Research Cluster:
Department of Fuel, Minerals and Metallurgical Engineering
Non-Ferrous and Critical Metal Extraction, Hydrometallurgy, Waste Management & E-waste Recycling
Coal Preparation, Mineral Processing
Coal Benificiation, Coal combustion, Clean coal technology, Biofuels, Water treatment
Mineral Processing, Agglomeration Technology – Sintering/Pelletization/Briquetting, Life Cycle Assessment, Waste utilization and management, Critical Minerals Extraction
Surface engineering, coatings, additive manufacturing, repair and remanufacturing, polymer microstructure engineering
Strucuture-Property Correlation in Steel, Advanced High Strength Steel, Repair and Reclamation, Friction Stir Welding
Coal and Mineral Beneficiation, Equipment Design And Development, Critical Mineral Processing, E-Waste Processing, Dry Beneficiation
Pyrolysis, Gasification, Power plant Aspen Plus simulations, Techno-economic Analysis, Plastic/e-waste and Coal thermochemical treatment
Extractive Metallurgy, Green Iron & Steel Technologies, Plasma Smelting,Recovery of Critical Metals from ores & wastes, Waste to Value from industrial Waste,Pyrometallurgy, Hydrometallurgy
Pyrolysis, gasification, microwave reactors, and waste-to-value processes, with focus on LCA, TEA, catalysis, and coal beneficiation, Minerals extraction
Iron ore beneficiation and agglomeration, Iron making, Pyrometallurgy
Mineral Processing, Fine particle processing, Froth flotation, Dewatering, Process control.
Thermochemical Conversion (Pyrolysis, Gasification) of Biomass and Plastic wastes to produce Hydrogen and Liquid Fuels, Heterogeneous Catalysis, Life Cycle Assessment (LCA), Technoeconomic assessment (TEA), Process simulation
Process-Structure-Property-Performance Correlation In Steels, Nanostructured Bainitic Steels, Fracture And Fatigue, Hydrogen Embrittlement
Numerical modeling of multiphase turbulent reacting flows.
Thermochemical Conversion Of Coal Via Carbonization, Combustion & Gasification; Renewable Energy- Conversion Of Biomass to Bio-coke, Bio-oil, Bio-gas; MSW
Process Metallurgy, Extractive Metallurgy, Iron & Steelmaking, Sustainable Metallurgy, Multiphysics Processes, Transport Phenomena, Computational Fluid Dynamics.