| Process Innovation, Circularity and Recovery |
3 |
| From Strategy to Results: Implementing Integrated Mine-toProcess Optimization at Toromocho |
4 |
| Integrated Arsenic Removal and Stabilization from Mining Streams: Comparative Evaluation of Pyrolysis and Precipitation Approaches Using the GlassLock Process™ |
17 |
| Digital Transformation of the Mining Drilling Process: Multibrand Data Integration, Real-Time Monitoring, Targeted Reporting, and Artificial Intelligence Application |
28 |
| Accelerated Reagent Discovery for Fertilizer Mineral Processing |
41 |
| Where to Innovate in Your Organization and How to Measure Its Impact |
48 |
| Fast Track Solution Crushing Plant: Process Innovation, Circularity & Recovery |
53 |
| Capacity Recovery in a Low-Grade Phosphate Concentrator: A Scalable Optimization Approach via Calibrated Dynamic Simulation and Strategic Debottlenecking |
62 |
| Smart Hybrid Initiation Strategy in 28-Foot Underground Development Cycles: Improved Feed, Overbreak Control, and Cost Efficiency |
73 |
| Optimization of the Caro’s Acid Process for Cyanide Destruction in CIP Cyanidation Tailings as a Contribution to the Quality of Industrial Reuse Water at the Antapite Processing Plant |
88 |
| Advanced Flotation Strategies Towards Eco-Efficient Rare Earth Elements Ore Beneficiation |
97 |
| Enhancing Selectivity and Simplifying Coarse Particle Flotation Circuits: The NovaCell ™ Advantage |
106 |
| Copper Processing Innovation and Extraction |
118 |
| Still Bright’s RACER: A Zero-Waste Copper Extraction Process to Restore Social License |
119 |
| Flash Flotation in Ernest Henry’s Regrind Circuit – A Case Study in Adding Value Through a Considered and Methodical Approach |
128 |
| Simplifying the Future of Flotation with Ore Pre-Concentration and Scalping |
143 |
| New Developments in Copper Heap Leaching |
148 |
| Beyond the Stator: Baffles as a Tool to Improve Coarse Particle Suspension and Reduce Power Consumption in Mechanical Flotation Cells |
164 |
| Circularity and Waste-to-Value |
177 |
| Florence Copper & In-Situ Copper Recovery: A New Milestone for Sustainable Copper Mining |
178 |
| Maximizing Value in Copper Deposits by Applying Sorting Technology |
183 |
| Characterization of Mining Wastes for Circular Economy Integration |
195 |
| From Liability to Asset: A Sustainable Approach for Mine Tailings Remediation in Peru |
208 |
| Rethinking Mining: Carbon Footprint Benchmark of Precious Metal Recovery from Mobile Devices under Business-as-Usual and Recovery & Reuse Scenarios |
224 |
| Optimizing Critical Raw Material Recovery Through Thermodynamic Modelling: Lessons from the EURO-TITAN Project |
238 |
| Sustainable Solutions for Plastic Products Through Process Innovation and Circular Economy: Utilizing Fine Particles of Montmorillonitic BentoniteSInstructions |
252 |
| Fungal Tolerance to Bauxite Residue as a Pathway to Circular Metal Recovery |
265 |
| Bioleaching for Cobalt Recovery from Mining Tailings: A Circular Economy Approach for Critical Metal Supply |
278 |
| Unlocking Value Through Flotation Launder Retrofits in Mineral Processing Plants |
289 |
| Innovative Study of Iron Tailings Occurrence in a Brazilian Dam: Contribution to the Circular Economy |
309 |
| Concentrators, Capital, Reliability and Sustainability |
322 |
| Large Copper Concentrator Designs and Execution
A review of the past three decades of some of our projects and how the capital allocation has changed, together with other influential factors and current challenges |
323 |
| Optimizing Capital and Operational Costs by Integrating Dynamic Process Simulation Studies and RAM Modelling |
335 |
| Preventing Major Asset Failures – How to Protect the Heart of Your Mine (Grinding Mills) |
340 |
| Beyond Energy: Life-Cycle-Based Carbon Footprint Metrics for Sustainable Mineral Processing |
353 |
| A Roadmap to a Sustainable Process Integration |
367 |
| Integrated Water Infrastructure: Mining Efficiency and Regional Benefits |
379 |
| Reliability Transformation Journey at Vale’s Clarabelle Mill |
391 |
| Transforming Mining Shutdown Execution Through Integrated VDC/BIM: A Scalable Framework for Brownfield Projects |
406 |
| From Pits to Power: Conveyor-Belt Gravity Energy Storage for Post-Mining Landscapes |
419 |
| Improving Mine–Plant Reconciliation Through Online Grade Measurement on the Conveyor Belt: A Case Study from Chuquicamata Underground |
429 |
| Sustainable Water and Tailings Solutions |
437 |
| Commingling Technology: Advancing Sustainable Management of Waste Rock and Tailings in the Mining Industry |
438 |
| Key Design Considerations for Tailings Dewatering |
450 |
| Enhancing Filtered Tailings Implementation via Comprehensive Upstream Process Integration |
458 |
| Dewatering Technology in Cycloned Tailings for Water Recovery and Immediate Compaction of Sands in Tailings Wall Construction |
466 |
| Mine to Tailing 4.0: Optimization of Water, Energy, and Tailings in Modern Mining — Metso Technology Solutions |
479 |
| Sustainability of Filtered Tailings Options |
491 |