ДОСЛІДЖЕННЯ ГІДРАВЛІЧНОЇ ПРОНИКНОСТІ САПОНІТ – ТИТАНОВИХ ФІЛЬТРІВ

Abstract

The paper presents the results of experimental studies of the hydraulic permeability of saponite – titanium filters. The filtering material was obtained by the method of hydraulic dry pressing with subsequent sintering based on saponite as a natural aluminosilicate adsorbent and titanium as a structure-forming component.
The porosity of the material was analyzed and the dependence of the permeability coefficient on the particle size distribution was established. The optimal microstructure parameters were identified, which provide an effective combination of mechanical strength and high filtration capacity. The results obtained can be used in the creation of new types of ceramic filters for the purification of liquids and gases in the chemical, environmental and energy industries.