• Покупка статей
  • Telegram_OreMet
Скрыть↑
Журналы →  Obogashchenie Rud →  2009 →  №5 →  Назад

BENEFICIATION PROCESSES
Название Chena® multi-sensor systems for flotation process electrochemical control by Outotec
Автор Mashevsky G. N., Petrov А. V., Lura M., Etelapaa M., Lamberg P.
Информация об авторе Mashevsky G. N., e-mail: gennady.mashevsky@outotec.com
Реферат Scientific basing is given to development of products by Outotec for flotation process electrochemical control Chena®. Examples of efficient flotation control based on physicochemical models are presented, and methodological aspects of this method application are considered. HSC Chemistry 7 software product has been developed by Outotec for implementation of electrochemical models and plotting Eh-pH charts.
Ключевые слова Flotation, physicochemical models, ionometry, video system, process optimization.
Библиографический список 1. Teoriya i tekhnologiya flotatsii rud / O. S. Bogdanov, I. I. Maksimov, A. K. Podnek et al. M.: Nedra, 1980. 531 p.
2. Usovershenstvovannaya skhema obogashcheniya medno-tsinkovykh rud Gayskogo mestorozhdeniya / V. A. Bocharov, M. Ya. Ryskin, G. S. Agafonova et al. // Tsv. metally. 1982. N 9. P. 93–95.
3. Woodcock J. T. Is chemical control of flotation pulps possible? // Australian Mining. 1970. № 2. P. 50-56.
4. Miettunen J. The Pyhasalmi concentrator – 13 years of Computer control // 4th Symposium on automation in Mining, Mineral and Metal Processing, IFAC Symp. in Helsinki University of Technology, Espoo, Finland, August 22-25, 1983. P. 391-401.
5. Sistema avtomatizirovannoy optimizatsii svintsovo-tsinkovoy flotatsii / A. A. Shvidenko, E. F. Romanov, V. G. Fedorov et al. // Tsv. metally. 1976. N 6. P. 78–81.
6. A. s. 604584 SSSR.
7. A. s. 939093 SSSR.
8. A. s. 637157 SSSR.
9. Upravleniye raskhodom aktivatora pri flotatsii svintsovo-tsinkovykh rud po soderzhaniyu medi v zhidkoy faze pulpy / A. M. Okolovich, L. I. Figurkova, Ye. F. Romanov et al. // 6 Miedzynar. Konf. Automat. Gorn., Katowice, 1960: Ref. T. 3, S. 1. P. 137-144.
10. Figurkova L. I., Sidorenko L. N., Romanov Ye. F. Opredeleniye optimalnykh usloviy tsinkovoy flotatsii po kontroliruyemomu soderzhaniyu ksantogenata i medi v zhidkoy faze pulpy // Sovershenstvovaniye metodov pererabotki mineralnogo syr'ya / IPKON AN SSSR. M., 1984. P. 95–108.
11. Optimizatsiya selektivnoy flotatsii svintsovo-tsinkovykh rud v usloviyakh primeneniya oborotnykh vod / O. S. Yushina, N. G. Bichevina, A. M. Okolovich et al. // Ibidem. P. 123–133.
12. A. s. 1102123 SSSR.
13. A. s. 991651 SSSR.
14. Shvidenko A. A. Tekhnologocheskiye predposylki avtomaticheskogo upravleniya reagentnym rezhimom tsinkovoy flotatsii // Izv. vuzov. Tsv. metallurgiya. 1985. N 1. P. 112–117.
15. Abramov A. A. Teoreticheskiye osnovy optimizatsii selektivnoy flotatsii sulfidnykh rud. M.: Nedra, 1978. 280 p.
16. Analizatory ostatochnoy kontsentratsii flotoreagentov / Ye. Ya. Zhukov, E. A. Lekov et al. // Tsv. metallurgiya. 1986. N 4. P. 57–59.
17. Mnogotochechny analizator medi «Reagent-6» / E. A. Lekov et al. // Tsv. metallurgiya. 1986. N 1. P. 45–47.
18. New potential controlled flotation methods developed by Outokumpu Oy / S. Heimala et al. // Xve Congres International de Mineralurgie, Cannes, 2-9 juin, 1985. St.- Etienne: GEDIM, 1985. T. 3. P. 87-98.
19. Johnson N. W. et. al. // Trans. Instn. Min. Metallurgy. 1982. Vol. 91, № 3. P. 32-37.
20. Woodcock J. T., Jones M. H. // Proc. Australas. Inst. Mining Metallurgie. 1970. № 235. P. 61-76.
Language of full-text русский
Полный текст статьи Получить
Назад