Adsorption properties and column flotation were studied to investigate the interaction of the anionic and cationic collectors and flotation recoveries for talc mineral. Adsorption capacity is dependent on pH, adsorption time, temperature, collector concentration, and particle size. Langmuir adsorption model was suitable for describing isotherms. Analyses were carried out using UV spectrometry. In this study, we analyzed some parameters affecting column flotation performance. It was determined that adsorption capacity, especially, had an important role in column flotation enrichment.
Mavros P, Lazaridis NK, Matis KA, paper presented at Proceedings of the II. Int. Min. Process. Symp., zmir/Turkey, 166, 1988
Hall ST, Industrial Minerals Processing Supplement, 30, 1990
Flint IM, Wyslouzil HE, de Lima Andrade VL, Murdock DJ, Min. Eng., 5, 1185, 1992
Maksimov II, Borkin AD, Emelyanov MF, The use of column flotation machines for cleaning operations in concentrating non-ferrous ores, Paper presented at XVII, Int. Min. Process, Congress Dresden/FRG, 1991
Macdonalds RD, Brison RJ, Applied research in flotation, In: Fuerstenau DW (Ed.), Froth Flotation 50th Anniversary Volume AIME, New York 298, 1962
Goodal CM, O’Connor CT, Int. J. Miner. Process., 36, 219, 1992
Tuteja RK, Spottiswood DJ, Misra VN, Recent Progress in the Understanding of Column Flotation-A Review, The AusIMM Proceedings, No.2, 25, 1995
Guney A, Gul A, Dogan MZ, Onal G, Upgrading of bulk concentrate of murgul flotation plant by column flotation, Paper presented at the Changing Scopes in Mineral Processing, Kemal M, Arslan V, Akar A, Canbazoglu M Eds., Balkema, 361, 1996