SAM #1305M226Q0187

NOAA/NIST Biorepository Air Handling Unit Replacement and Commissioning

NOAA's National Ocean Service at the Hollings Marine Laboratory is seeking a contractor to replace a critical Air Handling Unit (AHU) serving the NIST Biorepository. - Government Buyer: - Department of Commerce, National Oceanic and Atmospheric Administration (NOAA), National Ocean Service (NOS), Hollings Marine Laboratory (HML) - Scope of Work: - Lifecycle replacement of one existing AHU, including removal, installation, and integration with the current Honeywell Tridium Building Automation System (BAS) - The new AHU must be modern, high-efficiency, and compatible with existing infrastructure - Must meet or exceed specified performance standards for airflow, cooling, heating, filtration, humidification, and construction suitable for coastal environments - Products/Services Requested: - 1 Air Handling Unit (AHU) replacement (no specific OEM, part number, or model specified) - Testing, Adjusting, and Balancing (TAB) services by a certified third-party - Commissioning and acceptance services, including startup validation, functional performance testing, and delivery of as-built documentation - On-site operator training for government personnel, including walkthroughs, BAS interface training, and O&M manual delivery - Unique/Notable Requirements: - Strict environmental and safety controls to support clean-room contamination control for research programs - Integration with Honeywell Tridium BAS - All work must comply with Federal, state, mechanical, and safety codes - Contractor must provide warranties, certified TAB reports, and comprehensive closeout documentation

Description

The purpose of this acqusition package is to replace an aging AHU to restore reliable, code-compliant environmental control; reduce operational and contamination risk; maintain environmental stability; and ensure continued compliance with applicable Federal, state, mechanical, and safety code requirements. Replacement of the AHU with a modern, high-efficiency system will support clean-room contamination control needs, improve energy performance, and ensure continued mission capability for NOAA and NIST research programs.

View original listing