Face-to-Surface II - Improved production efficiency in Sublevel Caving
|Coordinator||Luleå tekniska universitet - Avdelningen för geoteknologi|
|Funding from Vinnova||SEK 2 846 600|
|Project duration||July 2017 - December 2019|
|Venture||The strategic innovation programme for mining and metal recovery – STRIM|
|Call||SIP STRIM-spring 2017|
Purpose and goal
The objective of the proposed project is to increase production capacity and reduce production cost for Sublevel Caving mines by optimizing fragmentation, using optimized blast hole sizes, improved chargeability, new technique for boulder handling and improved overall production planning.
Expected results and effects
The project will develop production tools for material characterization for charging support. The project will also provide a deeper understanding of how hole sizes influence ground vibrations. The project will develop procedures for how production planning can be improved by better rock mass characterisation and generate a better and deeper understanding of how mobile boulder breakers can reduce production disturbances. The results from the project will include a licentiate thesis and a number of journal and conference papers.
Planned approach and implementation
The research methodology combines state-of-the-art investigation, machine monitoring, borehole filming and video recording, using data mining and big-data analysis, interviews and field tests. Regular meetings and workshops have been identified as an important tool for knowledge and information transfer.