Mining and Metallurgical

F. F. Apian and D. W. Fuerstenau, in Froth Flotation, D. W. Fuerstenau, ed., American Institute of Mining and Metallurgical Engineering, New York, 1962. 

G. D. Dub, Owens l ke—Source of Sodium Minerals Technical Publication No. 2235, American Institute of Mining and Metallurgical Engiueers, Sept. 1947. 

In general, pan filters are selected for freely filtering soHds and thick filter cakes. Cake washing can be introduced easily. Most appHcations are in the mining and metallurgical industries for small-scale batch filtration. 

Flotation or froth flotation is a physicochemical property-based separation process. It is widely utilised in the area of mineral processing also known as ore dressing and mineral beneftciation for mineral concentration. In addition to the mining and metallurgical industries, flotation also finds appHcations in sewage treatment, water purification, bitumen recovery from tar sands, and coal desulfurization. Nearly one biUion tons of ore are treated by this process aimuaHy in the world. Phosphate rock, precious metals, lead, zinc, copper, molybdenum, and tin-containing ores as well as coal are treated routinely by this process some flotation plants treat 200,000 tons of ore per day (see Mineral recovery and processing). Various aspects of flotation theory and practice have been treated in books and reviews (1 9). 

Biringuccio, V. (1540, 1945) Pirotechnia (Venice, 1540). An English translation by C.S. Smith and M.T. Gnudi was published by the AIME (American Institute of Mining and Metallurgical Engineers), New York, 1945. 

Koehler, J.S, Seitz. F., Read Jr., W.T., Shockley, W. and Orowan, E. (eds.) (1954) Dislocations in Metals (The Institute of Metals Division, American Institute of Mining and Metallurgical Engineers, New York). 

Mining and metallurgical Zinc roaster Zinc smelter Copper roaster Copper reverberatory furnace Copper converter Aluminum-Hall process Aluminum-Soderberg process Ilmenite dryer Titanium dioxide process Molybdenum roaster Ore beneficiation... 

Matsukuma, T. (1985) Gold and silver in the Kuroko deposits. In Mining and Metallurgical Institute of Japan (ed.). Gold and Silver Ore in Japan, 155-193 (in Japanese). 

Nolan, T.B. (1933) Epithermal precious-metal deposits. In Ore Deposits of the Western States (Lindgren Volume). New York American Institute of Mining and Metallurgical Engineers, pp. 623-640. 

Ellis, A.J. (1969) Pre.sent-day hydrothermal systems and mineral deposition. 9th Commonwealth Mining and Metallurgical Congress, Mining and Petroleum Geology Scet., Paper 7. London Inst. Mining and Metallurgy, pp. 1-30. 

Heavy metals Cu, Zn, Cd, Pb, Hg, Cr Application of animal manure (D) Military facilities (P) Gasoline stations (P) Sawmills and wood preservation sites (P) Mining and metallurgical industry (P,D) 37.3 [21, 42]... 

Saquet, J.J., Kolwezi Mining and Metallurgical Operation of Union Miniere du Haut Katanga. Mining Engineering, Vol. 14, Nr 12, p. 71/81, 1975. 

Morrissey, C.J., and Whitehead, D., Origin of the Tynah Residual Orebody, Ireland, Proceedings of the 9th Commonwealth Mining and Metallurgical Congress, London UK, May 1969. 

Harris, P.M., Investigation into Recovery of Niobium from Mrima Hill Deposit, Institution of Mining and Metallurgical, 10, 1966. 

Leverett, M. C., 1939, How of Oil-Water Mixtures through Unconsolidated Sands Transactions of American Institute of Mining and Metallurgical Engineers, Vol. 142, Petroleum Development Technology, pp. 149-171. 

Arps, J. J., 1956, Estimation of Primary Oil Reserves American Institute of Mining and Metallurgical Engineers Transactions, Vol. 207, pp. 182-191. 

Considerable development has taken place into techniques for size separation in the sub-sieve range. As discussed by Work 27, the emphasis has been on techniques lending themselves to automatic working. Many of the methods of separation and much of the equipment has been developed for use in the mining and metallurgical industries, as described by Taggart 28). ... 

Sun Wei, Liu Runqing, Hu Yuehua, 2005. Research on depression mechanism of jamesonite and pyrrhotite by organic depressant DMPS. Mining and Metallurgical Engineering (in Chinese)... 

Berkowitz, N. and Brown, R.A.S., In-Situ Coal Gasification The Forestburg (Alberta) Field Test", The Canadian Mining and Metallurgical Bulletin (December 1977) ... 

Ore Deposits of the Western States, Am. Inst. Mining and Metallurgical... 

I. Ito, Y. Wakazono Y. Fujinaka, Delay Composition. The Combustion Mechanism of Minium-Silicon Delay Composition , Suiyokaishi (Transactions of the Mining and Metallurgical Alumni Assocn)13, 653—59 (1958) CA 53, 12680(1959)... 

Groppo, J. G., Brooks, S. M. Kreiser, C. 1995. Fly Ash Beneficiation by Air Classification. 124th Annual American Institute of Mining and Metallurgical Engineers Meeting, Denver, CO, 6-9 March 1995, 95-196. 

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