3D heat distribution in the construction of the reduction cell with burned anodes
Authors:
About authors
- Ph.D. assistant lecturer Saint Petersburg State Mining University
Abstract
The importance of heat field calculation for designing and analysis of aluminium reduction cells operation is described. The heat balance of the reduction cell was calculated. The 3D-geometry of the reduction cell with prebaked anodes was constructed. Given geometry helps to research the heat distribution of electrolyzer.
Область исследования:
(Archived) Automation of technological processes аnd manufactures in mining and processing industries
Funding:
None
References
- Galevskiy G.V., Kulagin N.M., Mintsis M.Ya. Ecology and waste treatment in the aluminium production. Novosibirsk: Nauka, 1997. 159p.
- Vetyukov M.M., Tsyplakov A.M., Shkolnikov S.N. Electrometallurgy of aluminium and magnesium. Мoscow: Metallurgy, 1987. 320p.
- Mikheev A.E., Panin S.A., Karpenko A.I., Ruban A.S.Modernization of cell lining at the lithium electrolyte technology // Nonferrous Metals. 2006. N5. P.33-35.
- Sysoev A.V., Zaikov Yu.P., Shcherbinin S.A. et al. Mathematical simulation of electric and heat fields for electrolysers with side feed // Nonferrous Metals. 1998. N1. P.70-72.
- Panov E.N., Vasilchenko G.N., Danilenko S.V. Thermal processes in the electrolyzers and mixers of aluminium production / Edit by B.S.Gromov. Мoscow: Ore and Metalls, 1998. 256p.
- Piskazhova T.V., Mann V.C. The use of a dynamic aluminium cell model // JOM. 2006. N2. P.48-52.
- Arkhipov G.V. The mathematical Modelling of Aluminium Reduction Cells // JOM. 2006. N2. P.54-56.
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