AI
The strategy identifies five rare earths metals (dysprosium, neodymium, terbium, europium and yttrium) as well indium as the most critical elements based on important to clean energy technologies and supply risk.
The following table presents the distribution of rare earth oxides within the project’s monazite mineralization based on historical data and recompiled by Rareco:
http://www.gwmg.ca/html/projects/Steenkampskraal_Mine/index.cfm
Oxide % of Total Grade Tonnes contained in Resource
Cerium 46.55 13,686
Lanthanum 21.63 6,360
Neodymium 16.66 4,898
Praeseodymium 5.00 1,470
Yttrium 5.00 1,470 Samarium 2.50 735
Gadolinium 1.55 455
Dysprosium 0.67 196
Erbium 0.08 24
Terbium 0.08 24 Europium 0.08 24
Thulium 0.07 20
Ytterbium 0.07 20
Holmium 0.05 0.05
Lutetium 0.01 3
Total 100.00 29,400
The following table presents the distribution of rare earth oxides within the project’s monazite mineralization based on historical data and recompiled by Rareco:
http://www.gwmg.ca/html/projects/Steenkampskraal_Mine/index.cfm
Oxide % of Total Grade Tonnes contained in Resource
Cerium 46.55 13,686
Lanthanum 21.63 6,360
Neodymium 16.66 4,898
Praeseodymium 5.00 1,470
Yttrium 5.00 1,470 Samarium 2.50 735
Gadolinium 1.55 455
Dysprosium 0.67 196
Erbium 0.08 24
Terbium 0.08 24 Europium 0.08 24
Thulium 0.07 20
Ytterbium 0.07 20
Holmium 0.05 0.05
Lutetium 0.01 3
Total 100.00 29,400
These are my Courts, there may be many like them but these are mine!
