Mining, mineral beneficiation, and agglomeration projects
- Electro-magnetic resonance technology for accurate detection of concealed and precious minerals, oil, and gas, underground range up to 4 kilometers.
- Fluidized bed reduction roasting plant to re-beneficiate iron ore tailings, old iron ore mining dumps, and low-grade ferruginous manganese ores.
- Dry beneficiation of BHQ / BHJ / iron ore wastes, using ultra-high-gauss rare earth magnetic separators.
- Dry beneficiation of manganese ore, chrome ore, and metallurgical slags, using sensor-sorter technology.
- Dry beneficiation of nickel-laterite ore by tunnel kiln primary reduction and subsequent magnetic separation.
- Ultra-high pressure briquetting of iron ore fines, mill scale, sponge iron fines, manganese ore fines, chrome ore fines, lime (without any binder), and other
mineral powders.
- Iron ore pelletisation plant, using grate kiln / straight grate technologies, and also direct conversion of hot pellets into sponge iron.
- Reduction of iron ore briquettes / titaniferous magnetite ores into DRI in third-generation tunnel kilns; also, reduction of steel mill scale into metal powders by tunnel kiln + hydrogen reduction process.
- Technology for using non-coking coals up to 80% in stamp-charged coke oven plants.
- Technology to remove phosphorus and silicon from manganese ores.
- High-pressure roller grinder in large capacities, to increase the efficiency and production of ball mills by 30 – 40%.
- Technology to make grinding media balls from old railway tracks
- Conversion of small pellet plants (3,00,000 to 6,00,000 tons/year) into pig iron making plants.
