MODIFICATION OF COMPOSITION OF SALINITY INHIBITORS BASED ON ORGANOPHOSPHONATES AND ACRYLIC ACID

B. Kadirov, O. Kamilov, Y. Usmanova, H. Kadirov, Z. Davlatova, E. Cherkasova
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Abstract

Chemical and mineralogical compositions of mineral deposits and acidic precipitations have been studied, and synergistically effective compositions of inhibitors of salt deposits have been selected based on -PO3H2 and COOH containing organic compounds. The article proposes a formulation of a mineral salts deposit inhibitor corresponding to regulatory indicators (not less than 90%) for the protection of municipal boiler houses and industrial equipment, comparative results of the industrial preparation Komperex-710. The obtained compositions were found to be effective inhibitors in concentrations of 8-12 mg/l in waters with calcium and magnesium chlorides Chimbaia, Turtkulia and Biruni with hardness of 7.9-9.6 mg.eq/l and in concentrations of 10-14 mg/l in waters with calcium and magnesium carbonates Nukus and Shukmanay
基于有机膦酸盐和丙烯酸的盐抑制剂组成的改性
研究了矿床和酸性沉淀物的化学和矿物组成,选择了基于-PO3H2和COOH的有机化合物协同有效的盐沉积抑制剂组成。本文提出了一种符合监管指标(不低于90%)的矿盐沉积抑制剂的配方,用于市政锅炉房和工业设备的保护,并与工业制剂Komperex-710进行了对比。所得组合物在含钙、镁氯化物(Chimbaia、Turtkulia和Biruni)、硬度为7.9-9.6 mg的水中,浓度为8-12 mg/l时具有有效的抑制作用。eq/l和浓度为10- 14mg /l的碳酸钙和碳酸镁Nukus和Shukmanay水
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