Rock Engineering and Seismic Risk Management in Deep Level Mines
Equips rock engineers, mine planners and production officials to understand, monitor and control seismicity and rockburst risk in deep hard rock mines common to the South African gold and platinum sectors. The programme links mining layout, support design and seismic data interpretation so teams can reduce fall of ground and rockburst exposure. Real seismic event case studies from Southern African deep level operations anchor the practical exercises.
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Explain the mechanisms of seismicity, rockbursts and fall of ground in deep level mining.
Interpret seismic monitoring data to identify high risk mining areas and time periods.
Evaluate mining layouts and sequencing that reduce stress concentration and seismic risk.
Select appropriate support systems for burst prone and high stress ground conditions.
Apply exclusion, re entry and clearance protocols following seismic events.
Compile a rock engineering risk plan integrated with the mine production schedule.
Course outline
01Deep level rock mechanics fundamentals
02Sources of seismicity and rockburst behaviour
03Seismic monitoring networks and data interpretation
04Mining layout and sequencing for stress management
05Support design for burst prone ground
06Re entry and exclusion protocols after events
07Rock engineering risk assessment and planning
08Deep level case studies from Southern African mines
Who should attend
This programme suits rock engineers, strata control officers, mine planners, production managers and safety officials working in deep level hard rock mines.
Fees are per delegate. South African venues are priced in rand; other locations and online in US dollars. Fees exclude 15% VAT where applicable. Group bookings of three or more delegates from the same organisation qualify for a reduced rate; contact us for a quotation.
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