Optimization of Activation Model of Clay from Enugu State for the Bleaching Crude Palm Oil

Abdelfattah A., Haten G., Mohammed I., Khan M.K., Almesfer A., Abubakar M.F. and Abdelaziz G. (2018), Effect of Structure and Chemical Activation on the Adsorption Properties of Green Clay Minerals for the Removal of Cationic Dye, Applied Sciences (MDPI) (MDPI) 8, 2302, 2-18 Bello A. M., Ajibola V.O., and Idris S. O. (2018), Activation of Clay Sample from Zaria LGA of Kaduna State, Nigeria and Testing its Bleaching Performance on Groundnut Oil, Palm Oil and Cotton Seed Oil, ChemSearch Journal 2 (2), 36-48. Echegi Christian Uche (2019), Industrial Potentials of Activated Carbon from Coal, International Journal of Management and Science, Vol. 4, 23-31. Echegi Christian Uche, Eze Ken and Okoye Japhet (2023), Effect of Activation Modelling of Nigerian Local Clay on the Adsorption Characteristics, American Journal of Applied Sciences and Engineering, Vol. 4., No. 2, 16-24. Egbuna S.O., Mbah C. N., and Chime, T.O., (2015), Determination of the Optimal Process Conditions for the Acid Activation of Ngwo Clay in the Bleaching of Palm Oil, International Journal of Computational Engineering Research, Vol. 05, Issue 08, 26-34. Hauwa Idris Muhammed, Chinwendu Nkechi Nwakife and Chukwu Felix (2021), Evaluating the Bleaching Performance of Acid Modified Locally available Clay from Niger State on Crude Palm Oil, Continentall J. Applied Sciences 16(1): 33-44. Iloabachie I. C., Adiele I.D., Onyia C.N. and Okpe B.O. (2020), Physico-Chemical Characterization of Industrial Refractory Applications of Eha-Ndiagu Clay, World Journal of Engineering, Research and Technology, Vol. 6, Issue 1, 47-62. Javed S. H., Zahir A., Khan A., Afzal S., and Mansha M. (2018), Adsorption of Mordant Red 73 Dye on Acid Activated Bentonites, Kinetics and Thermodynamics Study, Mol. Liquid, 254, 389-405. Jeldi H., Brahmi J., Hedfi H., Mbarek M., Bouzgarrou S., and Slimi K., (2018), Adsorption Kinetics and Thermodynamics Properties of Super critical CO2 on Activated Clay, J.Pet. Sci, Eng. 166, 476-481. Nnanwube Ikechukwu Abuchi, Okafor Nwoye Vincent, Obibuenyi John Ifeanyi, Onukwuli Okechukwu Dominic and Ajemba Regina Obiageli (2020), Optimization of Colour Pigments Removal from Palm Oil Using Activated Ogbunike Kaolinite, Sigma Journal of Engineering and Natural Sciences 38(1), 253-263. Ulfah Anis, Ria Millati and Chusnul Hidayat (2022), Optimization of Crude Oil Bleaching Using Zeolite-Fe by Response Surface Methodology, AgricTECH, 42(1), 23-29. Yao Joseph Adjoumani, Pierre Jean Marie, Konan Edmond Kouassi, Soumahoro Gueu, Alain Stephane A. and Kouassi Benjamin Yao (2019), Modeling and Optimization of Two Clays Acidic Activation for Phosphate ions Removal in Aqueous Solution by Response Surface Methodology, Journal of Water Resource and Protection, 11, 200-216. Wuraola Abake Raji, Rowland Ugochukwu, and Frederick Wirsiy Ngubi (2019), Optimization of Bleaching Process of Crude Palm Oil by Activated Clay using Response Surface Methodology, Open Journal of Optimization, 8, 38-46. Zhua J., Zhanga P., Wang Y., Wena K., Sua X., Heg H. and Xie Y. (2018), Effect of Acid Activation of Polygorskite on their toluene Adsorption Behaviour, Applied Clay Science, 159, 60-67.