Refurbish/Repaint Antenna Towers

Closed Solicitation Posted

This opportunity was awarded. See the award notice from .

Solicitation number
697DCK-26-R-00351
Agency
Southwestern Region Federal Aviation Administration, Department of Transportation
Responses due
Set-aside
Total Small Business

Opportunity facts

NAICS code
238320 Painting and Wall Covering Contractors
PSC
Z1BG Maintenance Of Electronic And Communications Facilities
Place of performance
Shelton, Connecticut, United States
Points of contact

Notice details come from SAM.gov. Updated .

About this opportunity

The Federal Aviation Administration Southwestern Region seeks refurbishment and repainting of four antenna towers (three 75-foot and one 200-foot) located in Shelton, Connecticut, with proposals due July 20 at noon Eastern Time. This procurement is a total small business set-aside under NAICS 238320 (Painting and Wall Covering Contractors).

Place of performance is Shelton, Connecticut. The scope requires surface preparation per SSPC standards (SP-2, SP-3, and SP-11 where necessary) with hazardous materials abatement; the FAA has confirmed the presence of lead-based paint, polychlorinated biphenyls (PCBs), chromium, and cadmium on all towers. Contractor personnel performing surface preparation must be trained, licensed, and hold a minimum of five years' experience in safe abatement, handling, and disposal of these hazardous materials on projects of similar scope and complexity. All work must comply with EPA, SSPC/AMPP, OSHA, Connecticut Department of Energy and Environmental Protection requirements, and Davis-Bacon wage rates. The contractor must submit a comprehensive Health and Safety Plan, Accident Prevention Plan, Waste Management Plan, and Fire Prevention Plan prior to work start. Work must begin within five calendar days of notice to proceed and complete within 90 days; operations are restricted to 7:00 AM through 3:00 PM Monday through Friday, with only one tower worked at a time due to communication interference concerns. Site access requires FAA escort at all times.

The estimated project magnitude is $250,000 to $350,000. Performance bonding is required if the proposal exceeds $150,000. Award will be made on a Lowest Price Technically Acceptable (LPTA) basis. Evaluation factors include completeness of offer documentation (Factor 1), technical proposal with detailed schedule and approach (Factor 2), and past performance demonstrating five years' experience on similar projects (Factor 3). Offerors must submit at least two Past Performance Questionnaires for the prime contractor and any major subcontractors performing at least 25 percent of effort, referencing contracts of similar magnitude ($75,000–$250,000) completed within the last five years. Questions were due July 13; Amendment 01, issued July 16, clarified bonding thresholds and released official questions and answers.

Notice text

2 versions

Update #2 · Latest ·

Purpose of Amendment 01 is to release the official question and answer (Q&A) and provide clarification on bonding requirements as follows:

FIRST:  When it comes to bonding and if it is required with your proposal, the answer is yes if your proposal exceeds the threshold of $150,000.00.  There was a discrepancy discovered between between pages 03 and 77 of the solicitation.  Therefore, the amount found on page 77 is incorrect and should read as the following:

L.2 REQUIRED DOCUMENTS

The Offeror MUST return the following completed documents as part of its offer to be considered eligible for award.

FACTOR 1: OFFER AND OTHER DOCUMENTS

1.Cover letter stating that no exceptions are taken to any specification requirements or contract terms and condition, or detailed summary of all exceptions taken.

2. Signed SOLICITATION, OFFER AND AWARD form and acknowledgement of any issued amendments.

3. Price proposal that includes all costs necessary to perform all work in accordance with each associated Statement of Work (SOW), and the Davis Bacon Wage Rates. All these attachments can be found in Section J.

4. Section K, Representations, Certifications, & Other Statements of Offerors.

5. Certificate of Liability from your insurance company that shows you can meet the requirements identified in this solicitation.

6. Performance bonding is required if your proposal exceeds $150,000.00.

This has also been further explained in attachment J-3, Official Question and Answers for 697DCK-26-R-00351. 

********************************

SECOND:  Attachment J-3, Official Question and Answers for 697DCK-26-R-00351 is hereby released. 

********************************

THIRD: The due date for proposals remains unchanged: Noon (Eastern Time) on July 20, 2026.

********************************

FOURTH:  All other terms and conditions remain unchanged and in full effect.

SCOPE OF WORK:
1. Surface preparation:
i. Remove any visible oil, grease or salt contaminants.

ii. All steel surfaces must be prepared in accordance with SSPC-SP 2 (Hand Tool Cleaning), SSPC-SP 3 (Power
Tool Cleaning) and SSPC-SP 11 (Power-Tool Cleaning to Bare Metal) Standards. SP11 must only take place when
necessary. Following hand and power tool cleaning, all surfaces must be brushed, blown clean with compressed air
or vacuumed to remove all dust, and debris before the application of any coating. The Contractor must prevent the
migration of debris, paint chips and dust to adjacent properties. All debris must be collected at the end of each
workday. No debris must be left on-site overnight, and the premises must be returned to a clean condition upon
completion of work.

iii. Hazardous Materials Requirements: The FAA completed lead, heavy metal (chromium and cadmium) and
polychlorinated biphenyl (PCB) sampling on the 75’ towers which were found to be detected. The contractor must
review the attached sampling report to ensure awareness of the presence of hazardous materials and must ensure that
all surface preparation work must comply with all local, state and federal requirements.

1. Summarized Results:

  •  Tower A: Detected lead-based paint, polychlorinated biphenyls, chromium and cadmium.
  •  Tower B: Detected lead-based paint, chromium and cadmium. PCBs were found to be not detected but Contractor must assume PCBs are present.
  • Tower C: Detected lead-based paint, polychlorinated biphenyls, chromium and cadmium.
  • Tower references are shown in a diagram in the last page of the sampling report.

a.  Contractor must submit on a project specific Health and Safety Plan mitigating all hazard identified in the tower sampling report. All work must be completed in accordance with OSHA, EPA, SSPC/AMPP Standards and all other relevant standards. The Contractor must have a class 3P containment to prevent debris from spreading outside the worksite. See submittal section for all required submittals.
b.  All waste must be disposed according to Connecticut Department of Energy and Environmental Protection and EPA regulations and disposed at waste facilities that accept the associated hazardous materials.
c. Contractor must provide a manifest in accordance with all federal, state and local standards.


2. Spot Prime Coat: All bare steel surfaces must receive one spot prime coat of Tnemec Series 135 Chembuild epoxy, or approved equal, in color 1243 Metallic Aluminum at 4-6 mil Dry Film Thickness (DFT). Follow all manufacturer requirements.


3. Full coat: Apply full coat of Tnemec Series 135 Chembuild epoxy, or approved equal, in color DC74 Off-White at 4-6 mil DFT on all exterior surfaces. Follow all manufacturer requirements.


4. Full Finish Coat: Apply one full finish coat of Tnemec Series 1095 Endura-Shield polyurethane, or approved equal, at 2.5-3.5 mils DFT on all exterior surfaces. Follow all manufacturer requirements.


5. The towers are equipped with a ladder and rail combination MSA dynaglide ladder safety system. The ladder safety system is hot dip galvanized, approximately 15 years old and in good condition. The contractor must only prepare and coat the ladder where it mounts to the tower. The Contractor must remove any paint that is mistakenly placed inside the fall arrestor channel, so it does not affect the performance of the system.


6. Remove rust at the conduit threads at the base of each tower. Coat with above coating system.


7. Measure thickness of coatings according to SSPC-PA 2. Take 4 sets of 3 individual readings per tower for each coat. Provide to the FAA copies of these results.


8. Apply new silane concrete sealer to existing exposed concrete foundation surfaces.


9. At the base of each tower is a bare #6 ground, partially in rigid conduit, that is clamped to a tower leg with a washer and structural bolt. Remove the #6 and associated rigid conduit to 1.5’ below grade. Remove the existing bolt that was used to clamp the #6 and replace with an ASTM A325 bolted connection to include bolt, hardened washer, nut and palnut. Bolted connection must be
hot dip galvanized. Contractor to verify dimensions on site.


10. Contractor must install a new hot dip galvanized 1/4” thick A36 steel plate in the middle of the platform on each
tower. Plate dimension is approximately 2.5’x2.5’. The purpose of the steel plate is to cover an existing hole in the
platform where a piece of equipment was removed. Redrill the existing six 3/8” bolt holes to ½” and install new ASTM A325 bolted connection.  Contractor must verify and review all dimensions with the FAA. Contractor must remove the existing 3 metal strips
and six bolts that currently cover the platform opening.


11. The Contractor must review the provided as builts to ensure construction operations do not impact any existing equipment. The Contractor must protect the underground communication cables that travel from each tower to the stub ups at the building from heavy equipment.


12. The Contractor must be aware and plan for project phasing requirements that are listed below in the SOW.


13. Potential Additional Work (Contract Option #1): The Contractor must provide separate line-item pricing as part of their base bid proposal to coat the 200’ hot dip galvanized steel lattice tower. Based on funding, this option may or may not be added to the contract.

Update #1 ·

SCOPE OF WORK:
1. Surface preparation:
i. Remove any visible oil, grease or salt contaminants.

ii. All steel surfaces must be prepared in accordance with SSPC-SP 2 (Hand Tool Cleaning), SSPC-SP 3 (Power
Tool Cleaning) and SSPC-SP 11 (Power-Tool Cleaning to Bare Metal) Standards. SP11 must only take place when
necessary. Following hand and power tool cleaning, all surfaces must be brushed, blown clean with compressed air
or vacuumed to remove all dust, and debris before the application of any coating. The Contractor must prevent the
migration of debris, paint chips and dust to adjacent properties. All debris must be collected at the end of each
workday. No debris must be left on-site overnight, and the premises must be returned to a clean condition upon
completion of work.

iii. Hazardous Materials Requirements: The FAA completed lead, heavy metal (chromium and cadmium) and
polychlorinated biphenyl (PCB) sampling on the 75’ towers which were found to be detected. The contractor must
review the attached sampling report to ensure awareness of the presence of hazardous materials and must ensure that
all surface preparation work must comply with all local, state and federal requirements.

1. Summarized Results:

  •  Tower A: Detected lead-based paint, polychlorinated biphenyls, chromium and cadmium.
  •  Tower B: Detected lead-based paint, chromium and cadmium. PCBs were found to be not detected but Contractor must assume PCBs are present.
  • Tower C: Detected lead-based paint, polychlorinated biphenyls, chromium and cadmium.
  • Tower references are shown in a diagram in the last page of the sampling report.

a.  Contractor must submit on a project specific Health and Safety Plan mitigating all hazard identified in the tower sampling report. All work must be completed in accordance with OSHA, EPA, SSPC/AMPP Standards and all other relevant standards. The Contractor must have a class 3P containment to prevent debris from spreading outside the worksite. See submittal section for all required submittals.
b.  All waste must be disposed according to Connecticut Department of Energy and Environmental Protection and EPA regulations and disposed at waste facilities that accept the associated hazardous materials.
c. Contractor must provide a manifest in accordance with all federal, state and local standards.


2. Spot Prime Coat: All bare steel surfaces must receive one spot prime coat of Tnemec Series 135 Chembuild epoxy, or approved equal, in color 1243 Metallic Aluminum at 4-6 mil Dry Film Thickness (DFT). Follow all manufacturer requirements.


3. Full coat: Apply full coat of Tnemec Series 135 Chembuild epoxy, or approved equal, in color DC74 Off-White at 4-6 mil DFT on all exterior surfaces. Follow all manufacturer requirements.


4. Full Finish Coat: Apply one full finish coat of Tnemec Series 1095 Endura-Shield polyurethane, or approved equal, at 2.5-3.5 mils DFT on all exterior surfaces. Follow all manufacturer requirements.


5. The towers are equipped with a ladder and rail combination MSA dynaglide ladder safety system. The ladder safety system is hot dip galvanized, approximately 15 years old and in good condition. The contractor must only prepare and coat the ladder where it mounts to the tower. The Contractor must remove any paint that is mistakenly placed inside the fall arrestor channel, so it does not affect the performance of the system.


6. Remove rust at the conduit threads at the base of each tower. Coat with above coating system.


7. Measure thickness of coatings according to SSPC-PA 2. Take 4 sets of 3 individual readings per tower for each coat. Provide to the FAA copies of these results.


8. Apply new silane concrete sealer to existing exposed concrete foundation surfaces.


9. At the base of each tower is a bare #6 ground, partially in rigid conduit, that is clamped to a tower leg with a washer and structural bolt. Remove the #6 and associated rigid conduit to 1.5’ below grade. Remove the existing bolt that was used to clamp the #6 and replace with an ASTM A325 bolted connection to include bolt, hardened washer, nut and palnut. Bolted connection must be
hot dip galvanized. Contractor to verify dimensions on site.


10. Contractor must install a new hot dip galvanized 1/4” thick A36 steel plate in the middle of the platform on each
tower. Plate dimension is approximately 2.5’x2.5’. The purpose of the steel plate is to cover an existing hole in the
platform where a piece of equipment was removed. Redrill the existing six 3/8” bolt holes to ½” and install new ASTM A325 bolted connection.  Contractor must verify and review all dimensions with the FAA. Contractor must remove the existing 3 metal strips
and six bolts that currently cover the platform opening.


11. The Contractor must review the provided as builts to ensure construction operations do not impact any existing equipment. The Contractor must protect the underground communication cables that travel from each tower to the stub ups at the building from heavy equipment.


12. The Contractor must be aware and plan for project phasing requirements that are listed below in the SOW.


13. Potential Additional Work (Contract Option #1): The Contractor must provide separate line-item pricing as part of their base bid proposal to coat the 200’ hot dip galvanized steel lattice tower. Based on funding, this option may or may not be added to the contract.

Attachments

Notice history

Notices posted for this opportunity, newest first
Notice Type Posted
Refurbish/Repaint Antenna Towers Award Award Notice
Refurbish/Repaint Antenna Towers This notice · Latest solicitation Solicitation

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