Volume 97, №2
REALIZABLE-LOAD RANGE OF THE RECTIFICATION OF A MULTICOMPONENT MIXTURE
The problem on the optimum organization of the rectifi cation of a multicomponent mixture in a rectifying column was considered. It is shown that, in the case where heat is supplied to the boiler of the column and is removed from its dephlegmator, the boundary of the realizable-load range of the column represents a parabola convex upwards with two characteristic parameters. The interrelation between the indicated characteristic parameters and the kinetics of the heat- and mass-transfer processes in the column, the composition of the mixture separated in it, and the mixture separation boundary selected was determined. The consequences of the possibility of parametrization of the boundary of the realizable-load range of a rectifying column are discussed. A rule for the choice of the boundary of separating a multicomponent mixture has been formulated.
The problem on the optimum organization of the rectifi cation of a multicomponent mixture in a rectifying column was considered. It is shown that, in the case where heat is supplied to the boiler of the column and is removed from its dephlegmator, the boundary of the realizable-load range of the column represents a parabola convex upwards with two characteristic parameters. The interrelation between the indicated characteristic parameters and the kinetics of the heat- and mass-transfer processes in the column, the composition of the mixture separated in it, and the mixture separation boundary selected was determined. The consequences of the possibility of parametrization of the boundary of the realizable-load range of a rectifying column are discussed. A rule for the choice of the boundary of separating a multicomponent mixture has been formulated.
Author: A. M. Tsirlin A. I. Balunov
Keywords: rectifi cation, multicomponent mixture, separation order, irreversibility, realizable regimes, maximum output
Page: 259
A. M. Tsirlin A. I. Balunov.
REALIZABLE-LOAD RANGE OF THE RECTIFICATION OF A MULTICOMPONENT MIXTURE //Journal of engineering physics and thermophysics.
. Volume 97, №2. P. 259.
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