| LOI | 0.44 | % | ME-GRA05 | Lithium borate fused bead/XRF analysis for LOI. |
| TiO2 | 0.79 | % | ME-ICP06 | High precision whole rock analysis of all major oxides by ICP-AES. |
| SrO | 0.07 | % | ME-ICP06 | High precision whole rock analysis of all major oxides by ICP-AES. |
| SiO2 | 59.50 | % | ME-ICP06 | High precision whole rock analysis of all major oxides by ICP-AES. |
| P2O5 | 0.21 | % | ME-ICP06 | High precision whole rock analysis of all major oxides by ICP-AES. |
| Na2O | 3.79 | % | ME-ICP06 | High precision whole rock analysis of all major oxides by ICP-AES. |
| MnO | 0.14 | % | ME-ICP06 | High precision whole rock analysis of all major oxides by ICP-AES. |
| MgO | 3.24 | % | ME-ICP06 | High precision whole rock analysis of all major oxides by ICP-AES. |
| K2O | 1.93 | % | ME-ICP06 | High precision whole rock analysis of all major oxides by ICP-AES. |
| Fe2O3 | 7.51 | % | ME-ICP06 | High precision whole rock analysis of all major oxides by ICP-AES. |
| Cr2O3 | <0.01 | % | ME-ICP06 | High precision whole rock analysis of all major oxides by ICP-AES. |
| CaO | 6.37 | % | ME-ICP06 | High precision whole rock analysis of all major oxides by ICP-AES. |
| BaO | 0.10 | % | ME-ICP06 | High precision whole rock analysis of all major oxides by ICP-AES. |
| Al2O3 | 16.70 | % | ME-ICP06 | High precision whole rock analysis of all major oxides by ICP-AES. |
| Te | 0.01 | ppm | ME-MS42 | ICP Mass Spectrometry (ICP-MS). |
| Se | 0.60 | ppm | ME-MS42 | ICP Mass Spectrometry (ICP-MS). |
| Sb | <0.05 | ppm | ME-MS42 | ICP Mass Spectrometry (ICP-MS). |
| Re | <0.0010 | ppm | ME-MS42 | ICP Mass Spectrometry (ICP-MS). |
| In | 0.0320 | ppm | ME-MS42 | ICP Mass Spectrometry (ICP-MS). |
| Hg | <0.0050 | ppm | ME-MS42 | ICP Mass Spectrometry (ICP-MS). |
| Bi | 0.01 | ppm | ME-MS42 | ICP Mass Spectrometry (ICP-MS). |
| As | 0.10 | ppm | ME-MS42 | ICP Mass Spectrometry (ICP-MS). |
| Zr | 190 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Yb | 2.55 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Y | 25.50 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| W | <1 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| V | 164 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| U | 0.17 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Tm | 0.38 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Tl | <0.50 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Th | 2.24 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Tb | 0.82 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Ta | 0.30 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Sr | 575 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Sn | 2 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Sm | 6.33 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Rb | 53.80 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Pr | 7.48 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Nd | 28 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Nb | 7.70 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Lu | 0.36 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| La | 26.20 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Ho | 0.96 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Hf | 4.80 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Ge | <5 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Gd | 5.40 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Ga | 20.50 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Eu | 1.47 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Er | 2.83 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Dy | 4.96 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Cs | 0.68 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Cr | 40 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Ce | 57.50 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| Ba | 819 | ppm | ME-MS81 | Rare Earth and trace elements using ICP-MS. |
| C | 0.03 | % | C-IR07 | Total carbon by Leco furnace. |
| S | 0.04 | % | S-IR08 | Total sulfur by Leco furnace. |
| Pt | <0.0050 | ppm | PGM-ICP23 | Pt, Pd and Au by fire assay and ICP-AES finish. 30 g nominal sample weight.
|
| Pd | 0.0010 | ppm | PGM-ICP23 | Pt, Pd and Au by fire assay and ICP-AES finish. 30 g nominal sample weight.
|
| Au | <0.0010 | ppm | PGM-ICP23 | Pt, Pd and Au by fire assay and ICP-AES finish. 30 g nominal sample weight.
|
| Total | 100.79 | % | TOT-ICP06 | Total major oxides by ICP |
| Zn | 80 | ppm | ME-4ACD81 | Lithium borate fusion followed by acid dissolution, ICP-MS determination. |
| Sc | 16 | ppm | ME-4ACD81 | Lithium borate fusion followed by acid dissolution, ICP-MS determination. |
| Pb | 13 | ppm | ME-4ACD81 | Lithium borate fusion followed by acid dissolution, ICP-MS determination. |
| Ni | 15 | ppm | ME-4ACD81 | Lithium borate fusion followed by acid dissolution, ICP-MS determination. |
| Mo | <1 | ppm | ME-4ACD81 | Lithium borate fusion followed by acid dissolution, ICP-MS determination. |
| Li | 10 | ppm | ME-4ACD81 | Lithium borate fusion followed by acid dissolution, ICP-MS determination. |
| Cu | 32 | ppm | ME-4ACD81 | Lithium borate fusion followed by acid dissolution, ICP-MS determination. |
| Co | 19 | ppm | ME-4ACD81 | Lithium borate fusion followed by acid dissolution, ICP-MS determination. |
| Cd | <0.50 | ppm | ME-4ACD81 | Lithium borate fusion followed by acid dissolution, ICP-MS determination. |
| Ag | <0.50 | ppm | ME-4ACD81 | Lithium borate fusion followed by acid dissolution, ICP-MS determination. |