Papers in collection

• Effect of alkaline roasting conditions on the dephosphorisation of high-phosphorus iron ore Go to Paper
• Integration of real-time, online, individual cyclone measurement at Cerro Verde – challenges and lessons learned Go to Paper
• Sensors and automation – a unique opportunity to leverage real-time gold recovery data through data analysis and automation in gold processing Go to Paper
• Investigating industrial feasibility of utilising magnetising roasting for goethite ore Go to Paper
• Improving tungsten recovery through the reuse of mine wastewater Go to Paper
• Ore variability and process plant performance – the impacts to revenue Go to Paper
• Real-time fluorine mineral sensor – taking research to prototype Go to Paper
• A geometallurgical approach towards the correlation between rock type mineralogy and grindability – a case study in the Aitik mine, Sweden Go to Paper
• Online FTIR analysis for improved efficiency in alumina production Go to Paper
• A standardised method for the precise quantification of practical minimum comminution energy Go to Paper
• Comparison of dry VRM or HPGR circuits to wet milling circuits Go to Paper
• A HPGR pseudo-dynamic model approach integrated with real-time information for pressing iron ore concentrates in industrial-scale Go to Paper
• Microwave heating behaviour of ores and its application to high-power microwave assisted comminution and ore sorting Go to Paper
• In situ study of mineral liberation at the onset of fragmentation of a copper ore using X-ray micro-computed tomography Go to Paper
• Multicomponent modelling of ore blending in grinding circuits – a new model and case study Go to Paper
• An investigation of gyratory crusher liner wear at the Telfer Operation using non-operational streamlined modelling Go to Paper
• Quantification of HPGR energy efficiency effects on downstream grinding process Go to Paper
• Soft sensors for advanced process monitoring and control of comminution circuits Go to Paper
• Measuring the effect of hybrid classification in a pilot-scale test Go to Paper
• Incorporating wear into SAG mill dynamic modelling – implications for process control of grinding circuits Go to Paper
• Assessment of lifter effect on tumbling mill dynamics using CFD-DEM coupling approach Go to Paper
• Evaluating rheological features inside tumbling mills using DEM data previously validated against PEPT measurements Go to Paper
• Effect of pebbles on collisional environment in a ball mill using composite media (balls/pebbles) Go to Paper
• Enhancing energy efficiency and reducing water consumption in TowerMill circuit through design and optimisation Go to Paper
• An attempt to a full energy balance for a pilot-scale stirred media mill Go to Paper
• XCT investigation on the generation of fatigue in autogenous grinding pebbles and its contribution to pre-weakening before fracture Go to Paper
• The irrefutable value of introducing a dynamic transport term into mill modelling Go to Paper
• Practical measures of process efficiency and opportunity Go to Paper
• Multicomponent modelling and simulation of the Minas Rio iron ore grinding circuit Go to Paper
• Research on the throughput of inertia cone crusher using orthogonal experimental method Go to Paper
• Investigation of silica reduction effects on HPGR operation condition in case of iron ore increasing specific surface area Go to Paper
• Sensitivity of coupled dissolution – precipitation reactions to brine chemistry during copper sulfide heap leaching Go to Paper
• Process mineralogy of Tarkwaian paleo placer gold deposit in Ghana Go to Paper
• The effect of energy impacts on the leaching performance of eudialyte concentrate and selective recovery of zirconium and REE from pregnant solutions Go to Paper
• An electrochemical and spectroscopic study of the leaching mechanisms of enargite and chalcopyrite in sulfuric acid Go to Paper
• Development of a comprehensive methodology for in situ characterisation of sulfide minerals during leaching Go to Paper
• Separation and enrichment of copper, nickel and cobalt from acidic leach solution of smelter slag using solvent extraction and selective precipitation Go to Paper
• Flow sheet development for treatment of rare earth ores Go to Paper
• The importance of the curing stage in the fixation of arsenic in pressure oxidation Go to Paper
• The MTM copper process Go to Paper
• Synergistic defoaming/anti-foaming in zinc leaching with surfactant and silicone based defoamers Go to Paper
• Flow field investigation of high gravity spirals using experimental and CFD techniques Go to Paper
• Air-core imaging in a hydrocyclone using non-invasive ERT Technique – effect of reconstruction algorithms Go to Paper
• Estimation of bubble size distribution and local turbulence in a bubbly flow system Go to Paper
• An investigation into maximising the product grade and recovery of dense minerals in a single-stage REFLUX™ Classifier Go to Paper
• Evolution of the modern surge-bin in mineral processing plants with highly variable feeds Go to Paper
• Multi-phase CFD modelling of spiral concentrator – Prediction of particle segregation and separation performance Go to Paper
• New sensor development for hydrocyclone overflow particle cumulative percent passing size online monitoring – a preliminary experimental investigation under dry condition Go to Paper
• Breakthrough in elliptical motion screen trial delivers significant performance gains Go to Paper
• Effects of anglesite on the flotation of sphalerite in complex sulfide ores and a method to suppress sphalerite floatability Go to Paper
• Investigation of silica removal by reverse flotation to improve quality of mixture concentrates produced through spiral gravity separation and Slon-VPHGMS process Go to Paper
• Investigating the influence of the electrochemical environment on the flotation of a mixed sulfide mineral system of bornite and chalcocite Go to Paper
• Considering the action of water quality on the electrochemical response of Galena Go to Paper
• The effects of operational parameters on HydroFloat® performance in a metalliferous application Go to Paper
• An electrochemical investigation on the mechanisms of interfacial interactions of a xanthate collector on PGM mineral surfaces in the presence of ions Go to Paper
• Selective flocculation of hematite and silica Go to Paper
• Investigation of flotation behaviours of fine particles in a complex ore consisting of various copper minerals Go to Paper
• New perspectives in iron ore flotation – from fundamental studies to on-site pilot testing Go to Paper
• Techno-economic implications of implementing novel reagents to improve fines recovery in mineral flotation Go to Paper
• Assessing flotation circuit efficiencies using the liberation characteristics of particles in the circulating load Go to Paper
• α-Tocopherol based small molecules and RAFT polymers as novel collectors for mineral beneficiation Go to Paper
• Traversing the Valley of Death – upscaling the REFLUX™ flotation cell Go to Paper
• Enhanced fine particle recovery with the Concorde Cell Go to Paper
• The effect of soluble cations on monazite flotation Go to Paper
• Unravelling the adsorption modes of flotation reagents by atomistic simulations Go to Paper
• Managing the flotation response of pyrrhotite from Cu-Ni-PGM ores using process water of a degrading quality Go to Paper
• Application of water-soluble polymers as flotation reagents for the extraction of gold from finely ground products Go to Paper
• Decoupling the pulp and froth effect of ultrafine particles on Itabirite iron ore flotation Go to Paper
• Modification and adsorption of triazine collectors onto pyrite surfaces Go to Paper
• Computational density functional theory study of triazine adsorption on sperrylite (100) surface Go to Paper
• Considering the effects of milling media and water chemistry in the flotation of selected base metal sulfides Go to Paper
• Further investigations into the relationship between the non-ideal behaviour of a particle-collector aggregate as determined using partial molar excess Gibbs energy and its hydrophobicity Go to Paper
• Comparison of bubble coalescence time and thin film balance techniques in studying the interaction of flotation reagents and salt Go to Paper
• Drag sensor and other tools for real-time monitoring of a flotation process Go to Paper
• Exploring two approaches for real-time measurement of frother concentration Go to Paper
• Synthesis of novel flotation collectors based on cardanol derivatives and its RAFT copolymers Go to Paper
• The synergistic interaction between hexanol and dithiophosphate at the air-water and galena-water interface Go to Paper
• Investigating the floatability of sperrylite and its interactions with selected standard and novel collectors Go to Paper
• Impact of hydrophobic particles on the classification of flotation frothers Go to Paper
• Towards a model-informed process control strategy for coal flotation in a Jameson Cell Go to Paper
• Effect of sodium sulfite on flotation behaviour of bornite and tennantite Go to Paper
• Evaluation of the impact of modifying froth launders in an industrial flotation bank using novel flotation models Go to Paper
• Separation of graphite from cathode materials in spent lithium-ion batteries using flotation technology Go to Paper
• New reagents for beneficiation of lithium ores Go to Paper
• Improving flotation hydrodynamics to maximise nickel recovery from tailings Go to Paper
• Gold telluride synthesis and flotation Go to Paper
• Passivation effect of immobilised ferric (hydroxy-)xanthate upon calcium/magnesium precipitates on the pyrite depression in alkaline conditions Go to Paper
• Parametric study of flotation with acoustic sound Go to Paper
• Characterisation of mineral flotation along industrial circuits using mineralogical analysis Go to Paper
• Pulp rheology of fine mineral flotation – a review Go to Paper
• Pre-concentration by screening – a cost-effective approach to testing and evaluation Go to Paper
• Development of a new beneficiation plant for recovery of iron and apatite concentrates through wet tailing dams Go to Paper
• The study of applying dry cobbing pre-concentration and its impact on concentrator efficiency and pit optimisation – Yogi BIF magnetite iron ore mine Go to Paper
• Pre-concentration – more than bulk ore sorting Go to Paper
• Towards grade engineering using X-ray microtomography Go to Paper
• Flotation machine gas characterisation – variation between different types of flotation machines Go to Paper