Papers in collection

• A ‘no tailings dam future’ – preconcentration strategies ‘down the sizes and across the value chain’ Go to Paper
• Sorting the future? Possibilities at Obuasi Mine Go to Paper
• Evaluation and operationalization of bulk sensing technologies: insights from real world case studies Go to Paper
• Challenges within the minerals industry R&D landscape in Australia Go to Paper
• How progressive waste rejection should transform your mining business Go to Paper
• An integrated and balanced approach to developing pre-concentration technologies across the mining value chain Go to Paper
• Automatic search strategy for ROM stockpile recovery optimisation Go to Paper
• Preconcentration in the pit – size matters Go to Paper
• The integration of mine-to-mill and grade engineering at Anglo American’s Los Bronces Mine using IES Go to Paper
• A novel approach to evaluating gravity pre-concentration amenability utilising the hydrodynamics of dense liquids in inclined channels Go to Paper
• Incorporation of ore sorting into a proposed greenfields tin mining and processing project in Morocco Go to Paper
• Preconcentration at Mt Carbine Tungsten Mine using sensor-based ore sorting Go to Paper
• Operational deployment of sensor technologies for bulk ore sorting at Mogalakwena PGE Mine Go to Paper
• Direct gold measurement for bulk ore sorting Go to Paper
• Preconcentration and ore processing by on-line sensors Go to Paper
• LIBS mineralogy – quantitative mineralogy on the belt Go to Paper
• Bulk sensing of trucks, in-pit equipment and the mine bench for preconcentration Go to Paper
• Development of an optical sorting algorithm to utilise digital images for the rapid discrimination of target minerals from gangue Go to Paper
• Bulk sensing for effective ore sorting – learnings over 35 years Go to Paper
• Evaluating the opportunities of XRT sorting technology using micro computed tomography and QEMScan Go to Paper
• Understanding ore heterogeneity and effective bulk ore sorting using PGNAA/PFTNA Go to Paper
• Potential and limitations for sensor-based particle sorting of gold ores – experiences on sensor-based particle sorting piloted for SAG pebbles Go to Paper
• Quantification of surface sensor representivity of primary crushed ore for bulk ore sorting Go to Paper
• Sensor-based particle sorting: technical and economic evaluation of the applicability in a zinc ore mine Go to Paper
• A novel fluorescence sensor for the detection of fluorine bearing minerals in base metal ores Go to Paper
• Downstream impacts of Grade Engineering and preconcentration Go to Paper
• Quantifying economic and environmental impacts of preconcentration Go to Paper
• Pre-concentration via waste rejection based on fragment size – Olympic Dam case study Go to Paper
• Conducting comprehensive evaluations of preconcentration options Go to Paper
• Development of mine operation value chain flowsheets fine-tuned and constraint based on the process information (PI) data to evaluate proposed operation strategies and ore pre-treatment technologies Go to Paper
• Assessing the value of bulk ore sorting with drill core data Go to Paper
• Grade engineering at Gramalote gold deposit, Colombia: an example of industry – research collaboration, Part 1 Go to Paper
• Unlock potential opportunities through unexplored aspects of Grade Engineering Go to Paper
• Grade engineering at Gramalote gold deposit, Colombia: an example of industry – research collaboration, Part 2 Go to Paper
• Developing an evaluation method for bulk ore sorting Go to Paper
• Using high-efficiency downhole assay to improve the financial performance of open pit copper mining operations Go to Paper
• Heterogeneity and bulk ore sorting – methods to estimate ore sorting performance Go to Paper
• A new cut-off grade method to maximise resource utilisation of underground metalliferous mining operations Go to Paper
• Improved mining recovery with bulk ore sorting and MR technology Go to Paper
• Application of sensor-based-sorting technology at pilot plants in South America Go to Paper
• Mine productivity and equipment selection impacts with operational grade engineering Go to Paper