About the Symposium
The ACG is delighted to host the Fourth International Symposium on Block and Sublevel Caving in October 2018, in Vancouver, Canada.
- Draw control/ material flow
- Caving mechanics
- Ground support
- Geotechnical monitoring
- Mine equipment
- Numerical modelling
- Planning and design of caving mines
- Seismic monitoring of caving mines
- Caving mine closure
Corporate Consultant, SRK Consulting (Canada) Inc.
Jarek has over 30 years of operating and consulting experience in the mining industry. He specialises in mass mining, rock mechanics, diamond mining and technical auditing.
As a cave mining expert, Jarek has worked on most of the world’s caving and sublevel caving projects. He has participated in several international research projects, developed a rock mass classification system for caving mines, developed a planning tool for sublevel caving mines and has lectured on cave mining on five continents.
Chief Geomechanical Specialist, Freeport-McMoran, USA
Keynote address: Optimising for success at the Grasberg Block Cave
Early-stage production areas at the GBC are hosted within a heterogeneous rock mass. The footprint will be subjected to variable abutment and cave loading conditions. Mine design and sequencing adjustments, combined with customsed ground support options, continue to evolve in order to improve footprint reliability and permit a favourable transition between open pit and underground operations. This paper provides a snapshot of strategies employed to ensure the successful caving operation at the GBC mine.
Principal Geotechnical Engineer, Newcrest Mining Limited, Australia
Keynote address: Key geotechnical knowledge and practical mine planning guidelines in deep, high stress, hard rock conditions for block and panel cave mining
What makes Cadia unique is the high stress, hard rock mining conditions combined with the ability to maximise investor returns through the use of very high lift heights at depths of between 1,200 and 1,400 m. Over the last decade a significant amount of geotechnical and mining operations knowledge has been gained. A strong safety culture combined with innovative thinking has allowed Cadia to challenge existing industry paradigms using empirical data, a proof of concept type approach, followed by rapid implementation.
Cadia East is now poised to begin another phase of development as it continues on a multi decade mine life to exploit over one billion safe tonnes of ore. A critical path for ensuring success is the conversion of the geotechnical knowledge into practical planning guidelines that can be easily understood and adopted during cave feasibility, construction, and full production phases.
This paper describes the incorporation of key geotechnical and mine planning guidelines into the multi decade life-of-mine-plan for the Cadia East Operation.