STUDYING THE RHEOLOGICAL PROPERTIES AND FILTERABILITY OF INTERMEDIATE, FINAL SOLUTIONS AND SUSPENSIONS FORMED WHEN PROCESSING SULFATE-CONTAINING SALTS
Authors
Erkaev Aktam Ulashevich, Ulasheva Nafisa Aktam kizi, Kucharov Bakhrom Hayrievich, Kim Rimma Nikolaevna, Zakirov Bakhtiyar Sabirzhanovich, Olimov Tolmas Farkhodovich
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The purpose of the research was to study the rheological properties and filtration rate of glaserite and schenite suspensions depending on the L:T ratio. Experimental studies have established that changes in the density and viscosity of the formed suspension depend on the L:S ratio and the characteristics of the constituent salts of the system. And the filtration rate of glaserite suspensions fluctuates in the ranges of 1937.10÷2056.33 kg/h·m2, and for the solid phase - with an increase in the L:S ratio, an increase in filtration rate is observed, which ranges from 404.98-2165.80 kg /h·m2. When using chenite suspensions, the filterability in the liquid phase is in the range of 1940.10÷2234.90 kg/h·m2. The solid phase filtration rate fluctuates in the ranges of 550.81÷1996.25 kg/h·m2, sediment moisture is on average 2.5-2.6% lower, and the filtration rate is on average 100-200 kg/h·m2 more than glaserite sediments.
Keywords
Authors
Erkaev Aktam Ulashevich, Ulasheva Nafisa Aktam kizi, Kucharov Bakhrom Hayrievich, Kim Rimma Nikolaevna, Zakirov Bakhtiyar Sabirzhanovich, Olimov Tolmas Farkhodovich
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