COMPUTER PREDICTION OF INCREASING EFFICIENCY OF WORK OF RAPID MULTILAYER FILTERS FOR ADSORPTION PURIFICATION OF WATER

  • Andrij Bomba Department of Computer Science and Applied Mathematics, National University of Water and Environmental Engineering, Rivne, Ukraine
  • Jurij Klimjuk Department of Computer Science and Applied Mathematics, National University of Water and Environmental Engineering, Rivne, Ukraine
Keywords: mathematical model, water purification, adsorption, impurity, rapid multilayer filter

Abstract

A model of the adsorption purification of water from impurities in rapid multilayer cone-shaped filters with piecewisehomogeneous porous loads with a constant filtration rate taking into account the removal of part of the heat on the surfaces of division of layers is formulated. The proposed model provides an opportunity to conduct computer experiments to study the change in the concentrations of impurities in the filtration flow and adsorbed on the surface of the adsorbent load during physical and chemical adsorption, temperature, characteristics of piecewise-homogeneous porous loads along the filter height and based on their prediction of optimal adsorbent use and increasing the duration of filters.

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Published
2021-01-25