25QB083 PWS Compressor 14Aug25.docx

Performance Work Statement (PWS) Air Compressor System Procurement for Parick Space Force Base Hangar 24 June 25

1.0 Scope

The objective of this requirement is to furnish and deliver a complete air compressor system suitable for installation and operation. This system shall support mission-critical operations by providing a reliable source of compressed utility and breathing air.

2.0 Background

The hangar operations require a high-efficiency, low-maintenance compressed air solution to support various applications. The system shall include rotary air compressors, an air receiver tank, air dryer, and filtration components, all compliant with USAF standards and energy-efficient specifications.

3.0 Requirements

3.1 Equipment Specifications

The contractor shall provide equipment that meets or exceeds the following minimum requirements:

· QGV Rotary Air Compressor

· 100 HP

· Capacity: Minimum 466.6 ACFM at 125 PSIG

· TEFC motor, variable speed drive, 10-year air end warranty

· Sound level: Max 75 dB(A)

· QOF-10 Oil-Free Scroll Compressor

· 10 HP

· Max Pressure: 145 PSIG

· Capacity: Minimum 24.2 ACFM

· Integrated refrigerated dryer

· ISO 8573-1 Class 0 certified

· Reciprocating Air Compressor

· 20 HP

· 64 ACFM @ 175 PSIG

· Mounted on a 120-gallon tank

· ODP premium efficiency motor

· Air Receiver Tank

· Capacity: 400 gallons

· Max Pressure: 165 PSIG

· Vertical configuration

· Compressed Air Dryer

· Capacity: 530 CFM

· Dew Point: 39°F

· Zero-loss drain and diagnostic display

· Compressed Air Filter

· Capacity: 700 CFM

· Filtration Rating: 0.003 PPM

· ISO-compliant housing

3.2 Delivery and Installation

· Delivery shall be FOB destination to the designated USAF facility in Melbourne, Florida.

· Installation key requirements

· Concrete equipment pads are mandatory, built to applicable codes and Patrick SFB (PSFB) standards. All compressor equipment must be securely anchored to these pads. Vibration isolation mounts are required “as necessary” to minimize noise and vibration.

· Electrical connections to existing power must comply with all applicable codes and PSFB standards. A qualified licensed electrician must perform all electrical connections. Dedicated circuits will power the equipment terminating in a wall mount disconnect box using flexible conduit. Final connections from the compressor to the disconnect box must be made be the compressor installer.

· Air distribution connections to existing air distribution lines must maintain system integrity and efficiency. All air distribution connections both for utility air and breathing air must adhere to applicable OSHA, UCF and PSFB standards.

· Air inlet/exhaust louvers must be inspected to verify proper operation, adequate air flow, proper sealing and compliance with applicable codes and PSFB standards.

· Remote monitoring is not required; the equipment’s existing monitoring capabilities should be enabled.

· Piping runs should be secure and installed in accordance with PSFB standards. Standards to be provided.

· Important considerations; compliance with standards is paramount.

3.3 Documentation The contractor shall provide the following:

· Technical manuals and warranty documents

· Dimensional drawings and maintenance guidelines

· Certification of ISO compliance for oil-free compressor components

· Certification of the breathing air system in accordance with applicable OSHA, UCF and PSFB standards. Acceptance sampling by Base Bioenvironmental Engineering is required before initial use.

4.0 Place of Performance Delivery Address:

Patrick Space Force Base

5.0 Warranty

Equipment must include the manufacturer’s standard warranties, including a 10-year warranty and 1-year full unit warranty, where applicable.