In this article:
- University of Queensland research into eco-engineering of mine waste has received over $1.2 million in government and industry funding
- This new research aims to understand the fundamental processes to break barriers of persistent and reversible alkalinity and salinity in red mud within a short time frame, and improve the reliability and operability of the new technology – which has been the biggest obstacle to many decades of efforts to rehabilitate the vast areas of red mud landscapes worldwide
- Find out about Decipher’s industry leading Rehabilitation and Closure solution
- Download this free Guide to Mine Rehabilitation in Australia
Decipher’s Rehabilitation & Closure Solution

Watch this video to find out how to drive progressive rehabilitation and closure
[embedyt] https://www.youtube.com/watch?v=340Weed-sww[/embedyt]
Want to find out more about mine rehabilitation?
- What is mine rehabilitation and closure?
- What are some key challenges facing mine rehabilitation and closure?
- How much does mine rehabilitation cost?
- What are the advancements in mine rehabilitation technology?
- What are some best practice mine rehabilitation methods?
- How to take a macro and micro approach to mine rehabilitation
- What is CRC-TiME?
- How to become an industry leader in mine rehabilitation
- Download this free Guide to Mine Rehabilitation in Australia