Uzoije, Atulegwu PatrickKamalu, Clifford. I. O.Uzoigwe, Luke2024-11-112024-11-112015Uzoije, A. P., Kamalu, C. I. O. & Uzoigwe, L. (2015). Oil and grease removal from vegetable oil polluted wastewater; advanced oxidation process approach (Fenton Process ). Elixir Pollution 86: pp. 35178-351822229-712xhttps://repository.futo.edu.ng/handle/20.500.14562/1474A research article on "Oil and grease removal from vegetable oil polluted wastewater" It contains graphs and tables.Oil and grease removal process, through the use of fenton oxidation reaction on an oil polluted wastewater from a vegetable oil plant has been studied. The study was designed to assess the effectiveness of fenton oxidation reaction process in eliminating oil and grease contaminant in the wastewater. The raw wastewater was subjected to analysis through standard methods to determine BOD, Oil and grease, phenol, salinity and sodium batch oxidation process was adopted to remove the oil and grease in which four input parameters ; ph, Fe2+, temperature and hydrogen peroxide(H2O2) were considered. Four runs of experiment were performed where each parameter was varied while the other three remained constant. In each run, oil and grease removal was determined at ten minutes interval for 60 minutes through analysis. The results showed that the highest oil and grease removal efficiencies of 96.28% 98.74%, 99.02 and 93.03%were achieved at the optimum conditions of ph=3, fe2+=3.2 g/l, temp=450C and H2O2=4.5moles respectively and the oil and grease removal was progressive with time until at the point of inflection at 50 minutes where the removal appeared steady. Oil and grease removal efficiency was highly sensitive to the operating conditions. At excess values of the operating conditions, that is, at values beyond the optimum values, the rate of formation of the hydroxyl radical (OH•) became sluggish, impairing removal process. This also explained why the removal efficiency progressed to the plateau at the optimum condition values, and then declined as the values of the operating conditions increased.enFenton processoil and greasewastewaterremoval efficiencyPhTemp.HO•H2O2.Department of Environmental EngineeringDepartment of Chemical EngineeringArticle