1.  Electro-magnetic resonance technology for accurate detection of concealed and precious minerals, oil and gas – underground range up to 4 kilometers.

2.  Fluidized bed reduction roasting plant to re-beneficiate iron ore tailings, old iron ore mining dumps and low grade ferruginous manganese ores.

3.  Dry beneficiation of BHQ / BHJ / iron ore wastes, using ultra high-gauss rare earth magnetic separators.

4.  Dry beneficiation of manganese ore, chrome ore and metallurgical slags, using sensor-sorter technology.

5.  Dry beneficiation of nickel-laterite ore by tunnel kiln primary reduction and subsequent magnetic separation.

6.  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.

7.  Iron ore pelletisation plant, using grate kiln / straight grate technologies, and direct conversion of hot pellets into sponge iron.

8.  Reduction of iron ore briquettes / titaniferous magnetite ores into DRI in third generation tunnel kilns; reduction of steel mill scale into metal powders by tunnel kiln + hydrogen reduction process.

9.  Technology for using non-coking coals up to 80% in stamp-charged coke oven plants.

10.  Technology to remove phosphorous and silicon from manganese ores.

11.  High-pressure roller grinder in large capacities, to increase the efficiency and production of ball mills by 30 – 40%.

12.  Technology to make grinding media balls (used in ball mills) from old railway tracks.