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Daoud, Yokohama, Yoshizuka Table 3: geothermal water composition ( mg/kg) Assal 3, Assal 4 , Assal 5 and Assal 6. 7. Conclusion Removal of silicic acid is a crucial step before recovery of Lithium. Adsorption column experiment by λ-MnO2 is one of the most economical Li separation methods and its efficacies of 96%. We can be concluded that: granule λ-MnO2 can be used successfully for recovery of Li from geothermal brines. Assal geothermal wells are significantly rich in mineral to be potentially economically viable. economical metal extraction, such as Lithium in Assal could have a positive impact on the exploitation of geothermal energy by reducing the cost. An evaluation study would be necessary to revalue a second time geothermal fluids and the salars of Assal to exploit marketable by-products: economically profitable minerals. ACKNOWLEDGMENTS In this study, I would like to express my great gratitude to Kyushu University, JICA and ODDEG for the opportunity to participate in six months of 2019. I am greatly sincerely indebted to my supervisor, Prof. Yokoyama of Kyushu University and Prof. Kazuharu Yoshizuka of The University of Kitakyushu. I am very grateful for their help, Patience, availability and confidence. What is unforgettable is the time they offered me by answering my questions. I would also like to thank to Prof. Ryuichi Itoi and Dr. Tatsuto Ino for their guidance, time and Consulting REFERENCES Asdrúbal Valencia Giraldo, La era del Litio, Revista Columbiana de Materiales (2016) No9, 1- 14. Bariş Erdoğan. (2015) Separation of Lithium from Brines. THESIS. Delbuono, V., Such, T., Toledo, E., Jerez, D., (2017) Mercado de Litio, Situación actual y perspectivas. Informe especial. Ministerio de Energía y Minería Argentina. Higuchi, A., Ankei N., Nishihama S. and Yoshizuka, K.(2016) Selective Recovery of Lithium from Cathode Materials of Spent Lithium Ion Battery, The Minerals, Metals & Materials Society, Vol. 68, No. 10, 2624- 2631.PDF Image | Recovery of Lithium from Geothermal Water
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