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Leaching of Rare Earth Elements from Gibbsite-bearing Shale of Southwestern Sinai, Egypt using Ammonium Sulfate via Ion Exchange Mechanism
Citations:
1
References:
26
Abstract
Gibbsite-bearing shale ore, South Western Sinai, Egypt has been identified as containing physically adsorbed rare earth elements (REEs). The investigated material mainly contains an average rare earth elements (REEs) concentration of 6350 ppm. In spite of low grade compared to other rare earth elements (REEs) sources, the low mining cost and the ease of exploitation make it a promising source of r...
Keywords
2023
Article
Open Access
Institution
2-Y Citation Average
0.712
Language
Country
Leaching of Rare Earth Elements from Gibbsite-bearing Shale of Southwestern Sinai, Egypt using Ammonium Sulfate via Ion Exchange Mechanism
Citations:
1
References:
26
Abstract
Gibbsite-bearing shale ore, South Western Sinai, Egypt has been identified as containing physically adsorbed rare earth elements (REEs). The investigated material mainly contains an average rare earth elements (REEs) concentration of 6350 ppm. In spite of low grade compared to other rare earth elements (REEs) sources, the low mining cost and the ease of exploitation make it a promising source of r...
Keywords
2023
Article
Open Access
Institution
2-Y Citation Average
0.712
Language
Country