Comparative study on bod removal of poultry wastewater by electro-Fenton process with minimal national standards

Using a one-of-a-kind electro-Fenton technique is the goal of this effort, which is intended to lower the biochemical oxygen demand in poultry wastewater. The methods and instruments that were utilised: In order to conduct this experiment, two groups were selected, and G1=16 and G1= were produced for each of the groups. 80 percent and alpha=0.05 with confidence intervals of 95 percent are used in the calculation of the power of the pre-test measurement. The anticipated size of the sample was reached by the use of clinical software and information obtained from several previous study publications. During the process of getting the samples ready for examination, a wide variety of instruments and materials were utilised. Results: When carrying out the independent sample T-test, version 26 of SPSS was the software that was utilised. In chicken effluent samples, an electro-Fenton approach that is one of a kind may be utilised to extract an average of 72.7456 mmol of the biochemical oxygen demand. 68.2456 is the mean value of the biochemical oxygen demand reduction from chicken wastewater samples that was achieved by the use of the Fenton procedure. A t-test for independent samples is utilised in order to draw conclusions about the findings. The Electro-Fenton technology and the minimal national standards are very different from one another in a significant extent. The standard deviation was calculated to be (5.00585, 5.07562), the standard error mean was calculated to be (72.7456, 68.2456), and the (1.25146, 1.26890). The statistically significant difference between the Electro-Fenton Process and the Conventional Fenton Process is indicated by the two-tailed result p=0.017 where p is less than 0.05. According to the results of this experimental investigation, which conducted a comparison between the Electro-Fenton process and minimal national standards, the approach removes the need for oxygen in the biochemical process.