Flotation column for low grade ores and coal fines
Beneficiation of low grade iron ores / fines / slimes
Beneficiation of BHQ to prepare pellet grade concentrate
Utilization of solid waste from mining and metallurgical industries
Beneficiation of low grade chromites, phosphates, antimony ores
Beneficiation of high ash non-coking coal for cement, sponge iron and power generation
Magnetic carrier technology for clarification of industrial waste water for recycle
Briquetting of steel plant solid waste for recycling
Process technology to beneficiate beach sands
Process for effective dewatering of industrial sludges
Preparation of high purity and colloidal graphite
Comminution technology
Fine particle processing
Expertise Ore Mineralogy and Petrology
Beneficiation of Low Grade Ores
Conceptual Flow Sheet
Modeling and Prediction of Process Performance
Agglomeration of Fines
Sustainable Raw Material Preparation
Continuous Pilot Scale Testing
Dewatering Techniques
Improving the Plant Performance
Improved Process Control & Sampling and Analysis Techniques
Quality Control and Environmental Impact Reduction

Development of process flow sheets for beneficiation of low grade and complex ores
Performance evaluation and technical audit of beneficiation plants
Pilot plant investigation to collect design and scale up data
Process simulation and optimization.
Full scale washability studies of coals
Coal characterization for resource evaluation
Development of modern agglomeration techniques for fines, concentrate and solid waste.
Characterization and efficient utilization of Indian mineral resources.
Recovery of valuables from waste
Effective treatment of very fine particles
Energy reduction in unit operations.
Dry beneficiation of low grade ores and coal.
Development of new and innovative techniques to treat complex ores
Human resource development in the area of mineral engineering.
Design and installation of column flotation plant .
Preparation of feasibility / techno-economic viability of beneficiation and agglomeration process.