This three-year Amira Project aims to address current shortfalls in forecasting seismic hazards for underground excavations using advanced numerical modelling methods.
The project will formulate spatial probabilistic and risk-based descriptions of the largest possible seismic events by area, the probable location of large events, the expected number of subsequent triggered events, and the anticipated peak ground velocities and surface displacements generated at key locations, that have been triggered by mining activities.
The key outputs from this project will be a detailed guideline and a tailored software plug-in that can be used by operational and consulting engineers to design future mines more safely and more economically and, more importantly streamlining the training and knowledge transfer for new engineers.
Sponsor benefits include the following:
- Increased personnel safety due to better forecasting methods and risk quantification.
- Quantification and selection of a mine schedule that reduces seismic risks for an operation.
- The ability to determine how to best position infrastructure to reduce seismic risk.
- Consideration of the timing for development placement to reduce seismic risks.
- Update standoff procedures or exclusion zones based on a case-by-case basis.
- Optimise ground support designs to withstand probable events and distances.
- Better scheduling estimates for machine use, ground support dependencies and task timing.
- 18-month exclusive access to project technology (IP) after the project completion.
The project is currently seeking expressions of interest. Please contact Redeemina Comfort Bonnah at redeemina.bonnah@amira.global for more information.
