| Mining and the Global Energy Transition: Why This Congress Matters |
2 |
| TABLE OF CONTENTS |
9 |
| AI and Data-Driven Decision Making |
36 |
| Processing and Operational Intelligence |
400 |
| A JOINT APPROACH TO THE IMPLEMENTATION OF FLEET MANAGEMENT SYSTEMS WITH STOCHASTIC SHORT-TERM PRODUCTION SCHEDULING IN OPEN PIT MINES |
495 |
| EXPERIMENTAL DESIGN FOR CONTINUOUS IMPROVEMENT AND OPTIMISATION |
483 |
| STRATEGIC FRAMEWORK FOR LEVERAGING DATA TO IMPROVE EPC PROJECTS EXECUTION |
472 |
| TIME TO MINE: ACCELERATING RESPONSIBLE MINERAL DEVELOPMENT THROUGH IMPROVED DATA GOVERNANCE AND MINING INTELLIGENCE |
459 |
| DIGITAL FOUNDATIONS FOR PRODUCTIVITY IN UNDERGROUND MINING: THE OPERATING SYSTEM OF INTELLIGENCE FOR CONNECTIVITY, FUEL, MAINTENANCEAND PRODUCTION ANALYTICS |
452 |
| DRIVING OPERATIONAL EXCELLENCE THROUGH DIGITAL TRANSFORMATION AND AI-DRIVEN DECISION MAKING |
450 |
| INTRINSIC CHARACTERIZATION OF SAG MILL FEED ORE THROUGH DEEPCLUSTERING BASED ON CONVOLUTIONAL VARIATIONAL AUTOENCODER (CVAE)AND GAUSSIAN MIXTURE MODEL (GMM) |
439 |
| LSTM-REINFORCEMENT LEARNING HYBRID APPROACH FOR P80 FORECASTING AND CONTROL IN GRINDING CIRCUITS |
429 |
| PREDICTIVE MACHINE LEARNING MODEL FOR STRATEGIC HEAP LEACH PAD PLANNING IN OPEN PIT MINES |
425 |
| DIGITAL TWIN OF A SAG MILL: MULTIHORIZON FORECASTING (5-30 MINUTES)WITH QUANTIFIED UNCERTAINTY (10TH-90TH PERCENTILE BANDS) |
414 |
| AI ENABLED OPERATOR ASSISTANT TO ENHANCE COPPER THROUGHPUT AND REDUCE ENERGY CONSUMPTION IN SOLVENT EXTRACTION ANDELECTROWINNING |
401 |
| AI-Enabled Safety and Risk Management |
345 |
| ARTIFICIAL NEURAL NETWORKS FOR LANDSLIDE SUSCEPTIBILITY MAPPING: SCALABLE APPLICATIONS FROM PERU TO MINING OPERATIONS |
389 |
| AN AI-DRIVEN SYSTEM INTEGRATING HYPERSPECTRAL DATA FOR LITHOLOGICAL CLASSIFICATION AND RQD ASSESSMENT |
378 |
| MULTI-SOURCE MACHINE LEARNING OF TAILINGS DAM DEFORMATION DYNAMICS: SENTINEL-1 MT-DINSAR, METEOROLOGICAL FORCING, AND LIGHTGBM SHORT-HORIZON FORECASTS |
366 |
| AI-DRIVEN DETECTION OF LOW SLOPE MOVEMENTS: A TRANSDISCIPLINARY APPROACH TO SAFETY IN OPEN PIT MINING |
357 |
| ADAPTIVE CONTEXT-AWARE MULTI-EXPERT SYSTEM FOR A MINE SAFETY DIGITALTWIN BASED ON COLLISION ALERT SEVERITY ANALYSIS |
346 |
| Digital Twins and Connected Operations |
288 |
| DIGITAL TWIN DESIGN FRAMEWORK FOR ADVANCED TAILINGS MANAGEMENT IN MINING OPERATIONS |
339 |
| EXPERIMENTAL EVALUATION OF ACRYLAMIDE-BASED, ACRYLATE-BASED, ANDCOLLOIDAL SILICA RESINS AS HIGH-PENETRABILITY ALTERNATIVES FOR SEEPAGE CONTROL IN TAILINGS DAMS |
328 |
| REM - REMOTE EQUIPMENT MONITORING, DIGITAL ASSET MANAGEMENT SOLUTIONS FOR INTERCONNECTED MINING |
316 |
| SMART GLASS-BASED NEXT-GENERATION MINING VISUALIZATION SYSTEM ASSISTEDBY RTK GNSS FOR REAL-TIME ORE GRADE CONTROL IN OPEN-PIT MINING |
304 |
| SMART FILTRATION FOR SMART MINES: REAL-TIME FILTER CLOTH FAILUREDETECTION WITH FLS INTELLIPLATE |
294 |
| UNLOCKING CAPITAL EFFICIENCY THROUGH SYSTEMS THINKING, DIGITAL TWINSAND AI |
289 |
| Automation, Data and AI in Operations |
233 |
| DEVELOPMENT AND EVALUATION OF AUTONOMOUS SOLAR WATERDECONTAMINATION SOLUTIONS FOR REMOTE AREAS |
277 |
| CONNECTING LANE'S THEORY WITH REINFORCEMENT LEARNING: THE FIRST AIAGENT FOR OPTIMAL NON-RENEWABLE RESOURCE EXTRACTION |
267 |
| ANALYSIS AND OPTIMIZATION OF TRUCK FUEL CONSUMPTION IN OPEN-PIT BASEDON MULTI-SOURCE DATA FUSION |
261 |
| FROM RPA TO AGENTIC AI: A NEURO-SYMBOLIC ARCHITECTURE FOR NATURALLANGUAGE CONTROL OF LEGACY MINING SOFTWARE |
254 |
| IMPLEMENTATION OF FLEET MANAGEMENT SYSTEM TO INCREASE PRODUCTIVITY AND REDUCE ENERGY CONSUMPTION IN GOLD MINING OPERATIONS:COMPARATIVE STUDY OF CONTRACTOR OPERATIONS |
243 |
| A ROBOTIC TESTBED FOR AUTONOMOUS DUMP POCKET CLEANING USING IMITATION LEARNING |
234 |
| Ai in Mineral Exploration and Geoscience |
37 |
| DIGITALIZATION, AUTOMATION AND USE OF EMERGINING TECHNOLOGIES |
222 |
| EFFECTS OF ORDERING ON SPATIAL ALLOCATION UNDER UNCERTAINTY: A DATA DRIVENEXPERIMENT BASED ON HIERARCHICAL SEQUENTIAL INDICATORSIMULATION |
212 |
| OPERATIONAL ELASTICITY ASSESSMENT BETWEEN MECHANICAL AVAILABILITY AND UTILIZATION OF LONG-HOLE DRILLING JUMBOS IN AN UNDERGROUND MINE |
202 |
| GEA AI: UNLOCKING HIDDEN VALUE IN COMPLEX SILVER DEPOSITS THROUGH AHYBRID GEOSTATISTICAL-MACHINE LEARNING FRAMEWORK POWERED BY RUST |
195 |
| AI FOR LEACHATE DATA PROCESSING AND BARREL TEST GEOCHEMISTRY |
185 |
| HIGH-CONFIDENCE AND EFFICIENT DRILL PROGRAMS FOR EXPANSION AND BROWNFIELDS EXPLORATION USING ASSAY DATA AND LITHOLOGICAL LOGGINGUSING MACHINE LEARNING; DATA EVALUATION TECHNIQUES, PRACTICAL INPUTDATA CONSTRUCTION, AND METRICS FOR PRECISION TARGETING |
171 |
| SMART TARGET DETECTION IN MINERAL EXPLORATION: HARNESSING AI UNDERUNCERTAINTY |
163 |
| AN INTEGRATED MACHINE LEARNING (ML) WORKFLOW IN R FORPREDICTIVE MINERAL EXPLORATION |
153 |
| PREDICTION OF PORPHYRY-TYPE DEPOSIT OCCURRENCE IN YUKON (CANADA)USING CONVOLUTIONAL VARIATIONAL AUTOENCODERS (VAE-CNN) |
142 |
| GEOLITHAI AS AN AI-ASSISTED WORKFLOW FOR LITHOLOGICAL RECOGNITIONAND GRADE CONTROL OPTIMIZATION IN AN UNDERGROUND PERUVIAN MINE |
135 |
| AUTOMATED GEOPHYSICAL PATTERN RECOGNITION FORMINERAL EXPLORATION: CASE STUDY OF CARAJÁS, BRAZIL USING IOCG DEPOSITS |
125 |
| DATA-DRIVEN DECISION MAKING AND VALUE CHAIN OPTIMIZATION INUNDERGROUND MINING: A DESWIK MDM CASE STUDY AT NEXA RESOURCESARIPUANÃ |
115 |
| AUGMENTED OPERATION: A NATIVELY INTEGRATED ECOSYSTEM FOR PROACTIVECOLLISION PREVENTION AND AUTONOMOUS INTERVENTION IN DEEP MINING |
107 |
| ADAPTIVE MINERAL BLENDING AND ROUTING UNDER UNCERTAINTY USINGREINFORCEMENT LEARNING |
96 |
| BEYOND THE INITIAL DESIGN: ASSET INTEGRITY MANAGEMENT FOR MININGINFRASTRUCTURE RESILIENCE |
88 |
| ASSET MANAGEMENT PLATFORM IMPLEMENTED FOR GEOTECHNICAL RISKMANAGEMENT - A MINING OPERATION CASE STUDY |
77 |
| APPLICATION OF THE MINERAL SYSTEMS AND ARTIFICIAL INTELLIGENCEAPPROACH TO THE PROSPECTIVITY OF PORPHYRY-SKARN DEPOSITS IN THEANDAHUAYLAS-YAURI BATHOLITH |
67 |
| AI-ENABLED MINERAL EXPLORATION: TOWARD FASTER, CHEAPER, AND SMARTERDISCOVERY |
42 |
| IDENTIFICATION OF TARGETS IN A SILVER VEIN DISTRICT USING MACHINELEARNING |
50 |
| IDENTIFICATION AND MEASUREMENT OF MINERALS ON THIN SECTIONS IMAGESOF INTRUSIVE IGNEOUS ROCKS USING DEEP LEARNING |
56 |
| AI IN MINERAL EXPLORATION: SEPARATING HYPE FROM REALITY |
38 |
| Process Innovation, Circularity and Recovery |
506 |
| Sustainable Water and Tailings Solutions |
872 |
| SUSTAINABILITY OF FILTERED TAILINGS OPTIONS |
920 |
| MINE TO TAILING 4.0: OPTIMIZATION OF WATER, ENERGY, AND TAILINGS IN MODERNMINING — METSO TECHNOLOGY SOLUTIONS |
910 |
| DEWATERING TECHNOLOGY IN CYCLONED TAILINGS FOR WATER RECOVERY ANDIMMEDIATE COMPACTION OF SANDS IN TAILINGS WALL CONSTRUCTION |
898 |
| ENHANCING FILTERED TAILINGS IMPLEMENTATION VIA COMPREHENSIVEUPSTREAM PROCESS INTEGRATION |
890 |
| KEY DESIGN CONSIDERATIONS FOR TAILINGS DEWATERING |
884 |
| COMMINGLING TECHNOLOGY: ADVANCING SUSTAINABLE MANAGEMENT OF WASTEROCK AND TAILINGS IN THE MINING INDUSTRY |
873 |
| Concentrators, Capital, Reliability and Sustainability |
778 |
| IMPROVING MINE–PLANT RECONCILIATION THROUGH ONLINE GRADE MEASUREMENT ON THE CONVEYOR BELT: A CASE STUDY FROM CHUQUICAMATA UNDERGROUND |
866 |
| FROM PITS TO POWER: CONVEYOR-BELT GRAVITY ENERGY STORAGE FOR POSTMINING LANDSCAPES |
857 |
| TRANSFORMING MINING SHUTDOWN EXECUTION THROUGH INTEGRATEDVDC/BIM: A SCALABLE FRAMEWORK FOR BROWNFIELD PROJECTS |
846 |
| RELIABILITY TRANSFORMATION JOURNEY AT VALE’S CLARABELLE MILL |
834 |
| INTEGRATED WATER INFRASTRUCTURE: MINING EFFICIENCY AND REGIONAL BENEFITS |
824 |
| BEYOND ENERGY: LIFE-CYCLE-BASED CARBON FOOTPRINT METRICS FOR SUSTAINABLE MINERAL PROCESSING |
803 |
| A ROADMAP TO A SUSTAINABLE PROCESS INTEGRATION |
814 |
| PREVENTING MAJOR ASSET FAILURES – HOW TO PROTECT THE HEART OF YOURMINE (GRINDING MILLS) |
793 |
| OPTIMIZING CAPITAL AND OPERATIONAL COSTS BY INTEGRATING DYNAMIC PROCESS SIMULATION STUDIES AND RAM MODELLING |
788 |
| LARGE COPPER CONCENTRATOR DESIGNS AND EXECUTION A REVIEW OF THE PASTTHREE DECADES OF SOME OF OUR PROJECTS AND HOW THE CAPITAL ALLOCATION HAS CHANGED, TOGETHER WITH OTHER INFLUENTIAL FACTORS AND CURRENT CHALLENGES |
779 |
| Copper Processing Innovation and Extraction |
610 |
| BEYOND THE STATOR: BAFFLES AS A TOOL TO IMPROVE COARSE PARTICLE SUSPENSION AND REDUCE POWER CONSUMPTION IN MECHANICAL FLOTATIONCELLS |
650 |
| NEW DEVELOPMENTS IN COPPER HEAP LEACHING |
635 |
| SIMPLIFYING THE FUTURE OF FLOTATION WITH ORE PRE-CONCENTRATION AND SCALPING |
631 |
| FLASH FLOTATION IN ERNEST HENRY’S REGRIND CIRCUIT – A CASE STUDY IN ADDING VALUE THROUGH A CONSIDERED AND METHODICAL APPROACH |
619 |
| STILL BRIGHT’S RACER: A ZERO-WASTE COPPER EXTRACTION PROCESS TO RESTORE SOCIAL LICENSE |
611 |
| Process Innovation, Digitalization and Transformation |
507 |
| ENHANCING SELECTIVITY AND SIMPLIFYING COARSE PARTICLE FLOTATION CIRCUITS: THE NOVACELLTM ADVANTAGE |
599 |
| ADVANCED FLOTATION STRATEGIES TOWARDS ECO-EFFICIENT RARE EARTH ELEMENTS ORE BENEFICIATION |
592 |
| OPTIMIZATION OF THE CARO’S ACID PROCESS FOR CYANIDE DESTRUCTION IN CIPCYANIDATION TAILINGS AS A CONTRIBUTION TO THE QUALITY OF INDUSTRIAL REUSE WATER AT THE ANTAPITE PROCESSING PLANT |
583 |
| SMART HYBRID INITIATION STRATEGY IN 28-FOOT UNDERGROUND DEVELOPMENT CYCLES: IMPROVED FEED, OVERBREAK CONTROL, AND COST EFFICIENCY |
569 |
| CAPACITY RECOVERY IN A LOW-GRADE PHOSPHATE CONCENTRATOR: A SCALABLE OPTIMIZATION APPROACH VIA CALIBRATED DYNAMIC SIMULATION AND STRATEGICDEBOTTLENECKING |
560 |
| FAST TRACK SOLUTION CRUSHING PLANT: PROCESS INNOVATION, CIRCULARITY &RECOVERY |
552 |
| WHERE TO INNOVATE IN YOUR ORGANIZATION AND HOW TO MEASURE ITS IMPACT |
548 |
| ACCELERATED REAGENT DISCOVERY FOR FERTILIZER MINERAL PROCESSING |
542 |
| DIGITAL TRANSFORMATION OF THE MINING DRILLING PROCESS: MULTIBRAND DATA INTEGRATION, REAL-TIME MONITORING, TARGETED REPORTING, AND ARTIFICIALINTELLIGENCE APPLICATION |
531 |
| INTEGRATED ARSENIC REMOVAL AND STABILIZATION FROM MINING STREAMS:COMPARATIVE EVALUATION OF PYROLYSIS AND PRECIPITATION APPROACHES USINGTHE GLASSLOCK PROCESS™ |
521 |
| FROM STRATEGY TO RESULTS: IMPLEMENTING INTEGRATED MINE-TO-PROCESS OPTIMIZATION AT TOROMOCHO |
508 |
| Circularity and Waste-to_Value |
661 |
| INNOVATIVE STUDY OF IRON TAILINGS OCCURRENCE IN A BRAZILIAN DAM: CONTRIBUTION TO THE CIRCULAR ECONOMY |
767 |
| UNLOCKING VALUE THROUGH FLOTATION LAUNDER RETROFITS IN MINERAL PROCESSING PLANTS |
749 |
| BIOLEACHING FOR COBALT RECOVERY FROM MINING TAILINGS: A CIRCULAR ECONOMY APPROACH FOR CRITICAL METAL SUPPLY |
740 |
| FUNGAL TOLERANCE TO BAUXITE RESIDUE AS A PATHWAY TO CIRCULAR METAL RECOVERY |
730 |
| SUSTAINABLE SOLUTIONS FOR PLASTIC PRODUCTS THROUGH PROCESS INNOVATION AND CIRCULAR ECONOMY: UTILIZING FINE PARTICLES OF MONTMORILLONITICBENTONITESINSTRUCTIONS |
719 |
| OPTIMIZING CRITICAL RAW MATERIAL RECOVERY THROUGH THERMODYNAMICMODELLING: LESSONS FROM THE EURO-TITAN PROJECT |
708 |
| RETHINKING MINING: CARBON FOOTPRINT BENCHMARK OF PRECIOUS METAL RECOVERY FROM MOBILE DEVICES UNDER BUSINESS-AS-USUAL AND RECOVERY &REUSE SCENARIOS |
697 |
| FROM LIABILITY TO ASSET: A SUSTAINABLE APPROACH FORMINE TAILINGS REMEDIATION IN PERU |
686 |
| CHARACTERIZATION OF MINING WASTES FOR CIRCULAR ECONOMY INTEGRATION |
676 |
| MAXIMIZING VALUE IN COPPER DEPOSITS BY APPLYING SORTING TECHNOLOGY |
666 |
| FLORENCE COPPER & IN-SITU COPPER RECOVERY: A NEW MILESTONE FOR SUSTAINABLE COPPER MINING |
662 |
| Environmental Stewardship |
948 |
| Managing Mine Residues and Nature-Positive Solutions |
1180 |
| SPILLOVER EFFECTS IN THE GLOBAL MINING INDUSTRY AS A COMMON GOOD PROBLEM: EVIDENCE FROM ENVIRONMENTAL DISASTERS ON FIRMS’ MARKET VALUE |
1290 |
| LIMESTONE AND MONTMORILLONITE FOR ARSENIC REMEDIATION INGROUNDWATER: A PERFORMANCE EVALUATION |
1282 |
| MABIOMET A NEW MOBILE DEVICE FOR MONITORING THE BIOACCESSIBILITY OFTOXIC SUBSTANCES AT MINING SOILS |
1263 |
| CIRCULARITY AND RECOVERY IN MINING (2000 TO 2025): A BIBLIOMETRIC REVIEW OFTECHNOLOGICAL PATHWAYS AND ORGANIZATIONAL PERFORMANCE FACTORS |
1240 |
| DRY STACKING UNDER ARCTIC CONDITIONS: LIMITATIONS, POSSIBILITIES ANDREQUIREMENTS FOR CLIMATE-RESILIENT AND CIRCULAR TAILINGS MANAGEMENT |
1251 |
| SUSTAINABLE AND INNOVATIVE BIOPOLYMERIC AND ORGANIC REAGENTS FOR DUSTSUPPRESSION IN TAILINGS STORAGE FACILITIES: PERFORMANCE UNDER EXTREMECLIMATIC CONDITIONS |
1232 |
| PREDICTIVE MODELING OF ACID DRAINAGE UNDER CLIMATE-INDUCEDHYDROLOGICAL SHIFTS |
1222 |
| LONG-TERM SPATIOTEMPORAL MONITORING OF TAILINGS FACILITY DYNAMICSUSING GIS AND SATELLITE REMOTE SENSING: A CASE STUDY OF THE BENKOVSKITAILINGS DAM, BULGARIA (1975–2025) |
1200 |
| FROM WASTE ROCK TO SOIL REGENERATION: THE REMINERALIZER OF SERRANORTE MINE, CARAJÁS – PA, BRAZIL |
1211 |
| INTEGRATED ASSESSMENT OF QUARRY-DERIVED DUST DISPERSION BASED ONATMOSPHERIC AND OCEANIC TRANSPORT |
1190 |
| BUILDING TRUST IN TAILINGS RISK MANAGEMENT: DFOS MONITORINGARCHITECTURES THAT SUPPORT TRANSPARENT DECISION-MAKING |
1181 |
| Decarbonization, Electrification and Energy |
1129 |
| DECARBONIZATION IN MINING: EMBEDDED SYSTEM FOR HYDROGEN ADDITION INMINING HAUL TRUCKS |
1160 |
| REDEFINING RECLAMATION, MAKING MINERS THE HEROES WITH GREEEN CUBES |
1168 |
| FUNDAMENTAL STUDY TO EVALUATE THE POTENTIAL FOR CO2 MINERALIZATION INDEEP UNDERGROUND MINES |
1177 |
| VA ERZBERG IRON ORE MINE – TRANSFORMATION PATHWAY OF MINING OPERATION FROM DIESEL TO ELECTRIC |
1151 |
| NATURAL GAS AND MINING IN PERU |
1137 |
| INTEGRATED DECARBONIZATION SOLUTIONS FOR THE MINING SECTOR: A PATHWAY FOR PERU BASED ON RENEWABLE POWER, FUELS AND HYDROGEN |
1130 |
| Tailings, Waste, Water and Closure |
1009 |
| WATER MANAGEMENT IN THE MINING INDUSTRY: ADVANCES, CHALLENGES, ANDFUTURE PERSPECTIVES |
1058 |
| SUSTAINABLE APPROACHES TO URANIUM REMOVAL FROM WATER USING NATURAL BIOSORBENTS |
1051 |
| ADVANCES IN THE APPLICATION OF GEOSYNTHETICS IN FINAL CLOSURE COVERS IN PERU, BRAZIL AND CHILE. |
1039 |
| IN-PIT TAILINGS STORAGE FACILITY (IN-PIT TSF): THE EXHAUSTED OPEN PIT AS A HIGH-PERFORMANCE SOLUTION FOR SAFE AND SUSTAINABLE TAILINGS MANAGEMENT IN MODERN MINING |
1028 |
| GUIDELINES FOR SEEPAGE ANALYSIS OF FILTERED TAILINGS DEPOSITS IN HIGH PRECIPITATION ANDEAN REGIONS |
1017 |
| REIMAGINING TAILINGS: RISK OR OPPORTUNITY? |
1010 |
| Mine Closure and Post-Mining Reclamation |
1070 |
| TOWARD A LEGAL GOVERNANCE OF POST-MINING TERRITORIES: A GLOBALANALYSIS FOR A SUSTAINABLE TRANSITION |
1116 |
| MINING TOURISM CENTERS AS PART OF MINE CLOSURE PLANS IN PERU |
1102 |
| OPENING FOR TOURISM AND MUSEALIZATION AS A SUCCESSFUL WAY OFREVITALISING MINING SITES AROUND THE WORLD |
1094 |
| MINE CLOSURE AND REPURPOSING: LEAVING A POSITIVE LEGACY |
1084 |
| RECLAIMING POST-MINING LANDSCAPES THROUGH ENGINEERED MINERALSTABILIZATION: LESSONS FROM FIELD PRACTICE |
1077 |
| FROM EXTRACTION TO EXPERIENCE: ÁGUAS CLARAS AND THE RISE OF GLOBAL SPORTS IN POST-MINING LANDSCAPES |
1071 |
| Digital Water and Environmental Intelligence |
949 |
| ENABLING CIRCULAR ECONOMY IN TAILINGS MANAGEMENT: DIGITALIZATION,INTEGRATED DATA, AND RIS-INFORMED GOVERNANCE |
999 |
| HOW WILL FUTURE WATER STRESS AFFECT GLOBAL MINERAL PRODUCTION? A PROOF OF CONCEPT |
990 |
| ADVANCED HYDROGEOLOGICAL MODELING AND SENSITIVITY ANALYSIS TOOPTIMIZE DEWATERING AND CHARACTERIZE WATER FLOW AT THE MINGOMBA CUDEPOSIT |
983 |
| ENABLING SUSTAINABLE MINING THROUGH CEMENTED PASTE BACKFILL OPTIMIZATION: THE CERRO LINDO MINE CASE |
972 |
| CHALLENGES AND SOCIO-ENVIRONMENTAL IMPACTS OF INFORMAL AND ILLEGAL MINING |
962 |
| WATER RESOURCES MANAGEMENT FOR DEVELOPMENT, SUSTAINABILITY AND PROSPERITY |
950 |
| Coal |
1297 |
| DRIVING SELF-SUFFICIENCY IN COKING COAL : INNOVATIVE APPROACH TOOPTIMISE INDIGENOUS RESOURCE AND REDUCE IMPORT |
1598 |
| IN-SITU MINERAL CARBONATION IN ABANDONED COAL MINES BY USING CO2 MICRONANOBUBBLE |
1587 |
| CARBON REDUCTION PATHWAYS OF CEMENTED BACKFILL MINING FOR COAL MINES |
1577 |
| FIELD-SCALE DEMONSTRATION ON UNDERGROUND COAL GASIFICATION TO UTILIZEUNTAPPED RESOURCES:A FIELD TRIAL ON REMAINED COAL SEAM IN SURFACE MINE |
1566 |
| RESEARCH AND APPLICATION OF HARD ROOF HYDRAULIC FRACTURING FORSTRONG STRATA PRESSURE CONTROL IN THE WORLD’S FIRST 10-METER ULTRALARGEMINING HEIGHT FULLY MECHANIZED FACE |
1556 |
| PREDICTING THE PERFORMANCE OF CONTINUOUS MINER THROUGH A NEWCUTTABILITY INDEX |
1547 |
| AUTOMATIC OPERATOR GUIDANCE SYSTEM IN OPEN PIT COAL MINING TO INCREASE TRUCK PRODUCTIVITY USING ADAPTIVE MACHINE LEARNING |
1537 |
| EXPERIMENTAL STUDY ON ROCK BREAKING DIFFERENCE UNDER DIFFERENTPENETRATION PARAMETERS OF DISC-LIKE HYBRID BIT SPHERICAL AND CONICALINSERTED TEETH UNDER IN-SITU STRESS ENVIRONMENT |
1525 |
| RESEARCH AND APPLICATION OF KEY TECHNOLOGIES FOR AN ULTRA-HIGH-POWER INTELLIGENT AND HIGH-EFFICIENCY MAIN INCLINED SHAFT BELT CONVEYOR |
1517 |
| WORLD’S FIRST 10-METER FULLY MECHANIZED LONGWALL MINING IN EXTRA-THICKCOAL SEAM: A CHINESE BREAKTHROUGH |
1507 |
| APPLICATION OF SENSORS AND UAV IN ASSESSMENT OF VERTICAL TRANSPORT OF PARTICULATE MATTER IN SURFACE MINES |
1495 |
| EXPERIMENTAL STUDY ON SUPPORT ATTITUDE EVOLUTION AND LOAD TRANSFERMECHANISM IN STEEPLY DIPPING MINING FACES BASED ON DIGITAL TWIN |
1487 |
| RESEARCH ON TECHNOLOGY AND EQUIPMENT SYSTEM OF LARGE DIAMETER SHAFTDRILLING BASEDON GRAVITY SLAGGING |
1468 |
| STABILITY OF GATEROAD IN ROCKBOLT SUPPORT UNDER COMPLEX GEOLOGICALAND MINING CONDITIONS – A CASE STUDY FROM POLAND |
1476 |
| INTEGRATING 3D NUMERICAL SIMULATIONS INTO MINE DESIGN: INSIGHTS FROMTHE PERSEPHONE PROJECT |
1455 |
| INNOVATIVE RESEARCH ON MINE DIRECTIONAL DRILLING AND GROUTINGTECHNOLOGY FOR DISASTER PREVENTION IN LONG, LARGE, AND DEEP-BURIEDWATER DIVERSION TUNNELS |
1446 |
| JUST TRANSITION OF THE MINING SECTOR: TRANSFORMATION OF THE BRZESZCZEMINE INTO A MULTIFUNCTIONAL ENVIRONMENTAL AND ENERGY HUB |
1435 |
| ACTIVITIES AND ACHIEVEMENTS OF THE INTERNATIONAL CENTRE OF EXCELLENCEON COAL MINE METHANE IN POLAND |
1429 |
| TRANSFORMING METHANE FROM HAZARD TO RESOURCE: JSW’S INTEGRATEDPROGRAMME FOR METHANE EMISSION REDUCTION AND HYDROGEN PRODUCTION |
1421 |
| ADVANCING VENTILATION AIR METHANE ABATEMENT: CSIRO’S RESEARCH ANDDEVELOPMENT |
1409 |
| REDUCTION OF VENTILATION AIR METHANE EMISSIONS IN THE EUROPEAN UNDERGROUND COAL MINES |
1402 |
| TOWARDS CLIMATE-RESILIENT SAFETY FRAMEWORKS IN INDIAN OPENCAST COAL MINING:A CASE STUDY OF NCL |
1388 |
| TRANSFORMING A LIGNITE LEGACY INTO SUSTAINABLE VALUE:AN ESG-INTEGRATED TRANSITION MODEL FROM A LEADING EMERGING ECONOMY ACASE STUDY OF NLC INDIA LIMITED |
1380 |
| INNOVATIVE FLOATING PHOTOVOLTAIC FARM IN POST-MINING AREAS –THE POSTEN PROJECT |
1370 |
| ROLE OF WOMEN IN MINING |
1363 |
| PHASING OUT COAL IN EL CESAR (COLOMBIA): TOWARDS A JUST SOCIOECONOMICTRANSITION |
1354 |
| SUSTAINABLE MINING AND ENVIRONMENTAL MANAGEMENT IN COAL INDIA LIMITED |
1342 |
| REPURPOSING A FORMER COAL MINE: GREEN HYDROGEN FOR THE TRANSPORTSECTOR USING THE CIRCULAR ECONOMY COUPLED WITH THE HEATING SECTOR |
1333 |
| RESEARCH ON RESOURCE RECYCLING OF COAL-MEASURE MINING WASTE ANDFORESTRY, AGRICULTURAL, AND LIVESTOCK RESIDUES |
1324 |
| THE METHANE CHALLENGE: ASPECTS OF IMPLEMENTING THE EU REGULATION ONREDUCING METHANE EMISSIONS IN THE POLISH HARD COAL SECTOR |
1310 |
| TRANSFORMING POST-MINING AREAS FOR GRAVITATIONAL ENERGY STORAGE:POTENTIAL, CHALLENGES AND PROSPECTS |
1298 |
| Cross-Cutting |
1612 |
| Bringing Clarity to Disclosure |
1767 |
| UNNECCESARY POTENTIAL ENVIRONMENTAL IMPACTS |
1849 |
| WATER AND MINING: BUILDING TERRITORIAL WATER GOVERNANCE THE CASE OFTHE ICHUÑA WATER RESOURCES THEMATIC ROUNDTABLE, MOQUEGUA, PERU |
1837 |
| APPLYING CIRCULAR ECONOMY PRINCIPLES IN MINING – VALE’S WASTE TO VALUEPROGRAM |
1827 |
| FORGING MINING PROJECTS FOR A SUSTAINABLE FUTURE |
1817 |
| A SYSTEMS DESIGN TO CREATE A RESILIENT ECONOMY: THE CASE OF SUDBURY,CANADA |
1807 |
| PROMOTION OF REGIONAL, ECONOMIC, ECOLOGICAL AND CLIMATE DEVELOPMENTTHROUGH PUBLIC REVENUES FROM NATURAL RESOURCES |
1799 |
| MINING WITH PURPOSE: TURNING CRITICAL MINERALS INTO ENGINES OF IMPACTAND SHARED VALUE |
1787 |
| EVALUATING THE EFFECTIVENESS OF VOLUNTARY SUSTAINABILITY STANDARDS AT MIDSTREAM PINCH POINTS: INSTITUTIONAL AND INFORMATIONAL CONSTRAINTS INGLOBAL MINERAL SUPPLY CHAINS |
1777 |
| A METHODOLOGICAL TOOL TO EVALUATE THE ALIGNMENT OF VOLUNTARY SUSTAINABILITY STANDARDS WITH INTERNATIONAL FRAMEWORKS AND STRONG SUSTAINABILITY PRINCIPLES |
1768 |
| Integrating ESG and Innovation in Mining Systems |
1706 |
| A STOPE‑SCALE MULTIPHYSICS FRAMEWORK FOR OPTIMISING IN‑PLACE RECOVERY OF COPPER |
1759 |
| BIODIVERSITY AND NATURE AS KEY VARIABLE FOR THE SUSTAINABILITY EQUATION |
1753 |
| COMPARISON BETWEEN DIRECT AIR EMISSION AND LIFE CYCLE ASSESSMENTMETHODS FOR OPENCAST MINING AND QUARRYING - IMPACTS AND BENEFITS |
1741 |
| MECHANIZED TUNNELLING FOR LOW-EMISSION AND HIGH-SAFETY MININGOPERATIONS |
1731 |
| OPTIMAL EXPLOITATION OF LITHIUM RESOURCES THROUGH HORIZONTAL WELLS |
1723 |
| LOCALIZING THE SDGS FOR MINING PROJECT EVALUATION: EVIDENCE, GAPS, AND OPPORTUNITIES |
1707 |
| From Incidents to Insight- Advancing Mine Safety |
1671 |
| INJECTION AND CONSOLIDATION SOLUTIONS FOR UNDERGROUND MINES:ADDRESSING GEOTECHNICAL CHALLENGES WITH INTEGRATED APPROACHES |
1697 |
| WHAT DO INCIDENTS TELL US ABOUT CRITICAL CONTROLS? |
1688 |
| EVALUATION OF SOCIO-ENVIRONMENTAL CRITERIA USING AHP FOR THETRANSITION FROM OPEN-PIT TO UNDERGROUND MINING |
1677 |
| REVERSING SAFETY SYSTEM INFLATION: HOW COMPLEXITY, WORKFORCE CHANGE AND ESG DISTRACTION HAVE UNDERMINED FATALITY PREVENTION |
1672 |
| Engineering the Next Era of Responsible Mining |
1613 |
| PLANNING FOR WHAT COMES NEXT: INTEGRATING RISK ANALYSIS INTO POSTMINING LAND USE DECISIONS |
1661 |
| URBAN MINING IN URBAN ENVIRONMENTS – REALITY OR ILLUSION |
1649 |
| INTEGRATED EARLY ESG PLANNING IN MINING PROJECT DEVELOPMENT: AFRAMEWORK FOR IMPROVED OUTCOMES |
1643 |
| ASSESSING THE IMPACT OF IN‑PLACE MINING TECHNOLOGIES: ATECHNO‑ECONOMIC CASE STUDY |
1632 |
| A SUSTAINABLE MODEL FOR INDUSTRY-ACADEMIA COLLABORATION IN MINING |
1625 |
| MINING AND OUR ROLE IN SOCIETY THE “MATERIALS SOLUTIONS” INDUSTRY |
1614 |
| Mining Enginerring and Mine Planning |
1857 |
| From Seafloor to Haul Roads |
2002 |
| INNOVATIVE COST MINIMIZATION FROM BLASTING TO PRIMARY CRUSHING BASEDON THE FRAGMENTATION OF BANDED IRON FORMATIONS |
2030 |
| IMPROVING HAUL ROAD PERFORMANCE IN MINING THROUGH MULTIDIRECTIONALRIGID GEOGRIDS |
2019 |
| MINING 2.0: SCALING DEEP-SEA CRITICAL MINERAL SUPPLY RESPONSIBLY THROUGH SELECTIVE COLLECTION SYSTEMS |
2013 |
| STRUCTURAL INTEGRITY MANGEMENT IN CRITICAL INDUSTRIAL INFRASTRUCTURE FOR MINING OPERATIONS |
2003 |
| Blasting, Explosives and Rock Break |
1925 |
| TRANSFORMING MINING IN LATIN AMERICA THROUGH INNOVATIVE EDUCATIONIN ROCK BLASTING |
1991 |
| AUTONOMY AND TELE-OPERATION OF KOMATSU ROTARY BLASTHOLE DRILLS:TRANSFORMING PRODUCTIVITY, SAFETY, AND SUSTAINABILITY IN MININGY |
1980 |
| INTEGRATION OF DIGITAL TECHNOLOGIES AND ADVANCED EXPLOSIVES FOR SAFETY,EFFICIENCY AND CONTROL IN ROCK BLASTING: EXPERIENCE FROM A SURFACE GOLD OPERATION |
1967 |
| PREPARATION OF PAPERS – INNOVATIVE APPROACHES TO MANAGING REACTIVE GROUND RISKS IN COMPLEX BLASTING APPLICATIONS |
1949 |
| IMPACT OF LOAD DIAMETER AND SPACING ON PRESPLIT DESIGN: FINITE ELEMENTANALYSIS |
1936 |
| DEVELOPMENT AND IMPLEMENTATION OF A QUANTITATIVE FLYROCK FRAMEWORK FOR SAFER AND MORE PRODUCTIVE SURFACE MINING |
1926 |
| Mine Planning Under Uncertainty and Complexity |
2042 |
| ACCELERATING UNDERGROUND DEVELOPMENT THROUGH IN‑CYCLE SHOTCRETE: A CASE STUDY FROM INMACULADA MINE, PERU |
2147 |
| PILOT STUDY ON IN-SITU STRESS ESTIMATION IN CARBONATE AND SANDSTONESTRATA USING ACOUSTIC EMISSION AND THE KAISER EFFECT |
2136 |
| PLANNING OF A MINING CONCEPT FOR AN UNDERGROUND OPERATION IN A CHALLENGING ALPINE ENVIRONMENT |
2126 |
| STRESS INVERSION USING DATA RECORDED BY A SMALL SEISMIC SYSTEM |
2112 |
| CHALLENGES OF MINING PREPARATION IN CHUQUICAMATA UNDERGROUND |
2103 |
| SUSTAINABILITY UNDER EXTREME RISK: AN INTEGRAL PROBABILISTIC ASSESSMENTOF CASH COST AND NPV IN GOLD MINING WITH ADVANCED MONTECARLOSIMULATION |
2087 |
| SOLVING THE MINE SEQUENCING PROBLEM INCLUDING GEOMETALLURGICAL VARIABLES USING A SIMULATED ANNEALING METAHEURISTIC |
2075 |
| USE OF DISCRETE-EVENT SIMULATION FOR DECISION-MAKING IN UNDERGROUNDMINING |
2064 |
| MULTIDIMENSIONAL STOCHASTIC MINE PLANNING AND DESIGN FOR SUSTAINABLE MINING |
2053 |
| KEY CRITERIA FOR INTEGRATING POWER SUPPLY INTO OPEN‑PIT MINE DESIGN ANDPLANNING |
2043 |
| Transforming Underground Stability |
1858 |
| ADVANCEMENTS IN GEOTECHNICAL MONITORING: LEVERAGING CROSSFERTILIZATIONBETWEEN AEROSPACE AND MINING FOR SUSTAINABLE RESOURCE EXTRACTION |
1915 |
| INNOVATIVE GROUND SUPPORT TECHNIQUES IN UNDERGROUND MINING |
1904 |
| TOWARDS SUSTAINABLE AND ECONOMIC REE MINING IN EUROPE:RAISE MINING AS AN ALTERNATIVE TO OPEN STOPING |
1893 |
| THREE LEVEL SEQUENTIAL RECOVERY OF ORE PILLARS IN SUBLEVEL STOPPING: AGEOMECHANICAL APPROACH TO BLAST DESIGN FOR SUSTAINABLE UNDERGROUNDMINING |
1859 |
| OPTIMIZED GROUND ANCHORS USING GRAPHENE-REINFORCED GFRP: ASUSTAINABLE ALTERNATIVE TO STEEL IN MINING GEOTECHNICS |
1870 |
| EXCAVATION DESIGN FOR THE NOVEL VERTICAL CUTTER MINING (VCM) METHOD:EFFECTS OF SHAFT SPACING ON STRESS AND STRAIN DISTRIBUTION |
1884 |
| Andean Flagship Sessions |
2158 |
| Innovation at Work - Case Studies in Smart Mining |
2294 |
| WORKFORCE RENAISSANCE FOR NEW TECHNOLOGY: INTEGRATING CULTURALDIAGNOSIS WITH ADAPTIVE LEARNING DESIGN IN A CHILEAN COPPER DIVISION |
2332 |
| ENVIRONMENTAL MANAGEMENT AND RECOVERY OF DISTURBED AREAS AT THEMIRADOR MINE – ECUADOR |
2323 |
| APPLICATION OF ARTIFICIAL INTELLIGENCE IN MINERAL EXPLORATION – CASESTUDY CAJAMARCA, PERU |
2316 |
| TOWARDS A CMSI-LATAM: REGIONALIZING GLOBAL MINING STANDARDS FORCREDIBLE AND SCALABLE IMPLEMENTATION |
2310 |
| IMPLEMENTATION OF PERU’S FIRST WORLD CLASS AUTONOMOUS AND DIGITAL MINING OPERATION AT QUELLAVECO |
2305 |
| BUENAVENTURA: LONG-TERM VALUE CREATION AND CONTRIBUTIONTO PERU’S DEVELOPMENT |
2295 |
| From Closure to Legacy - Rethinking Mining Sustainability |
2226 |
| SECURING A JUST ENERGY TRANSITION THROUGH TRANSFORMATIVE COALITIONS:THE POTENTIAL OF TERRITORIAL TRANSFORMATION OBSERVATORIES IN PERU’SSOUTHERN MINING CORRIDOR |
2285 |
| PROGRESS OF OFFSETS IN PERU: ANALYSIS OF LOCAL REGULATIONS AND THEOPPORTUNITY TO INCORPORATE INTERNATIONAL GUIDELINES |
2272 |
| GEOTHERMAL POTENTIAL FOR THE DECARBONIZATION OF MINING IN PERU ANDTHE ANDEAN REGION: OPPORTUNITIES AND CHALLENGES |
2260 |
| FROM COMPLIANCE TO LEGACY: MINE CLOSURE, RISK MANAGEMENT, AND SOCIALTRANSITIONS IN MINING TERRITORIES. A COMPARATIVE ANALYSIS OF EXPERIENCESIN PERU AND COLOMBIA |
2250 |
| INTEGRATING COMMINGLING INTO THE STRATEGIC WASTE ROCK PLANNING ATANTAMINA MINE |
2239 |
| INNOVATION AND DIGITAL TRANSFORMATION AT MINERA CHINALCO PERU S.A.GIO – TRANSFORM TO INTEGRATE |
2227 |
| From Resources to Influence -Latin America Mining Shift |
2159 |
| PARTICIPATORY MANAGEMENT IN THE AMAZON: PROGRESS, POTENTIAL ANDREPLICABILITY OF THE “NUESTROS SABERES” PROGRAM IN MINING CONTEXTS |
2215 |
| REAL-TIME MICROSEISMIC TRAFFIC LIGHT SYSTEM FOR EARLY WARNING ANDPREVENTIVE MANAGEMENT OF GEOMECHANICAL RISK IN UNDERGROUND MINING(DISRUPTIVE TECHNOLOGIES REQUIRED ACROSS THE MINING VALUE CHAIN TOATTRACT NEW CAPITAL) |
2205 |
| MINERAL ICEBERG: HOW STRATEGIC MINERALS ARE SHAPING A NEW LATIN AMERICA’S ROLE IN THE GLOBAL GEOPOLITICS TRANSITION |
2194 |
| STRUCTURAL ANALYSIS OF THE LATIN AMERICA AND CARIBBEAN COPPERCONCENTRATE TRADE NETWORK |
2183 |
| STRATEGY FOR THE PROMOTION OF MINING INVESTMENTS AND THESUSTAINABILITY OF THE MINING SECTOR, PERU – 2026 |
2171 |
| PILLONES PROJECT: FIRST PUBLIC–PRIVATE PARTNERSHIP IN PERU20 YEARS TRANSFORMING AREQUIPA AND THE SUSTAINABILITY MODEL OF THECOUNTRY |
2160 |
| Safety, Social Performance and Talent Management |
2342 |
| Social Performance and Indigenous Partenerships |
2373 |
| SOCIETY AND MINING: BUILDING LEGITIMACY IN CONTESTED ENVIRONMENTS WORLD MINING CONGRESS 2026 |
2383 |
| FROM SOCIAL RISK TO STRATEGIC VALUE: INTEGRATING INDIGENOUSRESETTLEMENT INTO LIFE-OF-MINE PLANNING |
2394 |
| DELIVERING SHARED VALUE WITH INDIGENOUS COMMUNITIES: LINKINGINDIGENOUS GOVERNANCE, TECHNOLOGY, AND PROJECT DELIVERY OUTC |
2401 |
| THE INCLUSION OF INDIGENOUS VALUES AND INTERESTS THROUGH MEANINFULPARTNERSHIPS IN MINING PROJECTS |
2410 |
| FROM CONSULTATION TO CO-OWNERSHIP: OPERATIONALIZING THE TRIANGLE OFTRUST THROUGH THE DEVELOPMENT PARTNER FRAMEWORK |
2374 |
| Future Workforce and Education Innovation |
2418 |
| FRAMEWORK FOR RESPONSIBLE MINING AND PROCESSING IN INDIA |
2457 |
| REBUILDING TRUST THROUGH SUSTAINABLE TERRITORIAL DEVELOPMENT: APOLICY AND INNOVATION AGENDA FOR THE FUTURE OF MINING |
2447 |
| INCREASING THE EFFECTIVENESS OF ADVANCED TECHNOLOGY TOOLS IN MININGEDUCATION: VIRTUAL REALITY, AUGMENTED REALITY, AND 3D MODELS |
2438 |
| WHO PAYS FOR JUSTICE? LEGAL REPRESENTATION FOR MINING-AFFECTEDCOMMUNITIES – WITH A FOCUS ON SOUTH AFRICA |
2430 |
| BRIDGING THE DOUBLE TALENT GAP: EDUCATION AND AI FOR MINING’S NEXT GENERATION |
2419 |
| Health and Safety Leadership, Risks and Critical Controls |
2343 |
| HUMAN + DIGITAL: RE-HUMANIZING SAFETY LEADERSHIP IN THE AGE OF SMARTMINING — LESSONS FROM PERU FOR LATIN AMERICA |
2365 |
| BRINGING TOGETHER HEALTH AND SAFETY MANAGEMENT SYSTEMS, RISKMANAGEMENT AND CRITICAL CONTROL MANAGEMENT |
2353 |
| ASSESSING SITUATION AWARENESS IN AUTOMATED MINING SYSTEMS TO IMPROVESAFETY AND PRODUCTIVITY |
2359 |
| QUANTUM POTENTIAL INDEX – QPI: MEASURING WHAT CPULD HAVEHAPPENEDAPPLIED TO FATIGUE AND DROWSINESS IN 24/7 MINING HAULAGESYSTEMS |
2344 |
| Critical Minerals, Strategic Materials and Mineral Policy |
2469 |
| Strategic Materials and Mineral Policy |
2602 |
| DECARBONISING MINERAL PROCESSING: INSIGHTS FROM A LIFE CYCLE ASSESSMENT APPROACH |
2645 |
| MCNULTY CURVES – NEW PERSPECTIVES TO ENABLE TRUST, TRANSFORMATION, ANDTECHNOLOGY |
2637 |
| FROM EXTRACTION TO ACTION: EUROPE’S GLOBAL PLAYBOOK FOR CRITICAL RAWMATERIALS |
2629 |
| GEOCHEMICAL EXPLORATION FOR CRITICAL RAW MATERIALS IN THE IBERIANPYRITE BELT (SPAIN) |
2623 |
| GLOBAL NATURAL GRAPHITE SUPPLY – A REASON TO WORRY? |
2608 |
| THE NORDIC MINING CLUSTER, EU, CHINA AND THE GLOBAL SOUTH |
2603 |
| Institutional Pathways for Responsible Mining |
2470 |
| AN INTEGRATED MANAGEMENT MODEL FOR THE VIABILITY OF MINING CLUSTERSAND PUBLIC-PRIVATE INFRASTRUCTURE DEVELOPMENT IN PERU |
2477 |
| WHEN ILLEGALITY BECOMES LEGITIMATE: GOVERNANCE RISKS FOR RESPONSIBLEMINERAL SUPPLY |
2490 |
| INNOVATION AND MINING KNOWLEDGE GOVERNANCE: TOWARD A REGULATION FORSCIENCE AND THE GREEN TRANSITION |
2506 |
| TOWARDS INTEGRATED RESOURCE GOVERNANCE FOR CRITICAL MINERALS:OPERATIONALIZING UNFC AND UNRMS FOR NEXUS-ORIENTED CRITICALITY ANDMIDSTREAM READINESS |
2515 |
| FROM OFFSETS TO OUTCOMES: RE-FRAMING NATURE-BASED SOLUTIONS AS PEOPLECENTREDPROCESSES |
2527 |
| INNOVATION AND ACTION FOR NATURE-POSITIVE MINING |
2471 |
| Delivering Critical Minerals |
2539 |
| THE ART OF HOW IN THE CRITICAL MINERALS ERA |
2590 |
| MINERALOGICAL STUDY OF A BRAZILIAN LITHIUM-BEARING PEGMATITE |
2580 |
| COPPER IN PERU: A 55-YEAR REVIEW |
2571 |
| RED MUD AS A STRATEGIC SECONDARY RESOURCE FOR CRITICAL MINERALS:COMPARATIVE CHARACTERIZATION AND POLICY IMPLICATIONS FROM INDIANALUMINA REFINERIES |
2563 |
| ION-EXCHANGE RESINS FOR LITHIUM HYDROXIDE PURIFICATION |
2551 |
| MIND THE GAP: TRANSFORMING MINING SYSTEMS TO MEET THE CHALLENGES FOR THE NEXT DECADE |
2540 |
| INDEX |
2657 |