Papers in collection

• Understanding the side-blown furnace slag system at Glencore Nordenham’s lead plant – from theory to industrial application Go to Paper
• Experimental study and thermodynamic modelling of phase equilibria in the FeO-FeO1.5-SbO1.5-SiO2 system in equilibrium with metal Go to Paper
• Overview of the experimental phase equilibria studies of the Ni-Sn-S, Cu-Sb-S, Cu-Sn-S, Fe-Sb-As and Fe-Sn-As systems Go to Paper
• Improving industrial copper processing operations through the application of thermodynamic fundamentals and advanced predictive tools Go to Paper
• Effect of carbon on the sintering kinetics of a single hematite pellet Go to Paper
• The effect of FeO/SiO2 ratio on the feasibility of utilising iron silicate slags as supplementary cementitious materials Go to Paper
• Pyrometallurgical treatment of nickel smelting slag with biochar Go to Paper
• Distribution behaviour of B and P in Si-slag system at 1500°C Go to Paper
• Electrical conductivity measurement of CaO-Al2O3-CaF2 slags by van der Pauw-Ohta Method Go to Paper
• Phase diagram study and thermodynamic modelling of the CaO-TiO2- CaF2 system Go to Paper
• Visualisation of calculated thermodynamic properties by integration of FactSage™ with SEM-EDS element maps Go to Paper
• Combined molecular dynamics – experimental investigation of oxidic slag properties Go to Paper
• An investigative study on the interfacial behaviour of waste graphite resource with liquid iron Go to Paper
• An attempt towards ferrochromium production using molten oxide electrolysis Go to Paper
• Methodology development of electrical conductivity measurements for non-ferrous slags Go to Paper
• Recent advances in understanding phosphorus in oxygen steelmaking Go to Paper
• Process modelling and high-throughput thermochemical calculations using ChemApp for Python Go to Paper
• Distribution of impurity elements in oxygen-enriched top-blowing nickel smelting with Fe extraction-oriented slag adjustment Go to Paper
• Transient slag behaviour in the Direct Reduced Iron (DRI) and scrapbased Electric Arc Furnace (EAF) process – case study for high and low-grade DRI input Go to Paper
• Chemical- and micro-analytical techniques for molten slags, mattes, speisses and alloys Go to Paper
• Practicalities of the use of fayalite slags for recovery of metals from urban wastes Go to Paper
• Synthesis of actinide chlorides for molten salt preparation Go to Paper
• Reoxidation of Al-killed ultra-low C steel by FetO in CaO-Al2O3-MgOsat.- FetO slag representing RH slag by experiment and kinetic modelling Go to Paper
• Coupled phase diagram experiments and thermodynamic modelling of the CaO-SiO2-Ga2O3 system for Ga recycling Go to Paper
• An investigation of potential wear occurring on refractory lining and coating formation – a remedy of wear in a basic oxygen steelmaking furnace using CFD modelling Go to Paper
• Research on in situ recovery technology of hot-dip galvanised dross Go to Paper
• Ferroalloy extraction from a Zimbabwean chrome ore using a closed DC furnace Go to Paper
• Lessons learned from attempts at minimising CO2 emissions in process metallurgy – pyrolysed secondary raw materials, bio-coke, and hydrogen as alternative reducing agents Go to Paper
• Modelling of gas-slag flow behaviour in the ironmaking blast furnace – a review Go to Paper
• Molten slag flow in an ironmaking blast furnace – a mesoscopic level investigation Go to Paper
• A phenomena-based model to investigate the possibility of scrap melting in an Open Slag Bath Furnace (OSBF) for green ironmaking Go to Paper
• A short review – hydrogen reduction of copper-containing resources Go to Paper
• Production of molybdenum disilicide using a silicon-containing molten bath via the hot dipping method Go to Paper
• Calcium based ternary nitrate salts for concentrating solar power applications Go to Paper
• Increasing the deportment of titanium species to, and the stability field of pseudobrookite phase for valourisation of titaniferous slags Go to Paper
• Direct observation of the fayalite slag formation behaviour from large SiO2 grains Go to Paper
• Analysis of the melting behaviour of CaF2-free welding fluxes using hot thermocouple technique Go to Paper
• Effect of liquefaction controlling components in carbon-free mould powder for the continuous casting of ultra-low carbon steels Go to Paper
• Effect of MgO concentration on phase evolution during steelmaking slag cooling process Go to Paper
• Assessment of phase evolution in CaO–MgO–Al2O3–SiO2 system with varied Al2O3/SiO2 ratio using in situ high-temperature Raman spectroscopy and X-ray scattering Go to Paper
• Fluxing options and slag operating window for Metso’s DRI smelting furnace Go to Paper
• Studying the smelting behaviour of bauxite residue pellets reduced by hydrogen using high temperature thermal analysis Go to Paper
• The effect of iron oxide on sulfide capacities of CaO-based molten slags Go to Paper
• Effect of alumina on microstructures of iron ore sinters from the perspective of the phase equilibria of the CaO-SiO2-Fe2O3-Al2O3 system Go to Paper
• The MOLTEN Conference series and research trends in slags, fluxes and salts 1980–2023 Go to Paper
• Reduction and melting behaviours of carbon – iron oxide composite using iron carbides and free carbon obtained by vapour deposition Go to Paper
• Electrolytic reduction of metal sulfides/oxides in molten salts for sustainable metal production Go to Paper
• Radical involved reaction and weak magnetic effect between alumina refractory and high alumina slags Go to Paper
• The possibility of using an autogenous Hydrogen-DRI slag as a raw material for vanadium extraction Go to Paper
• Mixed alkali effect on structure of Al2O3-based slags Go to Paper
• Effect of solid-solved FeO and MnO on hydration of free MgO in steelmaking slag Go to Paper
• Effects of FeO/SiO2 ratio and optical basicity on viscosity and melt structure of FeO–SiO2–Al2O3–CaO–MgO–Cr2O3 melts Go to Paper
• Solubility of nitrogen and inclusion characteristics in high aluminium steels Go to Paper
• University research on molten slags, matte, speiss and metal systems for high temperature processing – challenges, opportunities and solutions Go to Paper
• Aluminothermic production of silicon using different raw materials Go to Paper
• Dissolution of quartz in Mn-slags during production of SiMn alloy Go to Paper
• Genetic design of personalised slag for manufacturing die steel via electroslag remelting method and an industrial application case Go to Paper
• Manufacturing of FeSiB high-temperature phase change material by silicothermic reduction Go to Paper
• Carbon distribution behaviour between molten iron and CaO-Al2O3-FeOSiO2- MgO slag at 1873 K Go to Paper
• Equilibrium distribution of Pb between copper metal and slags Go to Paper
• Smelting of different hydrogen-reduced bauxite residue-calcite pellets for iron and alumina recovery Go to Paper
• Combining the power of computational thermochemistry with the convenience of Python within the digital platforms of SMS group GmbH Go to Paper
• Distribution of Pb, Zn, Fe, As, Sn, Sb, Bi and Ni between oxide liquid and metal in the ‘CuO0.5’-CaO-AlO1.5 system in equilibrium with Cu metal at 1400°C Go to Paper
• Slag-metal interfacial reactions in pyrometallurgical processing of industrial wastes for recovery of valuable metals Go to Paper
• In situ observation of phase transition of silico-ferrite of calcium and aluminium Go to Paper
• Hy3 (Hy-cube) project – Hyundai Steel’s carbon neutral strategy Go to Paper
• Effect of mill-scale and calcined dolomite on high Al2O3 sinter and its reduction behaviour Go to Paper
• Towards integration of pyro- and hydrometallurgical unit operations for efficient recovery of battery metals from waste lithium-ion batteries Go to Paper
• On the stability of CaS in liquid steel containing alumina or spinel inclusions Go to Paper
• Flux smelting behaviour of pre-reduced Mn ore by hydrogen at elevated temperatures Go to Paper
• Machine learning for predicting chemical system behaviour of CaO-MgO-SiO2-Al2O3 steelmaking slags case study Go to Paper
• Modelling of liquid/liquid interface movement during spindle rotation of refractory – slag corrosion test Go to Paper
• Viscosity measurement of FeO-SiO2 based slags under controlled oxygen partial pressures Go to Paper
• Effect of slag composition on titanium distribution ratio between ferrosilicon melt and CaO-SiO2-Al2O3 slag at 1773 K Go to Paper
• Physicochemical properties of steelmaking slags for the mitigation of CO2 emissions in steel sector Go to Paper
• Perspectives of chemical metallurgy fundamentals in slag innovation Go to Paper
• Using novel methods to characterise slag films for continuously casting challenging and innovative steel grades Go to Paper
• Phase equilibrium study in the sodium metasilicate primary phase field of PbO-Na2O-SiO2 system between 800 and 1000°C Go to Paper
• Understanding zinc-containing species in basic oxygen steelmaking dust Go to Paper
• The recovery of pig iron from the Zimbabwean limonite-coal composite pellet Go to Paper
• Physical properties optimisation of the Zimbabwean limonite ore-carbon composite pellets as a sustainable feed for pig iron production Go to Paper
• State-of-the-art of electroslag refining and challenges in the control of ingot cleanness Go to Paper
• Effect of SiO2 on the structure and crystallisation of CaF2-CaO-Al2O3 slag used in electroslag remelting Go to Paper
• Molecular dynamics simulation of viscosity of selected pure oxide melts Go to Paper
• A machine learning model to predict non-metallic inclusion dissolution in the metallurgical slag Go to Paper
• Corrosion behaviour of ferrite and aluminate refractories in cryolitealuminium melts Go to Paper
• Thermodynamic modelling of species distribution in AlCl3:BMIC salts Go to Paper
• Effect of C/A ratio on the crystallisation behaviour and structure of calcium-aluminate based alternative mold fluxes for casting medium and high Mn/Al steels Go to Paper
• Fusion of molten phase R&D into the metallurgical industry to drive circularity Go to Paper
• Characterising bubble size distribution and generation position in iron oxide-containing slag smelting reduction Go to Paper
• Improving cobalt extraction through oxidative blowing of copper-nickel matte Go to Paper
• Carburisation and melting of hot compacted iron in a coke bed Go to Paper
• Effect of oxygen on the interfacial phenomena and metal recovery rate in recycling process Go to Paper
• Phase equilibria of Al2TiO5–Ti3O5 pseudobrookite solid solution in the Al2O3–TiOx system under various oxygen partial pressures Go to Paper
• Thermodynamic modelling of the Fe-Al-Ti-O system and evolution of Al- Ti complex inclusions during Ti-added ultra-low carbon steel production Go to Paper
• Measuring circular economy through life cycle assessment – challenges and recommendations based on a study on recycling of Al dross, bottom ash and shavings Go to Paper
• Comparative study of oxide dissolution modelling in secondary steelmaking slags Go to Paper
• Boron removal through multistage refining treatment using CaO-SiO2- Al2O3 slag Go to Paper
• The interaction between slag and MgO refractory at conditions relevant to nickel laterite ore smelting Go to Paper
• Sulfur distribution ratio in iron and steelmaking slags Go to Paper
• Impurity capacities of non-ferrous slags Go to Paper
• Flow investigation of multiphase manganese slags Go to Paper
• CFD modelling of slag fuming, with focus on freeze-lining formation Go to Paper
• Study on change in mould slag characteristics during casting Ti containing steel grades Go to Paper
• Activities of components in Ca2SiO4-Ca3P2O8 solid solution at 1573 K Go to Paper
• Integrated process modelling for the Kalgoorlie Nickel Smelter Go to Paper
• Hydrogen plasma in extractive metallurgy application Go to Paper
• Theoretical and experimental approaches to determine the mass transfer coefficient in the steel/slag/refractory system Go to Paper
• Improvement of the copper flash smelting furnace (FSF) and the slag cleaning furnace (SCF) process by advice-based control of silica and coke addition Go to Paper
• Thermal analysis of molten salts and their mixtures with metals Go to Paper
• Sulfur loss from the slag during desulfurisation of liquid steel Go to Paper
• Advancement in experimental methodologies to produce phase equilibria and thermodynamic data in multicomponent systems Go to Paper
• Challenges and limitations in development of large thermodynamic databases for multiple molten phases using the Modified Quasichemical Formalism Go to Paper
• Experimental and thermodynamic study of the phase equilibria in the NiO-CaO-FeO-Fe2O3 system in air and in equilibrium with metal (Fe-Ni) alloy Go to Paper
• Slag chemistry on the Moon Go to Paper
• Prognostic models for electroslag remelting process and slag engineering Go to Paper
• Slag-steel reactions in the refining of advanced high-strength steel Go to Paper
• Deoxidation of Ti-Ni alloy by the calcium and CaF2-MgCl2 flux Go to Paper
• A study of heat and material balances in direct reduction plant with various conditions Go to Paper
• Ionic structure analysis of relaxed surface of molten oxide slags for surface tension modelling Go to Paper
• Evaluation of thermal conductivities of molten SiO2-Al2O3-CaO slags Go to Paper
• Reducing CO2 emissions from the ferro-alloy and silicon production Go to Paper
• Challenges facing non-ferrous metal production Go to Paper
• In situ analysis of steelmaking slags and mold fluxes at elevated temperatures using a remote fibre-optic Raman probe Go to Paper
• A thermodynamic and sustainability assessment of PCB recycling through the secondary Cu smelting process Go to Paper
• Viscosity of foaming fluid measured by falling-ball method Go to Paper
• Monitoring Sb in lead refining using advanced techniques in Industry 4.0 Go to Paper
• Pyrometallurgical process simulations using CALPHAD thermodynamic databases Go to Paper
• Characterisation and assessment of B2O3 added LF slag Go to Paper
• Effect of solid particle size on the viscosity of a secondary copper smelting slag Go to Paper
• Phase relationship of quaternary system FeO-Al2O3-SiO2-‘V2O3’ at 1873 K and its impact during melting of H-DRI for possible vanadium extraction Go to Paper
• Effect of Al2O3/SiO2 ratio on structure and properties of mould flux for high-Al steel continuous casting Go to Paper
• Crystallisation control of CaO-SiO2-Al2O3-MgO system inclusion Go to Paper
• Thermal phosphorus – it’s a hot commodity with a hot process Go to Paper
• Pushing the boundaries of slag operability – processing of high-MgO nickel concentrates with the Ausmelt TSL process Go to Paper
• Relationship between thermal conductivity and structure of alkaline earth (Ca, Mg) aluminoborosilicate melts Go to Paper
• Phase diagram of V2O3-FetO-SiO2-CaO(15 mass%) system at 1623 K Go to Paper
• Conversion of hard-to-use wastes to new raw materials for low-energy glass/mineral-wool manufacturing Go to Paper
• Comparative dissolution behaviours of recycled cement paste and lime in EAF slag under static conditions Go to Paper
• The extraction of white phosphorus in molten salt Go to Paper
• Development of a nitrogen prediction model for 320 tonne converter Go to Paper
• Quantitative studies on the microstructures of ternary CaO-Al2O3-SiO2 glasses, melts and correlation with their high-temperature viscosities Go to Paper
• Viscosity evaluation of hot metal containing vanadium and titanium via a novel measurement technology and the thermodynamic analysis method Go to Paper
• A fundamental investigation on welding flux tunability geared towards high heat input submerged arc welding for shipbuilding applications Go to Paper
• Electrodeposition and electrochemical behaviour of molybdenum ions in ZnCl2-NaCl-KCl molten salt Go to Paper
• Viscosity of CaO-aluminosilicate slags Go to Paper
• Analysis on composition and physico-chemical property change of PbO-bearing slag in Pb smelting Go to Paper
• Development of solid waste-based flux and its application in out-offurnace dephosphorisation of low-silicon hot metal Go to Paper
• On the development of a viscosity model for molten multicomponent slag systems with several glass-forming, amphoteric and modifier oxides Go to Paper
• Determining the properties of CaO-Al2O3-SiO2 slags from molecular dynamics simulation Go to Paper
• Slag volume effects on direct-reduced iron (DRI)-based electric furnace steelmaking Go to Paper
• Efficient material descriptions for modelling high-temperature processes Go to Paper