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The transport of water contaminants with chemical reactions in the presence of an electric field is investigated in this article. In this analysis, we look at potential contaminations and their routes. Efforts to remove contaminants from water have resulted in the development of several processes/technologies. The movement of chemically reactive pollutants in a couple stress fluid in the presence of an electric field is described using the generalised dispersion model. For various values of electric number, couple stress parameter, and response rate parameter, analytical findings of dispersion coefficient were obtained. Graphs are used to illustrate the analytical results, and conclusions are drawn. Dispersion rises as the electric number and couple stress parameters rise, but falls when the reaction rate parameter rises.
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