
- 7/24/2008
- Notice Type
- Sources Sought
- NAICS
- 238220
— Plumbing, Heating, and Air-Conditioning Contractors
- Contracting Office
- Department of the Air Force, Pacific Air Forces, 354 CONS - Eielson, 354 Broadway St, Unit 5B, Eielson AFB, Alaska, 99702-1887
- ZIP Code
- 99702-1887
- Solicitation Number
- FA5004-08-R-C018
- Point of Contact
- Gregory T Johnson,, Phone: 907 377-7061
- E-Mail Address
-
gregory.johnson@eielson.af.mil
- Small Business Set-Aside
- N/A
- Description
- Repair CE Headquarters Heating System Location of work: Eielson AFB, Alaska THIS IS A SOURCES SOUGHT ONLY for Repair CE Headquarters Heating System on Eielson AFB, Alaska. OFFERS OR PROPOSALS WILL NOT BE ACCEPTED. THIS IS NOT A PRESOLICITATION OR SOLICITATION. The contractor shall provide all personnel, labor, equipment, supervision and tools necessary to: Install a complete, operational glycol heating system in building 2258 that will meet the heating demands of the building and adjust the glycol supply temperature based on outside air temperature to maintain a comfortable working environment with easily accessible thermostat controls for the building occupants. The system must be capable of providing an indoor air temperature of 74ºF when the outdoor air temperature is -60 ºF (unless otherwise specified) and allow effective control to maintain comfortable indoor temperatures when the outside air temperature reaches 0F to 45F. The heating system must extend throughout all four floors in the main portion of the building and integrate completely with the equipment previously installed for the glycol system. The work will also provide and install a new metered high pressure steam supply line and associated condensate return line between the existing basement steam mechanical room and the new heat exchanger mechanical room. The system will include appropriate drip legs, end of line traps, and a pressure-powered condensate station. The project was designed in a phased approach to allow phased implementation. Ideally all the phases will be completed at once, but the design is broken out as follows: Phase 1: install steam pressure reducing, steam flow control, and steam-powered condensate return stations in the mechanical room WORK TO BE COMPLETED IN 2008. Phase 2: connect high-pressure steam service to the pressure reduction station installed in Phase 1. Install a new unit heater in the Drawing Vault (room adjacent to the mechanical room). Install the glycol header piping, and install controls to create a functioning system. To provide high-pressure steam service to the mechanical room, a tee connection will be installed upstream of the existing pressure reduction station and plumbed to the 5-inch low pressure steam line. This line will be converted to high pressure steam service during this phase (Note–high pressure steam service is required to operate the new steam-powered condensate return station). This phase will require limited asbestos abatement to tie-in the 5-inch steam line to the 3 ½ -inch steam line emanating from the utilidor. Phase 3: install a new glycol supply/return loop piping system in the second floor ceiling, install new fin tube heating elements on the second and third floors, plumb the new fin tube heating elements to the glycol loop piping, and plumb the glycol loop to the glycol supply and return header located in the mechanical room. Lateral low pressure steam piping serving the second and third floors will be cut and capped during this phase, allowing low-pressure steam heat in the basement and first floor until phase 4 implementation. This phase will require limited asbestos abatement where the low pressure steam lateral lines are cut and capped. Phase 4: remove the existing 3-inch steam distribution header located in the basement ceiling, install a new glycol supply/return loop piping system in the basement ceiling, install new fin tube heating elements in the basement and first floors, and plumb the new fin tube heating elements to the glycol loop piping. The existing steam pressure reduction station will be demolished during this phase. In addition, the existing condensate return line will be replaced from the mechanical room to the utilidor connection. This phase will require asbestos abatement to remove the existing steam distribution header and condensate return line. Work will be conducted during non-working hours (i.e., nights and weekends) to the extent practical to avoid disruption of building occupants and to allow efficient work execution. Contractor shall comply with commercial and industry standards, and all applicable federal, state and local laws, regulations and procedures. The magnitude of this project is between $1,000,000 and $5,000,000. (based upon FAR 36.204). The intent of this Sources Sought is to research qualified 8(a) firms with a primary NAICS code of 238220 for this upcoming acquisition. Interested 8(a) firms should submit to the point of contact listed below information regarding their company. The information we are seeking is company name, point of contact with phone number, fax and e-mail, and relevant work experience with similar projects. Send all information via email to: gregory.johnson@eielson.af.mil. Information must be submitted no later than 1600 hours Alaska Standard Time, Monday, 28 July 2008.
- Web Link
-
FedBizOpps Complete View
(https://www.fbo.gov/?s=opportunity&mode=form&id=ffed189345f05d4297cb4737d3d12bdd&tab=core&_cview=1)
- Place of Performance
- Address: Civil Engineering Headquarters Building, Eielson AFB, Alaska, 99702, United States
- Zip Code: 99702
- Zip Code: 99702
- Record
- SN01622231-W 20080726/080724222525-ffed189345f05d4297cb4737d3d12bdd (fbodaily.com)
- Source
-
FedBizOpps Link to This Notice
(may not be valid after Archive Date)
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