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 Port River Expressway Bridge

Overview

 

The Port River Expressway project was the first stage of a $1 billion program of works initiated by the South Australian Government.  The improvements reinforce the Port of Adelaide as a vibrant centre of activity and world-class import/export hub for South Australia.

 

Solution 

SAGE was awarded the contract to provide the Plant Management and Control System (PMCS), which monitors and controls the functions of the bridges. 

The PMCS has been designed with remote operation being a key criterion; hence the system architecture was selected to provide a robust, high speed interface capable of operating over long distances, on the existing infrastructure.  To achieve this, an Ethernet network was selected as the backbone of the communication system.

The bridge control PLCs (located locally at each bridge) are from the Allen Bradley ControlLogix family enabling excellent Ethernet communications capability.  The SCADA system selected was Citect, to provide system redundancy with multiple computers. 

Result

The PMCS interfaces with the Transport SA’s Traffic Management System (TMS), providing status information for the bridges and allowing the automatic opening and closing of the bridges through the TMS system.

The PMCS was designed to address many challenging requirements and be fail-safe.  At the time of its development it was one of the first control systems designed to allow remote operation of a bridge.  It was designed to allow remote operation, local control or emergency control modes.

In 2010 SAGE was recognised for the project, winning the Process and Control Engineering (PACE), Infrastructure Category award

 
SectorInfrastructure
CapabilitiesDesign; PLC/SCADA; Safety; Motion; Industrial IT; Manufacture; Project Delivery
Value
ClientNilsen
Partners
LocationsPort Adelaide, South Australia
“Attention to detail during factory acceptance testing was a significant factor in the project success” Rod Garrett, Project Manager Nilsen
  • ​Design development and design management
  • Estimating, cost planning, scheduling and procurement management
  • SCADA and PLC control programming, redundant design, debugging and networking
  • Interfacing multiple systems and communication protocols
  • Low/medium voltage electrical design/installation
  • Meeting unique complex technical requirements
  • Project Management with seamless interfacing between stakeholders and relevant authorities  
  • Risk management and mitigation