Papers in collection

• Application of Reverse Flotation in Upgrading Western Australian Magnetite Iron Ores Go to Paper
• Application of Thermo-Chemical Analysis to Control the Recovery of Silicon During the Production of Ferro-Chromium in Submerged-Arc Furnace Go to Paper
• Beneficiation of Syrian Iron Ore for DRI - Production - An Exploratory Study Go to Paper
• Circored and Circofer Two New Fine Ore Reduction Processes Go to Paper
• CPR Pellets - A Blast Furnace Grade Go to Paper
• CRIMM - A New Process for Production of Directly Reduced Iron with Coal-Based Rotary Kiln Go to Paper
• CSIRO Research for the Iron Ore Industry Go to Paper
• DRI - An Alternative Amongst Many Go to Paper
• Economical Evaluation of Use of Sinter in an Integrated Mini Steel Plant Go to Paper
• Efficient Utilisation of Reductant in Composite Ore-Char Pellets Go to Paper
• Emerging Technologies for Ironmaking - An Indian Perspective Go to Paper
• Fundamentals to Produce Fe-Mn Alloy by Smelting-Reduction Process Go to Paper
• HBI - Hot Briquetting of Direct Reduced Iron Technology and Status of Industrial Application Go to Paper
• High Quality Pig Iron from AusIron Processing Go to Paper
• Hismelt - Direct Ironmaking Becomes a Reality Go to Paper
• HYL Self-Reforming Technology: Start-Up and Operation Go to Paper
• Innovations and State-of-the-Art Technologies Employed in the Continuous Casting of Slabs and Beam Blanks Go to Paper
• Iron Ore Fines to Slabs via the MIDREX Direct Reduction Process in Western Australia Go to Paper
• Iron Through the Ages Go to Paper
• Kinetics and Mechanism of Reduction in Composite Iron Ore - Reductant Pellets Go to Paper
• Kudremukh Experience With Roller Press - A Saga Go to Paper
• Measurement of Phase Transformation Rates During the Reduction of Iron Oxides Using High-Temperature X-Ray Diffraction Go to Paper
• Nucleation and Early Growth Pertinent to Near Net Shape Casting Go to Paper
• Ore Characterisation and Davis Tube Testing in Upgrading Magnetite Iron Ore for DRI Feed Go to Paper
• Ore Grinding Energy Minimisation by Thermal Treatment Go to Paper
• Pelletising Characteristics of the Magnetite Concentrate from Daye Iron Mine Go to Paper
• Preparation of Iron Oxide Feed Stock for Pig Iron/Sponge Iron Production - Role of NMDC Go to Paper
• Production of High-Quality DR Grade Pellets at IMEXSA Go to Paper
• Production of Nickel Bearing Pig Iron in Blast Furnace From Chromite Overburden Go to Paper
• Role of Raw Materials in Various Methods of Iron Production Go to Paper
• ROMELT - A Completely Liquid-Phase Reduction Process (LPRP) for Production of Hot Metal Go to Paper
• Smelting Reduction and Direct Reduction of Iron Ores VAI Technologies for Scrap Substitutes (COREX, FINMET, FINEX) Go to Paper
• Smelting Reduction Studies: Scope and Limitations Go to Paper
• Some Thoughts About Injection of Plastics Into the Blast Furnance Go to Paper
• Steelmaking - Technological Options Go to Paper
• Study of a Two-Stage Smelting Reduction Process for Ironmaking by a Thermochemical Model Go to Paper
• The Port Hedland FINMET Project - Fluid Bed Production of High Quality Virgin Iron for the 21st Century Go to Paper
• The Technored Process - Redefining the Steel Business Go to Paper
• Upgrading of Iron Ores by Wet High Intensity Magnetic Separation (WHIMS) Go to Paper