Riding the rails to an efficient freight system

Riding the rails to an efficient freight system
Improving the rail systems may have far-reaching benefits. Credit: Australia Indonesia Centre

From 2016 a specially-equipped standard railcar will be rocking and rolling along the tracks of East Java. It will have carefully positioned sensors to detect its movement during normal operation, including its displacement and vibration.

The railcar instrumentation has been designed by Monash University's Institute of Rail Technology (IRT) to provide data on the condition of the track and the response of the rolling stock. This will allow engineers to accurately estimate safe loads and running speeds. It's part of a project financed by the Australia Indonesia Centre to facilitate safe and efficient movement of freight across the rail network, and particularly to improve the movement of goods into the new container port terminal at Teluk Lamong (Lamong Bay), Surabaya.

"The Indonesian rail authorities and the provincial government see a need for significant rail transportation in East Java, especially around Surabaya," says Professor Wing Kong Chiu, the Centre's Infrastructure Cluster Leader, from Monash University.

"There are many trucks and buses jamming up roads at the moment," says project co-leader Dr Hera Widyastuti, of the Sepuluh Nopember Institute of Technology.

"If we don't start getting this under control then it will bring about many issues. Improving the railway systems would reduce congestion and have economic impacts way into the future – we could transport goods much more smoothly, and reduce pollution and accidents."

Riding the rails to an efficient freight system
The railcar will provide data on the condition of the track, allowing engineers to accurately estimate safe loads and running speeds.

"As far as ports in Indonesia are concerned," Chiu says. "The use of rail transport as a more efficient way of moving goods from one point to another should be explored. How to use the current railway network safely and efficiently, and the potential of re-activating other existing rail assets are important questions."

The project was initiated by the Australia Indonesia Centre's Infrastructure Cluster with the support of the Government of East Java, PT Kereta Api Indonesia (the national rail company), Java Integrated Industrial and Port Estate, the Lamong Bay Terminal container port, the Australian Rail Track Corporation, Public Transport Victoria, and Monash University.

"The Institute of Railway Technology (IRT) has an excellent record in delivering tangible benefits from -related projects in Australia and overseas," says Chiu.

"They developed the instrumented railcars currently operating in various parts of Australia and in Brazil, and were recently awarded the national Business-Higher Education Round Table 2015 Award for Best Research and Development Collaboration."

Rather than instrumenting the track at several locations to monitor its status, the instrumented railcar monitors and provides condition reports along the whole length of track. The data can be used to determine safe maximum running speeds along each segment of track for a particular load.

The researchers would also like to determine where lines need to be upgraded, and how much work it would take to bring decommissioned or unused lines back into service.

"Our research aims to examine inactive railways to see whether it is still possible to reactive them and determine what repairs are needed," Hera says.

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Citation: Riding the rails to an efficient freight system (2016, February 19) retrieved 22 August 2019 from https://phys.org/news/2016-02-rails-efficient-freight.html
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