Papers in collection

• The Roy Hill Project Go to Paper
• The SNIM Guelb II Project in Mauritania - Process Design Challenges Go to Paper
• The Benefits of Computational Modelling in Improving Iron Ore Production and Processing Go to Paper
• Dewatering Marra Mamba - Lessons Learned Go to Paper
• Recent Iron Making Topics in Japan Go to Paper
• Developing the West Pilbara Iron Ore Project Go to Paper
• Development Options for the Eyre Peninsula Magnetite - An Owner's Perspective Go to Paper
• Overcoming the Challenges of Managing Tailings from Iron Ore Mining in Western Australia Go to Paper
• Iron Ore Holdings Ltd - Case Study of the Environmental Approval Challenges for an Emerging Junior Go to Paper
• Using X-Ray Diffraction for Grade Control and Minimising Environmental Impact in Iron and Steel Industries Go to Paper
• New Ore Types from the Cau Banded Iron Formation, Quadriltero Ferrfero, Minas Gerais, Brazil - Responses to the Growing Demand Go to Paper
• From Banded Iron Formation to Iron Ore - Genetic Models and Their Application in Iron Ore Exploration in the Hamersley Province, Western Australia Go to Paper
• (U-Th)/He Geochronology of Channel Iron Deposits, Robe River, Hamersley Province, Australia - Implications for Ore Genesis Go to Paper
• Contrasting Styles of High-Grade Iron Mineralisation at Weld Range, Western Australia Go to Paper
• Discovery and Geology of the McPhee Creek Iron Deposit, Northern Pilbara, Western Australia Go to Paper
• Realising the Potential of the Boolgeeda Iron Formation - Stratigraphy and Iron Mineralisation at McCamey's North, Hamersley Province, Western Australia Go to Paper
• Airborne Gravity Gradiometry and Magnetics in the Search for Economic Iron Ore Deposits Go to Paper
• Microplaty Haematite of the High-Grade Iron Ores - Its Nature and Genesis Go to Paper
• Channel and Detrital Iron Deposits of the Flinders Mines Pilbara Iron Ore Go to Paper
• The Tonkolili Iron Ore Deposits, Sierra Leone Go to Paper
• Mapping Quartz, Carbonates and Riebeckite in Banded Iron Formation Iron Ore Drill Core Using CSIRO's TIRHyLogging System Go to Paper
• In-Pit Crushing and Conveying Bench Operations Go to Paper
• The Use of Integrated Web-Based Solutions in Productivity Improvement Go to Paper
• Performance Enhancing Blends - Concentrator Feed Blending at Iron Magnet Go to Paper
• Identification of Shale and Ore Boundaries Using Gaussian Processes Go to Paper
• Research on the Shape and Particle Size Distribution of Caved Ore Mass in Sublevel Caving Go to Paper
• New Innovations in Field Portable X-Ray Fluorescence for the Iron Ore Industry Go to Paper
• Real-Time Image Analysis of Iron Ore Cores and Drill Chips to Complement Spectral Measures Go to Paper
• Comparative Study of Iron Ore Characterisation by Optical Image Analysis and QEMSCANTM Go to Paper
• Methodology for Selecting Borehole Samples of Iron Ore for Mineral Processing Characterisation Go to Paper
• Technological Characterisation of West African Iron Ores in Order to Predict their Performance in the Beneficiation Process Go to Paper
• Use of Metallurgical Test Data in Resource Evaluation for Magnetite Deposits Go to Paper
• Characterisation of Bedded and Channel Iron Ore Deposits Using CSIRO's HyLogging Systems Go to Paper
• Determination of Iron Ore and Gangue Mineral Associations Using Optical and Backscattered Electron Images with Electron Probe Microanalysis Go to Paper
• Quantitative X-Ray Mineralogy of Iron Ore and Scales Go to Paper
• Geometallurgy and Ore Processing of the Hibbing Taconite Lake Superior-Type Magnetite Taconite Deposit, Mesabi Iron Range, Minnesota, USA Go to Paper
• The Occurrence of Phosphorus and Other Impurities in Australian Iron Ores Go to Paper
• The Scratch Test - An Attractive Method to Measure the Strength of Iron Ore Material Go to Paper
• Real-Time Online Analysis of Iron Ore, Validation of Material Stockpiles and Roll Out for Overall Elemental Balance as Observed in the Khumani Iron Ore Mine, South Africa Go to Paper
• Geochemical Characterisation of Flinders Mines' Pilbara Iron Mineralisation Go to Paper
• Nature and Distribution of Gibbsite in Some Western Australian Iron Ores Go to Paper
• Particle Size Analysis - Optimising Returns in Iron Ore Go to Paper
• Occurrence and Mineralogical Association of Phosphorus in Australian Bedded Iron Ore Deposits Go to Paper
• Resource Estimation Using Reverse Circulation and Blasthole Samples in a Bedded Iron Ore Deposit Go to Paper
• Raman I Do - Raman Spectroscopy for the Mineralogical Characterisation of Banded Iron Formation and Iron Ore Go to Paper
• Application of Optimisation Technology to Resource Planning Within BHP Billiton Iron Ore Go to Paper
• Investigation on Collector Optimisation in the Reverse - Iron Ore Flotation Go to Paper
• The Integrative Technology of Slon Magnetic Separator and Centrifugal Separator for Processing Oxidised Iron Ores Go to Paper
• The Effect of Seasonal Variations on the Performance of Mineral Processing Plants - A Case Study of Deposit-10/11A Mine of NMDC Ltd Go to Paper
• Use of an Online Elemental Analyser to Optimise the Sinter Process at ThyssenKrupp Steel Europe, Duisburg, Germany Go to Paper
• Utilisation Technologies for Australian Iron Ore in China Go to Paper
• Bio-Beneficiation of Australian Iron Ores - Potential Applications of Indigenous Bacteria for Flotation, Flocculation and Phosphorous Removal Go to Paper
• Removal of Phosphorous from Australian Iron Ores Go to Paper
• Understanding Reactions in Iron Ore Pellets Go to Paper
• Thickening at Karara - The Role of Test Work and Innovative Design Go to Paper
• Calculating the Value of Iron Ores in Ironmaking and Steelmaking Go to Paper
• Innovative Beneficiation of Iron Ore Fines with allflux Two-Stage Fluidised Bed Classifiers and gaustec Wet High Intensity Magnetic Separators Go to Paper
• Dephosphorisation of Limonitic Concentrate by Roasting, Acid Leaching and Magnetic Separation Go to Paper
• Conversion of a Pelletising Induration Furnace from a Haematite to Magnetite Feed Go to Paper
• A Study into Bonding within Reduced Titanomagnetite-Coal Compacts Go to Paper
• The Dispersion of Kaolinite Go to Paper
• Investigation of Mixing and Rolling Drum Performance at Port Kembla's Sinter Machine Through Full-Scale Sampling and Laboratory Scale Experiments Go to Paper
• Process Control Integration into a Brownfields Iron Ore Plant as Applied to the Khumani Iron Ore Mine Go to Paper
• Expansion of Iron Ore Processing Plant Using a Modular Design Basis as Applied to the Khumani Iron Ore Mine, South Africa Go to Paper
• Alumina Reduction Challenges in the Benefi ciation of Low-Grade Haematite Iron Ores Go to Paper
• Improving the Fluxed Pellets Performance by Hydrated Lime Instead of Bentonite as Binder Go to Paper
• Oversize Reduction Project at the Iron Ore Company of Canada Go to Paper
• Characterisation of Long-Term Scaling Effects of Ceramic Filter Media Used in the Dewatering of Iron Ore Go to Paper
• Unlocking the Value in Waste and Reducing Tailings - Magnetite Production at Ernest Henry Mining Go to Paper
• In Situ Diffraction Studies of Phase Formation During Iron Ore Sintering Go to Paper
• Beneficiation of Low-Grade Haematite Ores Go to Paper
• Fine Sizing in Magnetite Concentration Go to Paper
• The Product Quality System at Cliffs Natural Resources - Koolyanobbing Iron Ore Operations Go to Paper
• Improving the Granulating and Sintering Performance by Pretreating Concentrates Using a Roller Press Go to Paper
• The Central Eyre Iron Project - Process Selection and Design Go to Paper
• Identify, Convert and Sustain - Resource Development in the Pilbara - The Rio Tinto Way Go to Paper
• A Collaborative Approach to Iron Ore Beneficiation at Assmang Khumani Processing Plant Go to Paper
• Process Development for the Marampa Iron Ore Tailings Project, Sierra Leone Go to Paper
• Razorback Iron Ore Project - A New Iron District to Meet the Growing Demand of an Iron Hungry World Go to Paper
• Extension Hill Direct Ship Iron Ore Project - Seven Years in the Making Go to Paper
• Development of the Hawsons Low-Grade Magnetite Go to Paper
• Cape Lambert Upgrade Project Go to Paper
• Solomon Iron Deposits - Continued Growth and Development Go to Paper