Construction is well underway on Australia’s largest freight rail infrastructure project.
Since Inland Rail construction began in 2018, more than 1,700 men and women have worked on the project and over 103km of track has been laid.
Engineering excellence
Inland Rail’s sheer scale and complexity has attracted some of the world’s top rail engineering and infrastructure delivery experts.
Our team are delivering engineering solutions to cross the challenging Condamine and Macintyre floodplains, building the second-longest freight tunnel in the Southern Hemisphere, and constructing many viaducts; one of which is expected to be as tall as the shipping height of the Sydney Harbour Bridge.
Snapshot
Construction commenced:
2018
Approaching construction:
11 of 13 projects
Under construction:
1 of 13 projects
Completed construction:
1 of 13 projects
Learn about how we’re building Inland Rail
Managing our vital water resources
As large areas of regional Australia continue to experience prolonged drought periods, its vital that we ensure our use of water is sustainable.
Water will be essential to the construction of Inland Rail. We need water for:
- compacting earthworks
- suppressing dust on haul roads and other unsealed surfaces
- producing concrete when building bridges and culverts
- managing weeds
- washing down vehicles and other machinery
- landscaping or remediation
- drinking, cooking, cleaning and washing in accommodation camps and site offices
Our team has a Water Supply Strategy in place to identify potential water supply options while using innovative ways to reduce the amount of water we use. Our water strategy is based on three core priorities:
- Securing water to construct the project on time
- Saving water through innovation and careful management
- Leaving water infrastructure legacies
We are using the Infrastructure Sustainability Council of Australia (ISCA) rating scheme to hold ourselves accountable.
Our water conservation policy is to:
- avoid water consumption
- reduce water consumption by using water efficient equipment and processes
- re-use water without treatment where fit for purpose
- recycle/treat dirty and grey water where fit for purpose
- use potable water only where viable.