A comparative study on decolorization of acid dye from its aqueous solution by electro fenton process with conventional fenton process Available to Purchase

An evaluation of the decolorization of acid dye from its aqueous solution using the Novel electro fenton method in comparison to the Conventional fenton process is the major objective of the study. The components and procedures: A reactor and two electrodes were utilised in order to investigate the various parameters of the Novel Electro Fenton method, which pertains to the elimination of acid pink dye. Either the New Electro Fenton Process, which involved the use of electrodes, or the Conventional Fenton Process, which involved the use of hydrogen peroxide and ferrous sulphate as catalysts, were utilised in the process. For the purpose of this review, a total of 32 samples were collected from two groups, each consisting of sixteen samples. The power of the pre-test is determined to be eighty percent, with an alpha value of 0.05 and corresponding confidence intervals of ninety-five percent. Result: The SPSS programme, version 22, was utilised in order to carry out the independent sample T-test testing. In an aqueous solution of acid pink dye, the electro fenton approach removes an average of 65.90 percent of the colour more than the conventional fenton procedure does, which removes 45.80 percent of the colour. This is a significant difference between the two methods. A statistical significance of 0.000 (p<0.05) was found in the SPSS analysis that was carried out. The values for the standard deviation are 2.44227 and 2.68532, and the standard errors that correlate to those values are 0.61057 and 0.67133. In the present investigation, the Novel Electro Fenton process was shown to be more effective than the Conventional Fenton process in terms of decolorizing the acid pink dye that was present in its aqueous solution.