Mineral Processing Division
Since the foundation of Department of Mining Engineering, a mineral processing weighted education has been executed. It is the best known mineral processing division in Turkey. The basic fields of research, development and education are;
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Beneficiation of ceramics raw materials,
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Comminution and classification,
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Flotation of sulphide minerals,
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Concentration of boron minerals
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Coal washing technologies,
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Modelling and simulation of mineral processing unit operations
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Design and optimization of mineral processing circuits.
Various scientific and industrial projects have been conducted on above subjects under collaboration with mining and mineral processing industry.
Engineering Services
| Ore Characterisation |
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| Determination of Mineralogical and Chemical Composition, Process Mineralogy |
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| Design of Crushing, Grinding and Classification Circuits + Crusher Silo, Feeder, Grizzly, Screen and Crusher Selection + Ball, Rod and Autogeneous Mill Selection + Spiral and Hydrocyclone Classifier Selection + Determination of the Optimum Operating Conditions of Crushing, Grinding and Classifier Circuits |
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| Concentration Plant Design + Selection and Determination of Optimum Operating Conditions of Gravity Concentrators (Heavy Medium, Jig, Shaking Table, Spiral, Pinched Sluice) + Selection and Determination of Optimum Operating Conditions of Magnetic Separators (Low and High Intensity Wet and Dry Magnetic Separators) + Design and Determination of Optimum Operating Conditions of Flotation Circuits (Chemical type and Amount, Ph, Pulp Density, Determination of Optimum Equipment Parameters, Scale Up) + Dewatering Circuit Design (Thickener Design, Filter and Dryer Selection) + Placing of Equipments and Control of Flows + Plant Start Up + Training of Technical Staff |
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| Performance Analysis and Optimisation of Mineral Processing and Concentration Circuits + Sampling of Operating Circuits + Mass Balance + Performance Evaluation + Developing Mathematical Models of the Equipments + Determination of the Influences of Operating Parameters on the Circuit using Simulation + Determination of Optimum Operating Conditions and Flowsheet |
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| Performance Analysis and Optimisation of Cement Grinding Circuits + Sampling of Operating Circuits + Mass Balance + Performance Evaluation + Developing Mathematical Models of the Equipments + Determination of the Influences of Operating Parameters on the Circuit using Simulation + Determination of Optimum Operating Conditions and Flowsheet |
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Performance Analysis and Optimisation of Coal Preparation Circuits |