Drillhole 276136, core 1, segment 2, depth 29.31 m (logged interval 29.1 to 36.4 m)
Location: latitude -29.3018013, longitude 135.121008
Logged: 18/04/2013 by Geologist Company Data
Major lithology: Saprock
Description: quartz +/- biotite; -potassium feldspar in a fine grained carbonacious matrix with increasing potassium feldspar with depth. strongly weathered/kaolinised and quartz grains look well rounded.
Assay: Ba = 408.3 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Be = 1.8 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Ce = 43.1 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Dy = 4.13 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Er = 3.04 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Eu = 0.66 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Ga = 10 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Gd = 3.1 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Hf = 5.8 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Ho = 1.09 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: La = 22.6 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Lu = 0.52 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Nb = 6.1 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Nd = 16.3 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Rb = 138.2 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Pr = 4.88 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Sm = 3.38 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Sn = 19 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Sr = 163.3 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Ta = 0.5 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Tb = 0.65 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Th = 9.01 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Tm = 0.55 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: U = 21.25 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: W = <1 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Y = 39.6 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Yb = 3.45 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Zr = 235 ppm
Method: Lithium borate fusion, ICP-MS determination
Assay: Al2O3 = 10.62 %
Method: Lithium borate fusion, ICP-OES determination
Assay: Au = <1 ppb
Method: Lead collection fire assay 25g charge, ICP-MS determination.
Assay: CaO = 6.63 %
Method: Lithium borate fusion, ICP-OES determination
Assay: Cr = <20 ppm
Method: Lithium borate fusion, ICP-OES determination
Assay: Fe2O3 = 1.7 %
Method: Lithium borate fusion, ICP-OES determination
Assay: K2O = 3 %
Method: Lithium borate fusion, ICP-OES determination
Assay: MgO = 0.16 %
Method: Lithium borate fusion, ICP-OES determination
Assay: MnO = 0.03 %
Method: Lithium borate fusion, ICP-OES determination
Assay: Na2O = 0.23 %
Method: Lithium borate fusion, ICP-OES determination
Assay: P2O5 = 0.05 %
Method: Lithium borate fusion, ICP-OES determination
Assay: Pd = <1 ppb
Method: Lead collection fire assay 25g charge, ICP-MS determination.
Assay: Pt = <1 ppb
Method: Lead collection fire assay 25g charge, ICP-MS determination.
Assay: Sc = 4 ppm
Method: Lithium borate fusion, ICP-OES determination
Assay: SiO2 = 69.23 %
Method: Lithium borate fusion, ICP-OES determination
Assay: TiO2 = 0.22 %
Method: Lithium borate fusion, ICP-OES determination
Assay: V = <10 ppm
Method: Lithium borate fusion, ICP-OES determination
Assay: Ag = 0.12 ppm
Method: Four acid digest, ICP-MS finish.
Assay: As = <0.5 ppm
Method: Four acid digest, ICP-MS finish.
Assay: Bi = 0.08 ppm
Method: Four acid digest, ICP-MS finish.
Assay: Cd = <0.02 ppm
Method: Four acid digest, ICP-MS finish.
Assay: Co = 78 ppm
Method: Four acid digest, ICP-MS finish.
Assay: Cs = 1.86 ppm
Method: Four acid digest, ICP-MS finish.
Assay: Ge = 0.71 ppm
Method: Four acid digest, ICP-MS finish.
Assay: In = 0.006 ppm
Method: Four acid digest, ICP-MS finish.
Assay: Mo = 0.2 ppm
Method: Four acid digest, ICP-MS finish.
Assay: Re = <0.002 ppm
Method: Four acid digest, ICP-MS finish.
Assay: Sb = 0.12 ppm
Method: Four acid digest, ICP-MS finish.
Assay: Se = 0.9 ppm
Method: Four acid digest, ICP-MS finish.
Assay: Te = 0.08 ppm
Method: Four acid digest, ICP-MS finish.
Assay: Tl = 0.54 ppm
Method: Four acid digest, ICP-MS finish.
Assay: Cu = 128 ppm
Method: Four acid digest, ICP-OES finish.
Assay: F = 114 ppm
Method: Carbonate fusion, Selective Ion Electrode determination
Assay: LOI = 8.22 %
Method: Loss on ignition. (1000 deg C or nominated temps)
Assay: Li = 28 ppm
Method: Four acid digest, ICP-OES finish.
Assay: Ni = 8 ppm
Method: Four acid digest, ICP-OES finish.
Assay: Pb = 16 ppm
Method: Four acid digest, ICP-OES finish.
Assay: S = 147 ppm
Method: Four acid digest, ICP-OES finish.
Assay: Zn = 21 ppm
Method: Four acid digest, ICP-OES finish.