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On-demand presentations

On-demand presentations

The 2021 on-demand presentations are now available

Due to the number of high-quality abstracts received, we are excited to feature an on demand program that will run alongside the event in addition to the live conference sessions.

This suite of 11 on demand technical presentations will be available to watch anytime during the event and indefinitely after the conference concludes via the hybrid conference platform.

Presentation themes include: achieving better environmental performance through integrated mine planning, incorporating societal and community dimensions into design, operation and rehabilitation, strategies and planning for improving rehabilitation and closure outcomes and more. The full list of on-demand presentations are listed below.

Theme PRESENTATION Author Company
Achieving better environmental performance through integrated mine planning Integration of mine water management meeting progressive rehabilitation requirements Mr. Henning Boshoff Cardno
Achieving better environmental performance through integrated mine planning Integrating water planning at each step of the mine planning process Ms Ainsley Ferrier Deswik
Achieving better environmental performance through integrated mine planning Using Design of Experiments to Improve Strategic Mine Planning Ranajit Das  
Application of technologies to extend mine life and deliver beneficial and sustainable mine outcomes Improving, sustaining, and forecasting performance for the life of mine Thomas Farmer Hatch
Practical methodologies and applications resulting in successful closure outcomes Tailings dams: using landscape evolution models to assess their long-term containment potential Associate Professor Greg Hancock The University of Newcastle
Practical methodologies and applications resulting in successful closure outcomes Water management strategy of an overburden dump Mr Andrew Mclellan ERM
Strategies and planning for improving rehabilitation and closure outcomes Waste rock cover design – sensitivity study Dr Katarina David Egi And UNSW
Strategies and planning for improving rehabilitation and closure outcomes Soil Cover Guideline to Mitigate Seepage Impacts from Coal Residue Facilities in Semi-Arid South African Mr Albert Van Zyl Terrasim Cc

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