Sydney Kingsford Smith Airport - Project Overview
Security Screening & Pier B Bussing Upgrades
 Client: Johnson Controls
Completion Status: Completed 2025
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Integrata delivered two concurrent BMS and HVAC controls projects within operational areas of Sydney International Airport in partnership with Johnson Controls — both completed in 2025. Works spanned the T1 Main Screening Security Upgrade and the Pier B Bussing mechanical systems upgrade, with the majority of works undertaken after-hours by security-cleared personnel under strict operational staging and access requirements.
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T1 Main Screening Security Upgrade:
The T1 scope involved BMS installation and controls infrastructure works associated with HVAC systems serving critical airport screening environments.
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New BMS control panels, enclosures, and Johnson Controls network control engines
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BACnet MSTP communications infrastructure and control cabling
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Integration of HVAC mechanical plant and field devices including zone temperature sensors, differential pressure switches, duct static pressure transmitters, and current switches
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Point-to-point testing and commissioning support within occupied operational spaces and curfew zones
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Pier B Bussing BMS Upgrade:
The Pier B scope involved a Johnson Controls Metasys BMS deployment across multiple air handling systems and mechanical plant serving airport bussing and passenger movement infrastructure.
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BMS installation and integration across AHU-1 through AHU-12, FCU systems, lift ventilation, exhaust fans, and VSD-controlled mechanical plant
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Johnson Controls Metasys platform with BACnet MSTP field controllers integrated to supervisory controllers and third-party systems
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BACnet/IP, Modbus, Schneider CRAC, and Mitsubishi HLI integrations
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Field device installation including duct COâ‚‚ sensors, humidity transmitters, differential pressure switches, temperature sensors, Belimo valve and damper actuators, and fan status monitoring devices
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MSSB mechanical interfaces and VSD speed control systems
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COâ‚‚, differential pressure, and temperature and humidity monitoring throughout
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Both projects were coordinated closely with airport operations teams across overlapping delivery programmes within live, security-controlled passenger environments.





