M.M. Senyavin and ion-exchange optimization based on mathematic modeling
Abstract
The article is devoted to the description of approaches to mathematical model based optimization of industrial ion-exchange (IEX) processes for water preparing, focusing to main results of developments which have been chaired by M. M. Senyavin in the Laboratory of sorption processes in the Vernadsky Institute of Russian Academy of Sciences (GEOKHI RAS).
- M. Senyavin has proposed and implemented a physic-chemical approach based on the solution of fundamental tasks directed to the quantitative description of large-scale ion-exchange processes.
For elaboration of the investigation methodology, typical processes of water desalination representing the dynamics of mass-exchange in multi-component systems have been chosen.
The main distinctions of the approach for IEX optimization are presented in the article, and they consist of studies: the development of mathematical models of main stages of process, experimental collection of model coefficients for different sorbents and the creation of data-bank, development of computer programs, study of separate technological processes by method of digital experiment, computation and finding the optimal parameters for separate apparatuses and complete technological schemes. Currently, studies on physic-chemical optimization are continued of the Laboratory
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References
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