Attachment 10 L-6 Relevancy Matrix.xlsx
XLSX spreadsheet 36 KB Posted
- Attached to
- Facility Exhaust System
- Solicitation number
- FA910125RB001
About this file
Attachment 10 L-6 Relevancy Matrix is an Excel spreadsheet detailing technical capabilities, manufacturing capabilities, and integration capabilities for a prime contractor and potential partner/subcontractor for the Facility Exhaust System contract. The matrix comprehensively outlines five key areas of technical design and analysis capabilities, including air duct design, steam systems, steam ejector systems, heat exchangers, and PLC-based industrial control systems.
The matrix specifically focuses on capabilities for design, manufacturing, and integration of complex industrial systems, with detailed subcategories spanning areas such as civil/structural construction, equipment integration, utility connections, control systems software development, and instrumentation design. These capabilities are directly aligned with the Facility Exhaust System solicitation (FA910125RB001) for the Air Force Test Center Arnold Engineering Development Complex, which seeks a contractor to design, procure, and install a new exhaust system at Arnold Air Force Base in Tennessee.
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Prime
| Name of Prime Contractor | Reference 1 | Reference 2 | Reference 3 | Reference 4 | Reference 5 | ||
| Technical Capabilities | |||||||
| Design and Analysis Capability and Technical Resources | |||||||
| D1 | Design and Analysis of Air duct, expansion joints, and control/process valves (≥ 72” Ø, full vacuum to 30 psig), and associated civil/structural supports and concrete foundations. | ||||||
| D2 | Design and Analysis of Large steam systems (≥100 kpph boilers, and piping up to 14" Ø) including chemical water treatment and filtration | ||||||
| D3 | Design and Analysis of Large steam ejector systems (>20 pps, < 0.7 psia) | ||||||
| D4 | Design and Analysis of Large heat exchangers: water to air; shell and tube, etc. | ||||||
| D5 | Design and Analysis of PLC-based industrial control systems | ||||||
| Manufacturing Capability | |||||||
| M1 | Manufacture of Air duct, expansion joints, and control/process valves (≥ 72” Ø, full vacuum to 30 psig), and associated civil/structural supports and concrete foundations. | ||||||
| M2 | Manufacture of Large steam systems (≥100 kpph boilers, and piping up to 14" Ø) including chemical water treatment and filtration | ||||||
| M3 | Manufacture of Large steam ejector systems (>20 pps, < 0.7 psia) | ||||||
| M4 | Manufacture of Large heat exchangers: water to air; shell and tube, etc. | ||||||
| M5 | Manufacture of PLC-based industrial control systems | ||||||
| Integration Capability | |||||||
| I1 | PLC-based industrial control systems and integrations with existing control systems | ||||||
| I2 | Controls software development and modification | ||||||
| I3 | Civil/Structural construction of equipment support structural supports and concrete foundations | ||||||
| I4 | Integration of large industrial equipment such as steam boilers, steam ejectors, and large scale ducting (≥ 72” Ø) into a functioning integrated system. | ||||||
| I5 | Integration of existing utilities to industrial equipment including raw water, electrical power, and natural gas. | ||||||
| I6 | Control systems instrumentation design and integration |
&"Times New Roman,Bold"ATTACHMENT L-6 RELEVANCY MATRIX &"Times New Roman,Regular"Facility Exhaust System
FA9101-25-R-B001
Attachment 10, L-6
Partner
| Name of Partner (Subcontractor/Joint Venture) | Reference 1 | Reference 2 | Reference 3 | Reference 4 | Reference 5 | ||
| Technical Capabilities | |||||||
| Design and Analysis Capability and Technical Resources | |||||||
| D1 | Design and Analysis of Air duct, expansion joints, and control/process valves (≥ 72” Ø, full vacuum to 30 psig), and associated civil/structural supports and concrete foundations. | ||||||
| D2 | Design and Analysis of Large steam systems (≥100 kpph boilers, and piping up to 14" Ø) including chemical water treatment and filtration | ||||||
| D3 | Design and Analysis of Large steam ejector systems (>20 pps, < 0.7 psia) | ||||||
| D4 | Design and Analysis of Large heat exchangers: water to air; shell and tube, etc. | ||||||
| D5 | Design and Analysis of PLC-based industrial control systems | ||||||
| Manufacturing Capability | |||||||
| M1 | Manufacture of Air duct, expansion joints, and control/process valves (≥ 72” Ø, full vacuum to 30 psig), and associated civil/structural supports and concrete foundations. | ||||||
| M2 | Manufacture of Large steam systems (≥100 kpph boilers, and piping up to 14" Ø) including chemical water treatment and filtration | ||||||
| M3 | Manufacture of Large steam ejector systems (>20 pps, < 0.7 psia) | ||||||
| M4 | Manufacture of Large heat exchangers: water to air; shell and tube, etc. | ||||||
| M5 | Manufacture of PLC-based industrial control systems | ||||||
| Integration Capability | |||||||
| I1 | PLC-based industrial control systems and integrations with existing control systems | ||||||
| I2 | Controls software development and modification | ||||||
| I3 | Civil/Structural construction of equipment support structural supports and concrete foundations | ||||||
| I4 | Integration of large industrial equipment such as steam boilers, steam ejectors, and large scale ducting (≥ 72” Ø) into a functioning integrated system. | ||||||
| I5 | Integration of existing utilities to industrial equipment including raw water, electrical power, and natural gas. | ||||||
| I6 | Control systems instrumentation design and integration |
&"Times New Roman,Bold"ATTACHMENT L-6 RELEVANCY MATRIX &"Times New Roman,Regular"Facility Exhaust System
FA9101-25-R-B001
Attachment 10, L-4
File details come from the government source that posted it. Updated .