COMPOSITES BASED ON OYMASH SALT

In recent years, an urgent task is to find materials of domestic origin and create on their basis affordable and cheap, easy-to-use, reliable composite compositions for the preparation of well killing fluid. Nowadays, the need for process fluids that help preserve and restore reservoir properties always remains. Available and inexpensive natural salt from the Oimash deposit (Mangistau region) can create the required density in the well killing fluid and be its main component. The aim of the work is to develop compositions based on Oimash salt for the preparation of well killing fluids, which include all necessary additives. Methodology: The physicochemical characteristics of the composite compositions for the preparation of well killing fluid (bulk density, mass fraction of insoluble substances in water, mass fraction of moisture, solubility) and using standard methods corrosion activity studied. Results. The physicochemical parameters of Oimash salt showed that the salt is not prone to caking, the proportion of insoluble substances in sea water is 0.45%, and in waste water - 0.54%. The solubility of the developed compositions depending on the types of water was studied. All compositions are soluble in various types of water. The solubility of all compositions in seawater is 96.64-97.56%, and in wastewater from 95.59% to 95.97%. The optimal composition of the salt composition is the composition of sample No. 1 with the percentage content of components TPPF: NTF: PAA = 0.5: 0.5: 0.1:30, with a bulk density of 0.7055 t/m3, a mass fraction of insoluble substances in water - 1.4334%, well soluble in sea and waste water 97.56 and 95.66%. As the results of samples No. 1 showed, the corrosive environment is slightly aggressive in terms of aggressiveness.

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Publication Details

Journal
Chemical Journal of Kazakhstan
Published
2024-09-30
DOI
https://doi.org/10.51580/2024-3.2710-1185.30
Primary Topic
Material Selection and Properties
Type
article
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article

COMPOSITES BASED ON OYMASH SALT

U.Zh. Jussipbekov, Sultanbaeva Geeta, Raushan Kaiynbaeva, Gulnar Bugubaeva et al.
1 links
Chemical Journal of Kazakhstan
Material Selection and Properties
article

COMPOSITES BASED ON OYMASH SALT

U.Zh. Jussipbekov, Sultanbaeva Geeta, Raushan Kaiynbaeva, Gulnar Bugubaeva, Ersyn Tusupkaliyev, Raissa Chernyakova
article en

Abstract

In recent years, an urgent task is to find materials of domestic origin and create on their basis affordable and cheap, easy-to-use, reliable composite compositions for the preparation of well killing fluid. Nowadays, the need for process fluids that help preserve and restore reservoir properties always remains. Available and inexpensive natural salt from the Oimash deposit (Mangistau region) can create the required density in the well killing fluid and be its main component. The aim of the work is to develop compositions based on Oimash salt for the preparation of well killing fluids, which include all necessary additives. Methodology: The physicochemical characteristics of the composite compositions for the preparation of well killing fluid (bulk density, mass fraction of insoluble substances in water, mass fraction of moisture, solubility) and using standard methods corrosion activity studied. Results. The physicochemical parameters of Oimash salt showed that the salt is not prone to caking, the proportion of insoluble substances in sea water is 0.45%, and in waste water - 0.54%. The solubility of the developed compositions depending on the types of water was studied. All compositions are soluble in various types of water. The solubility of all compositions in seawater is 96.64-97.56%, and in wastewater from 95.59% to 95.97%. The optimal composition of the salt composition is the composition of sample No. 1 with the percentage content of components TPPF: NTF: PAA = 0.5: 0.5: 0.1:30, with a bulk density of 0.7055 t/m3, a mass fraction of insoluble substances in water - 1.4334%, well soluble in sea and waste water 97.56 and 95.66%. As the results of samples No. 1 showed, the corrosive environment is slightly aggressive in terms of aggressiveness.

Chemical Journal of Kazakhstan(3)
Life below water
Openalex Percentile: Top 89%
Material Selection and Properties
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