Papers in collection

• Optimising value – unlocking potential on the revenue side of the value equation Go to Paper
• The HIsmelt technology: from Australia to China… and back again? Go to Paper
• R&D applications for sustainable mining Go to Paper
• Recent research and development topics of iron-making technologies in Nippon Steel Corporation Go to Paper
• Collaboration delivers value to the mining industry Go to Paper
• Influence of drum operating parameters on granulation Go to Paper
• The determination of optimum granulation moisture of iron oxide ore blends using their moisture saturation capacities Go to Paper
• The answer isn’t always Phi=25°: why reducing consultant input during downturns can hurt the Australian iron ore industry Go to Paper
• Evaluation of different blast furnace sinters using standard and novel experimental techniques Go to Paper
• Cold briquetting of iron ore fines for DRI production: challenges, possibilities and solutions Go to Paper
• Optimising the sintering process at Port Kembla using real time feed composition Go to Paper
• Sintering behaviour of adhering fines and nucleus particles of ores Go to Paper
• Characterisation of iron ore sinter phases by optical microscopy and EPMA Go to Paper
• Reaction model to estimate accompanying carbonaceous material amount in carbon-core fired pellet and a few considerations of its high reducibility Go to Paper
• Improvement of sintering characteristics by the briquetting of high alumina iron ore and ultrafine iron ore Go to Paper
• Process monitoring for iron ore pelletizing – XRD in combination with PLSR Go to Paper
• Separate granulating efficiency for sinter strength and reducibility based on promotion of magnetite ore oxidation Go to Paper
• Promoting assimilation of magnetite fine ore for CO2 reduction from sintering process Go to Paper
• Quality of sinter ore by flame zone shape in bed location Go to Paper
• Measured and modelled air flow rates during the iron ore sintering process: green and sintered beds Go to Paper
• Study on multi-component calcium ferrites formation by using XRD-Rietveld analysis Go to Paper
• Effect of Al2O3 and FeO composition on RDI in sintering process Go to Paper
• Influence of the magnetite concentrate properties on sintering performance of magnetite-hematite-goethite iron ore blends and sinter quality Go to Paper
• Wetting behaviors of calcium ferrite on gangues in iron ore sintering process Go to Paper
• Effect of alumina and its types on sintering performance Go to Paper
• Predictive maintenance in mining with MATLAB Go to Paper
• Next generation reclaimer automation – using real-time high-resolution 3D LIDAR to optimise stockyard productivity and ship loading efficiency Go to Paper
• Taking back control: the benefits of introducing centralised production systems to entire brownfields operations Go to Paper
• AI algorithms to monitor the performance and condition of vibrating machines Go to Paper
• Digital optimisation: lessons learned from other industries at the forefront to deliver iron ore mines of the future Go to Paper
• Use of strength, hardness and abrasion parameters to increase orebody knowledge and material characterisation Go to Paper
• Continuous visible to far infrared spectroscopy for the prediction of iron ore properties Go to Paper
• Using wireline logged density to help define an elusive contact in a historical channel iron deposit Go to Paper
• Automated optical image analysis of lower grade iron ores Go to Paper
• 3D characterisation of iron ores: imaging the invisible? Go to Paper
• Comparison of the mineralogy of iron ore sinters using a range of techniques Go to Paper
• Downhole geophysics sensors for reverse circulation drilling in iron ore Go to Paper
• The potential for pure magnetite concentrate from Hawsons Go to Paper
• Ore type characterisation of the Per Geijer iron ore deposits in Kiruna, Northern Sweden Go to Paper
• Geometallurgical characterisation of a channel iron deposit ore Go to Paper
• Downhole assays in the Pilbara Go to Paper
• A geometallurgical approach to product predictions at a channel iron deposit in the Pilbara Go to Paper
• Quantifying the composite microhardness and fracture toughness of iron ore sinter and their relationship to sinter metallurgical indices Go to Paper
• Iron ores of the Hotazel Formation, Northern Cape Province, South Africa Go to Paper
• Titaniferous magnetites as a source of vanadium titanium and iron Go to Paper
• Effect of coke breeze and CaO on oxidation of magnetite concentrate Go to Paper
• Development of an experimental fluidised bed reactor for the processing of New Zealand titanomagnetite ironsand Go to Paper
• Hydrogen reduction of New Zealand titanohematite pellets Go to Paper
• Don’t expect normal sequence – the opportunity of unconventional Marra Mamba exploration in the South-Eastern Hamersley Province Go to Paper
• Gangue mineralogy of titanium (Ti) in the Kiirunavaara iron ore deposit, Northern Sweden Go to Paper
• Eliwana iron ore deposits Go to Paper
• Drill hole spacing analysis in an iron ore deposit in the Pilbara, WA Go to Paper
• South Australian magnetite – the geology behind the opportunity Go to Paper
• Focusing on the critical few risks – ensuring control effectiveness through accountability Go to Paper
• Physico-chemical profile of PM2.5 emitted from the iron ore sintering process and emission reduction suggestions Go to Paper
• Evaluation of mine dewatering and related impacts at a deep underground iron mine in northern Sweden Go to Paper
• Progress in evidence-based design of rehabilitated vegetation on mine sites Go to Paper
• Downer’s approach into mine haul roads treatment Go to Paper
• The application of unmanned aerial vehicle technology to detect blast movement Go to Paper
• Product prediction in evolution – embracing geometallurgy concepts Go to Paper
• Autonomous haulage technologies in iron ore Go to Paper
• Machine learning – limiting bias and validating for value Go to Paper
• Advances in superfine crushing – a study on IMPTEC superfine crusher (SFC 160) operating parameters Go to Paper
• Evaluation of the performance of Cyclomag PMS-300 S2 Go to Paper
• Process improvement at Kumba Iron Ore Sishen and Kolomela mines through the use of GEOSCAN on belt analysis equipment Go to Paper
• AirSprings – adjustable spring system for increasing productivity and upgrade workforce safety Go to Paper
• Optimising the value of iron ore using a novel rail-running conveyor system Go to Paper
• Influence of slimes on gravity separation of iron ore fines in a REFLUXTM Classifier Go to Paper
• Downstream value adding of Western Australian iron ores Go to Paper
• Exploring iron ore fines beneficiation in a South African Context Go to Paper
• Developments in the wet and dry processing of lower grade magnetite ores Go to Paper
• Bloom Lake: flowsheet improvement and recommissioning Go to Paper
• Reducing the viscosity of concentrated iron ore slurries with composite additives for quality upgrade, reduced power, safer tailings storage and smaller environmental footprint Go to Paper
• Tailings valorization and iron recovery from spiral concentrators circuit Go to Paper
• The influence of moisture in the vibrating screen sizing and selection processes Go to Paper
• Dry beneficiation of low-grade goethite-rich iron ore fines by air classification, reduction roasting and magnetic separation Go to Paper
• Grinding circuit evolution Go to Paper
• The impact of sustainable industrial practice on process suspension rheology in iron ore Go to Paper
• Overcoming the phosphorous issue at the Agbaja iron ore project in Nigeria Go to Paper
• Flotation applied to iron ores with complex mineralogy Go to Paper
• Opportunity is ‘wear’ science and awareness meet! Go to Paper
• Akpafu-Todzi ironmaking industry – the past, present and future Go to Paper
• Not all sub-60% Fe ores are the same: the link between processing and sintering of Fortescue ores Go to Paper
• Influence of sintering conditions on the reducibility of iron ore sinter analogues Go to Paper
• Chemical interaction between basic sinter and Newman blend lump analogues Go to Paper
• Strategy for efficient utilisation of low grade iron ores in sintering Go to Paper