Submit an Article
Become a reviewer
Vol 152
Pages:
197-198
Download volume:
RUS
Article

On the mechanism of hydrolysis of aluminate solutions in the process of carbonization

Authors:
V. I. Davydov
About authors
  • Research assistant G.V. Plekhanov Saint Petersburg State Mining Institute
Date submitted:
2001-09-28
Date accepted:
2001-10-21
Date published:
2002-08-26

Abstract

Currently, aluminum smelters are in demand for alumina of a higher physical quality. Therefore, many studies are aimed at obtaining sand alumina. The method of obtaining sand alumina proposed by the St. Petersburg Mining Institute and the process of alumina structure formation are considered. Much attention is paid to the induction period of the carbonization process, since the formation of the structure of coarse-grained hydroxide occurs precisely in this period. An analysis of the relationship between the induction period during carbonization and the structure of the future main phase released from the aluminate solution during mass crystallization, the mechanism of the induction period in the carbonization process is given. The proposed method of alumina production is at the stage of scientific research and is not yet ready for implementation.

Область исследования:
Metallurgy
Go to volume 152

Similar articles

Standard methodology for measuring the stiffness properties of drilling mud for weakly consolidated rocks
2002 P. A. Blinov
Determination of the optimal volume of technogenic reserves ready for excavation of a tailings dump on the basis of statistical data. Notes of the Mining Institute
2002 G. A. Kholodnyakov, E. B. Gridina
Identification of parameters of the fuzzy control system of the gas mode of a horizontal converter
2002 A. S. Anashkin
Features of the protection and maintenance of preparatory workings in the Eastern Donbass
2002 D. I. Raevskii
Justification of the boundaries of open pit mining at the iron ore deposit of Kurkenpakhk AO Olkon
2002 O. V. Shpanskii, K. S. Arzumanyan, I. A. Ishkulova
Substantiation of the ascending order of mining deep horizons of the Severny mine of Kola MMCp
2002 O. V. Kovalev, Yu. L. Minaev, D. Yu. Minaev