Drillhole 375398, core 4, segment 10, depth 8.0 m (logged interval 1.0 to 12.0 m)
Location: latitude -32.9642651, longitude 140.9159331
Logged: 21/10/2022 by Geologist Department for Energy and Mining
Major lithology: Clay (Regolith)
Description: 100% clay (regolith): in-situ, massive, clay, brownish grey. Heterogeneous interval of clay that grades from grey at the top to pale brown-orange near the base.
Assay: Mg = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Al = 76663 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Si = 183821 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: P = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: S = 653 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: K = 3057 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Ca = 1528 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Ti = 8620 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: V = 156 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Cr = 65 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Mn = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Fe = 16006 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Co = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Ni = 16 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Cu = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Rb = 20 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Zn = 30 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: As = 3 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Se = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Sr = 143 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Y = 9 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Zr = 283 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Nb = 20 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Mo = 6 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Ag = 3 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Cd = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Sn = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Sb = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Ba = 182 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: La = 104 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Ce = 103 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Pr = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Nd = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: W = 17 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Hg = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Pb = 14 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Bi = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Th = 15 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: U = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Mg = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Al = 89226 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Si = 205898 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: P = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: S = 2194 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: K = 3163 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Ca = 1390 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Ti = 10606 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: V = 259 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Cr = 108 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Mn = 42 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Fe = 20638 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Co = 70 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Ni = 14 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Cu = 21 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Zn = 40 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: As = 5 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Se = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Rb = 28 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Sr = 78 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Y = 19 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Zr = 345 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Nb = 26 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Mo = 6 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Ag = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Cd = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Sn = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Sb = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Ba = 190 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: La = 82 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Ce = 90 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Pr = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Nd = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: W = 16 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Hg = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Pb = 13 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Bi = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: Th = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C
Assay: U = 0 ppm
Method: X-Ray Fluroescence Spectrometry using Vanta C