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Dr. Ebrahim Azimi
Assistant Professor of Mining Engineering Department
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Welcome to Dr. Ebrahim Azimi
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Office
: Room No. 84, 5th Floor, Department of Mining Engineering
Email
: eazimi@iut.ac.ir
Phone
: +98 33915158
Fax
: +98 33912754
Web Site
:
EbrahimAzimi
Assistant Professor
Research Fields
:
Comminution
Ore Beneficiation
Coal Cleaning
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Recent Publications
Copper heap bioleaching from low-grade fine tailings
Maximization of Ultra Fine Poly-Mineral Ore Sequential Flotation Recovery through Synergistic Effect of Conventional and Nano-size Bubble Combination
Copper recovery from flotation tailings using column bioleaching
Biological dissolution copper from low grade chalcopyrite concentrate
Reduction of recovery of magnetite to floating tailings in reverse flotation of Golghar complex pyrite
Chloride leaching and Carbon in leach (CIL) of sulfide and oxide gold ore of Moteh mine
Optimization of manganese flotation chemicals in laboratory
Recovery of talc mineral from the tailings of the Golgohar iron processing plant
A review on Bioflotation and Bioflocculation of Galena
Bioleaching of copper from flotation tailings and comparison of results with leaching without bacteria
Investigating the tailings of factories of Gol Gohar complex in Sirjan from the point of view of mineralogy and talc extraction
Synthesis of TiO2 Nanotubes from Ilmenite with CuS nanoparticles as Efficient Visible-Light Photocatalyst
Copper recovery from flotation tailings via bioleaching and comparison with acidic leaching (without incubation of microorganisms)
Nano-microbubbles and Feed Size Interaction in Lead and Zinc Sulfide Minerals Flotation
Extraction of magnetite from the tailings of iron ore processing factories in Gol Gohar complex
Significant reduction in collector consumption by implementing ultrafine bubbles in lead and zinc rougher flotation
Reducing the volume of manganese tailings and creating added value for them using the leaching method
Bacillus licheniformis a potential bio-collector for Barite-Quartz selective separation
Flash flotation and its effect on the efficiency of the mineral processing circuits
Flash flotation and its effect on the efficiency of the mineral processing circuits
Increasing barite overburden density using shaking table
Optimization of the flotation reagents of the Bama lead-zinc company in a lab scale
Optimization of the flotation reagents of the Bama leadzinc company in a lab scale
Feasibility of barite overburden beneficiation using gravity separation method with the goal of barite product density increase
Hybrid PSO enhanced ANN model and central composite design for modelling and optimization of Low-Intensity magnetic separation of hematite
Effect of Critical Variables on Air Dense Medium Fluidized Bed Coal Drying Efficiency and Kinetics
Combined photocatalytic-adsorptive removal of water contaminants using a biologically prepared CdS-diatomite nanocomposite
Talc Recovery from the Tailings of the Iron Ore Processing Plant of the Golgohar Complex Using Flotation
Investigating Gol-e-Gohar processing plants tailings, mineralogical studies and feasibility of talc by product
Employing novel methods for gravity separation of iron minerals
Employing novel methods for gravity separation of iron minerals
Iron re-production from Mid-grade Materials by Dry Magnetic separation
Evolving multilayer perceptron, and factorial design for modelling and optimization of dye decomposition by bio-synthetized nano CdS-diatomite composite
Ammoniacal pre-treatment of copper-gold ores for gold recovery by B. megaterium
Development of a Sustainable Alternative for the Ammoniacal Cyanidation of Copper–Gold Ores Through a Biological Approach
Bio-Cyanidation of gold ore using cyanogenic B. megaterium bacteria
The Dissolution of Fe in HCl from the Ilmenite Concentrate; Evaluating the Effect of Operating Parameters and Mutual Interactions
Feasibility study on applicability of novel dry separation methods for ore separation: a case study on coal sample
Synthesis of well-ordered mesoporous nanoparticles of TiO2 from Ilmenite with enhanced photocatalytic activity
Re-Enrichment studies of dry iron processing middle products by Davis Tube
Application of differential bio-flocculation in the removal of hematite and goethite from kaolin and quartz
Bio-processing feasibility of Barite
Synthesis of Mesoporous Nanoparticles of TiO2 in Anatase form from Ilmenite Concentrat
Comparison between B. Licheniformis and B. Subtilis in cadmium sulfide nanoparticles from mine wates
Application of Biotechnology in selective dissolution of gold from copper-gold sources
Synthesis of TiO2 Nanoparticles via Thermal Treatment of Alkaline Leachate of Ilmenite
Feasibility of the Isfahan Feldspars Upgrading for Applications in the Tile and Ceramic Industries
Statistical analysis of coal beneficiation performance in a continuous air dense medium fluidized bed separator
Numerical simulation of 3-phase fluidized bed particle segregation
Dry coal beneficiation method-effective key to reduce health, environmental and technical coal firing issues
Effect of Operating Conditions on Beneficiation of Western Canadian Coals by Air Dense Medium Fluidized Bed (ADMFB)
Effect of dry coal beneficiation on product characteristics
Low Temperature Coal Drying and Cleaning in an Air Dense Medium Fluidized Bed
Evaluation of the performance of air dense medium fluidized bed (ADMFB) for low-ash coal beneficiation. Part 1: Effect of operating conditions
Effect of operating parameters on ADMFB beneficiation of Genesee coal
Evaluation of the performance of air dense medium fluidized bed (ADMFB) for low-ash coal beneficiation. Part 2: Characteristics of the beneficiated coal
Physical/Chemical Upgrading of Coal – Essential for Sustainable Energy and Environment
Effect of operating parameters on dry beneficiation of Genesee coal by Air Dense Medium Fluidized Bed
Linking Mine Production to Milling and Concentrate using Discrete Event Simulation
Upgrading of Low-Rank Coals by Physical and Chemical Cleaning
Evaluation of the performance of air dense medium fluidized bed for low ash coal beneficiation
Beneficiation of Low-Rank Coals and Petcoke
Discrete Event Simulation of an Iron Ore Milling Process
Feasibility of Al2O3 content improvement in Razgah Nepheline syenite ore
Domestic and industrial waste recycling economics and environmental benefits and its dependency to the mineral processing industry
Investigating Sarcheshmeh Copper Complex SAG mill Discharge Grate Performance
بررسي عمل کرد شبکه هاي تخليه آسياي نيمه خودشکن مجتمع مس سرچشمه
طراحي و ساخت آسيايي جهت تعيين شاخص توان(SPI) آسياي نيمه خودشکن - مطالعه موردي: آسياي نيمهخودشکن (SAG) مجتمع مس سرچشمه
Designing and Fabricating Lab-cale Mill for SPI Determination, Case Study: Sarcheshmeh Copper Complex SAG Mill
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