Minnovare’s Optimiser features in National Resources Review
Minnovare features in August’s National Resources Review. Read the full article here.
Australian Survey Study
Down-hole surveys were conducted across 17 Australian underground hard rock operations. The results have been analysed to better understand typical drilling accuracy and the factors that result in blast-hole deviation.
MINING PLUS COLLABORATION
Minnovare and Mining Plus have entered into a collaboration that will enable Mining Plus to offer Minnovare’s Production Optimiser technology to their global client base.
Canadian Survey Study | Minnovare
Down-hole surveys were conducted across 10 Canadian underground hard rock operations. The results have been analyzed to better understand typical drilling accuracy and the factors that result in blast-hole deviation.
THE BEST MINING TECHNOLOGY INVESTMENT (NAM) | Minnovare
It’s one of the most overlooked areas of mining process optimisation – blast-hole accuracy. Inaccurate drilling leads to sub-optimal blasts, which in turn has a significant downstream impact on the productivity AND profitability of your operation.
Understanding the Impact of Blast-Hole Deviation
The impact of blast-hole deviation can be felt throughout the production cycle, often leading to reduced recovery, unplanned dilution, re-drills and a slower stope cycle.
THE BEST MINING TECHNOLOGY INVESTMENT THIS YEAR?
It’s one of the most overlooked areas of mining process optimisation – blast-hole accuracy. Inaccurate drilling leads to sub-optimal blasts, which in turn has a significant downstream impact on the productivity AND profitability of your operation.
NSR Mini Case Study #3 – Reduced Bridging
See how Northern Star Resources were able to significantly reduce their bridge / stope tonnes ratio by over 50%
NSR Mini Case Study #2 – Less Dilution
See how Northern Star Resources reduced their dilution significantly.