In the original languageTranslation into English

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

Annotation

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

viscosity
system
potassium sulfate
sulfate salts
astrakhanite
schenite
glaserite.
rheology
fertilizers
filtration
density

Authors

Erkaev Aktam Ulashevich, Ulasheva Nafisa Aktam kizi, Kucharov Bakhrom Hayrievich, Kim Rimma Nikolaevna, Zakirov Bakhtiyar Sabirzhanovich, Olimov Tolmas Farkhodovich

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