The technology and modules for separation approved to specific objects for the following goals are offered:

• Reception of the highest grade lump ore concentrates Mn and Cr, suitable for metallurgy.
• Reception of commodity nonmetallic concentrates (quartz, feldspar borate, barite, fluorite, etc.).
• Cleaning ferrous, nonferrous, rare metal and precious metal ores of 20-50% from non-standard ores and barren rocks with the purpose to increase their quality for the subsequent deep enrichment.

Advantages of radiometric separation:

• Variety of properties used for division;
• High sensitivity and selectivity;
• Low cost price (4-5 times lower than traditional methods);
• High efficiency - up to 150 tons of ore per hour;
• Processing of the different-sized material (from 1 down to 200 mm;
• Ecological cleanliness (the method does not require a water and toxic components);
• Low power capacity.

The radiometric separation is tested in trial conditions. Oxide and carbonaceous commodity concentrates with the content of Mn of 54 % and 31 % accordingly were produces from the manganese ores of Nikopol deposit. When integrating testing of the ores from Ray-Izsky massif having Cr2O3 content of 30 %, the lump concentrate of metallurgical grade having Cr2O3 of 48 %3 was extracted. For the first time in industrial conditions, the commodity high-grade feldspar concentrates, having the potassium module 4-6, were produced from ordinary ores and lump wastes of the Kuru-Vaara deposit.

The following methods of separation can be realized: X-ray-radiomentric, photometric, photo-absorption, autoradiometric, neutron-absorption,X-ray-luminescence, and radioresonance.

• Prospective estimation of radiometric of enrichment properties raw material;
• Development of technology of radiometric separation with reference to an object;
• Trial testing, working out of the technological rules;
• Drawing up the technical project on designing; delivery of equiment, author’s supervision.