Researchers seek pandemic freight efficiency obstacles removal


Project seen as green light to speed up deliveries in wake of Covid-19 delays

Researchers seek pandemic freight efficiency obstacles removal
Ways to raise freight productivity are being sought

 

Technology is increasingly promising to fill freight-transport data voids, with the ‘FreightSync Roadmap’ initiative the latest cab off this rank.

As part of a new national pilot program led by Curtin University, the proof-of-concept project aims to track the near-live movements of a fleet of freight vehicles via a new digital roadmap developed over the last 18 months, in conjunction with transport agencies and industry partners nationally.

The goal is to offer faster deliveries and ease traffic congestion, in light of delays caused by the Covid-19 pandemic.

The project comes 18 months after the release of a report on the concept, titled ‘Introducing the ‘FreightSync Roadmap – A Pathway to Linking Freight Vehicles and Transport Systems’.

Lead researcher Dr Charlie Hargroves, from the Curtin University Sustainability Policy Institute, said the FreightSync Roadmap had the potential to enhance the efficiency of Australia’s freight network, which remained a significant driver of the nation’s economy.


Read how BITRE is using telematics data on congestion, here


"Given the contribution to the nation’s gross domestic product, there is a real need to find ways to increase the efficiency of freight movement while improving overall traffic congestion," Hargroves said.

"Currently, freight vehicles are effectively invisible to the traffic management system with transport agencies largely relying on periodic surveys to get a glimpse of how they move around our streets.

"Through the use of a trusted ‘freight observatory’ that collects near real-time data via strict consent agreements, the FreightSync Roadmap offers a clear and progressive approach to sharing vital data between the private freight and logistics sector and transport agencies to ultimately ease traffic congestion, improve road safety and enhance the efficiency of freight movement."

Hargroves said there had never been a more important time for greater efficiencies in freight movements given the nation’s fast-growing cities and the implications of the Covid-19 pandemic.

"The pressure that the Covid-19 pandemic has put on global supply chains has resulted in significant delays in the movement of freight in and out of, and around, the country," he added.

"Now is the time for this important data to move to a digital platform that allows near real-time data sharing in a bid to inform a range of efforts that improve the transport system for all users and speed up the timing of freight deliveries."

The research team also includes professor Bela Stantic from Griffith University, Dr Darcy Allen from RMIT University, and John Curtin distinguished professor Peter Newman and Ben James from Curtin University.

This pilot project has been developed with funding and support provided by Australia’s Sustainable Built Environment National Research Centre (SBEnrc) and its partners, including the Fremantle Ports Authority and Telstra. Core Members of SBEnrc include BGC, Queensland and Western Australia governments, Curtin University, Griffith University and RMIT University.

The report and short explanatory video can be found online here.

 

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