Effect of phosphate nature on the inhibitory capability of phosphate compositions
Niyazbekova A.B. Shakirov T.A. Baytlesova L.I. Zhunusbekova N.M. Niyazbaeva A.I. Gubaidullina G.M.
20 June 2024al-Farabi Kazakh State National University
International Journal of Biology and Chemistry
2024#17Issue 1134 - 141 pp.
Corrosion inhibitors find ubiquitous application across diverse sectors to formulate robust coatings and chemical compounds. Serving as pivotal additives in compositions, they play a vital role in crafting coatings for circulating water systems, water supply networks, oil refining, petrochemical industries, and power plants. Incorporation extends to fuels, oils, lubricants, and construction materials. In industries oxidation inhibitors is particularly high as chemical, electrochemical, petrochemical, and gas, as well as in water supply networks and circulating water systems. The utilization of inhibitors obviates the necessity for treating metal surfaces with protective enamels and mastics. Effectively preventing oxidation involves the introduction of chemical contributions into aggressive ecology, thereby neutralizing or retarding the oxidation processes. This article explores the anti-oxidation properties of inhibitors in compositions related to St-3 steel. The study includes factors such as the pH of the medium, the nature and concentration of phosphate in compositions simulating reservoir water under stationary and aerated conditions. Investigation methods as potentiometry and photocolorimetry used in research. Experimental data, quantitative parameters of the oxidation process, oxidation rate, and degree of protection, depth index, and stability of the film formed were determined. These indicators were assessed on the oxidation resistance scale relative to steel. Analysis of the data shows that out of 63 compositions, seven systems demonstrate the most significant protective effects, with five containing sodium orthophosphate and two containing sodium hydroorthophosphate. The effective, surrounding friendly and cost-effective steel oxidation inhibitors using materials from Kazakhstan will main contribute to the development.
degree of protection , depth index , inhibitor , orthophosphates , oxidation
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West Kazakhstan Innovation Technology University, Uralsk, Kazakhstan
Satbayev University, Almaty, Kazakhstan
Al-Farabi Kazakh National University, Almaty, Kazakhstan
Zhangir Khan West Kazakhstan Agrarian Technical University, Uralsk, Kazakhstan
West Kazakhstan Innovation Technology University
Satbayev University
Al-Farabi Kazakh National University
Zhangir Khan West Kazakhstan Agrarian Technical University
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