EigenformAI/ReSolveSA huggingface dataset:
Drillhole 206264, core 6, segment 2, depth 605.48 m (logged interval 604.09 to 612.35 m)
Location: latitude -30.1537904, longitude 136.8433738
Logged: 17/12/2003 by Geologist Company Data
Major lithology: Breccia (Undiff. Origin)
Description: Breccia
Assay: Ag = 0.6 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Ba = 175 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Ce = 95 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Co = 62 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Cu = 800 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Fe = 22.1 ppb
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: La = 46 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Ni = 34 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Pb = 6 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: S = 13300000 ppb
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Zn = 90 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Ag = 0.6 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Ag = 0.6 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Au = 52 ppb
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Au = 52 ppb
Method: Flame Atomic Absorption Spectrometry
Assay: Ce = 95 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Co = 62 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Cu = 800 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Ni = 34 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: La = 46 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Pb = 6 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: U = 1.9 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: U = 1.9 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Zn = 90 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Drillhole 206264, core 6, segment 1, depth 605.39 m (logged interval 604.09 to 612.35 m)
Location: latitude -30.1537904, longitude 136.8433738
Logged: 17/12/2003 by Geologist Company Data
Major lithology: Breccia (Undiff. Origin)
Description: Breccia
Assay: Ag = 0.6 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Ba = 175 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Ce = 95 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Co = 62 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Cu = 800 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Fe = 22.1 ppb
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: La = 46 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Ni = 34 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Pb = 6 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: S = 13300000 ppb
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Zn = 90 ppm
Method: Inductively Coupled Plasma Optical Emission Spectrometry
Assay: Ag = 0.6 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Ag = 0.6 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Au = 52 ppb
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Au = 52 ppb
Method: Flame Atomic Absorption Spectrometry
Assay: Ce = 95 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Co = 62 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Cu = 800 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Ni = 34 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: La = 46 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Pb = 6 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: U = 1.9 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: U = 1.9 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Assay: Zn = 90 ppm
Method: Inductively Coupled Plasma Mass Spectrometry
Drillhole 195700, core 2, segment 10, depth 10.58 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 2, segment 9, depth 10.49 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 2, segment 8, depth 10.4 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 2, segment 7, depth 10.3 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 2, segment 6, depth 10.21 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 2, segment 5, depth 10.11 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 2, segment 4, depth 10.02 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 2, segment 3, depth 9.93 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 2, segment 2, depth 9.83 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 2, segment 1, depth 9.74 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 1, segment 10, depth 9.64 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 1, segment 9, depth 9.57 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 1, segment 8, depth 9.5 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 1, segment 7, depth 9.42 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 1, segment 6, depth 9.35 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 1, segment 5, depth 9.27 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 1, segment 4, depth 9.2 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 1, segment 3, depth 9.13 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 1, segment 2, depth 9.05 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195700, core 1, segment 1, depth 8.98 m (logged interval 8.9 to 11.4 m)
Location: latitude -29.9978603, longitude 135.122379
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Colluvium
Description: Scree, dominated by huge boulders (?) of Mm BIF.
Assay: Al2O3 = 0.32 %
Method: XRF4
Assay: CaO = 1.41 %
Method: XRF4
Assay: Fe2O3 = 58 %
Method: XRF4
Assay: K2O = 0.03 %
Method: XRF4
Assay: MgO = 1.04 %
Method: XRF4
Assay: MnO = 0.1 %
Method: XRF4
Assay: Cl = 0.03 %
Method: XRF4
Assay: P2O5 = 0.07 %
Method: XRF4
Assay: SiO2 = 36 %
Method: XRF4
Assay: S = 0.02 %
Method: XRF4
Assay: TiO2 = 0.01 %
Method: XRF4
Assay: LOI = 3.35 %
Method: XRF4
Assay: Na2O = 0.01 %
Method: XRF4
Drillhole 195698, core 4, segment 10, depth 15.76 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 4, segment 9, depth 15.67 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 4, segment 8, depth 15.58 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 4, segment 7, depth 15.5 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 4, segment 6, depth 15.41 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 4, segment 5, depth 15.33 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 4, segment 4, depth 15.24 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 4, segment 3, depth 15.15 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 4, segment 2, depth 15.07 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 4, segment 1, depth 14.98 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 3, segment 10, depth 14.9 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 3, segment 9, depth 14.81 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 3, segment 8, depth 14.72 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 3, segment 7, depth 14.63 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 3, segment 6, depth 14.55 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 3, segment 5, depth 14.46 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 3, segment 4, depth 14.37 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 3, segment 3, depth 14.28 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 195698, core 3, segment 2, depth 14.2 m (logged interval 13.9 to 30.1 m)
Location: latitude -29.9973273, longitude 135.121367
Logged: 14/03/2019 by Geologist Department for Energy and Mining
Major lithology: Banded Iron Formation
Description: hematite BIF Mod to strong weathered.
Assay: CaO = 0.18 %
Method: XRF4
Assay: Fe2O3 = 54.3 %
Method: XRF4
Assay: K2O = 0.1 %
Method: XRF4
Assay: MgO = 0.11 %
Method: XRF4
Assay: MnO = 0.03 %
Method: XRF4
Assay: Na2O = 0.03 %
Method: XRF4
Assay: Al2O3 = 1.92 %
Method: XRF4
Assay: SiO2 = 39 %
Method: XRF4
Assay: S = 0.12 %
Method: XRF4
Assay: TiO2 = 0.11 %
Method: XRF4
Assay: LOI = 4.3 %
Method: XRF4
Assay: Cl = 0.02 %
Method: XRF4
Assay: P2O5 = 0.03 %
Method: XRF4
Drillhole 191674, core 4, segment 10, depth 62.73 m (logged interval 58.5 to 64.0 m)
Location: latitude -30.8174203, longitude 134.699258
Logged: 14/02/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Komatiite
Description: brown, well laminated, moderately weathered, core is fractured to forming a rubble. Water sample @ 58m, TDS 41230.
Assay: Ag = <1 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: As = 42 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Bi = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ca = 53800 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cd = <2 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ce = <10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Co = 73 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cr = 1150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cu = 61 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Fe = 65000 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: K = 3050 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mg = 83500 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mn = 1200 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mo = 4 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Na = 13100 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Nb = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ni = 900 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: P = 150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Pb = 10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: S = 50 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sc = 24 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sr = 98 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ti = 2850 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: V = 165 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Y = 12 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Zn = 92 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Au = 9 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pt = 10 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pd = 13 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Drillhole 191674, core 4, segment 9, depth 62.66 m (logged interval 58.5 to 64.0 m)
Location: latitude -30.8174203, longitude 134.699258
Logged: 14/02/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Komatiite
Description: brown, well laminated, moderately weathered, core is fractured to forming a rubble. Water sample @ 58m, TDS 41230.
Assay: Ag = <1 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: As = 42 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Bi = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ca = 53800 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cd = <2 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ce = <10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Co = 73 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cr = 1150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cu = 61 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Fe = 65000 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: K = 3050 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mg = 83500 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mn = 1200 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mo = 4 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Na = 13100 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Nb = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ni = 900 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: P = 150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Pb = 10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: S = 50 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sc = 24 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sr = 98 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ti = 2850 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: V = 165 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Y = 12 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Zn = 92 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Au = 9 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pt = 10 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pd = 13 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Drillhole 191674, core 4, segment 8, depth 62.58 m (logged interval 58.5 to 64.0 m)
Location: latitude -30.8174203, longitude 134.699258
Logged: 14/02/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Komatiite
Description: brown, well laminated, moderately weathered, core is fractured to forming a rubble. Water sample @ 58m, TDS 41230.
Assay: Ag = <1 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: As = 42 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Bi = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ca = 53800 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cd = <2 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ce = <10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Co = 73 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cr = 1150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cu = 61 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Fe = 65000 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: K = 3050 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mg = 83500 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mn = 1200 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mo = 4 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Na = 13100 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Nb = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ni = 900 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: P = 150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Pb = 10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: S = 50 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sc = 24 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sr = 98 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ti = 2850 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: V = 165 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Y = 12 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Zn = 92 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Au = 9 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pt = 10 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pd = 13 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Drillhole 191674, core 4, segment 7, depth 62.51 m (logged interval 58.5 to 64.0 m)
Location: latitude -30.8174203, longitude 134.699258
Logged: 14/02/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Komatiite
Description: brown, well laminated, moderately weathered, core is fractured to forming a rubble. Water sample @ 58m, TDS 41230.
Assay: Ag = <1 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: As = 42 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Bi = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ca = 53800 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cd = <2 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ce = <10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Co = 73 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cr = 1150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cu = 61 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Fe = 65000 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: K = 3050 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mg = 83500 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mn = 1200 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mo = 4 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Na = 13100 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Nb = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ni = 900 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: P = 150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Pb = 10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: S = 50 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sc = 24 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sr = 98 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ti = 2850 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: V = 165 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Y = 12 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Zn = 92 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Au = 9 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pt = 10 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pd = 13 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Drillhole 191674, core 4, segment 6, depth 62.44 m (logged interval 58.5 to 64.0 m)
Location: latitude -30.8174203, longitude 134.699258
Logged: 14/02/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Komatiite
Description: brown, well laminated, moderately weathered, core is fractured to forming a rubble. Water sample @ 58m, TDS 41230.
Assay: Ag = <1 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: As = 42 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Bi = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ca = 53800 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cd = <2 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ce = <10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Co = 73 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cr = 1150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cu = 61 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Fe = 65000 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: K = 3050 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mg = 83500 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mn = 1200 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mo = 4 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Na = 13100 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Nb = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ni = 900 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: P = 150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Pb = 10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: S = 50 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sc = 24 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sr = 98 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ti = 2850 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: V = 165 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Y = 12 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Zn = 92 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Au = 9 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pt = 10 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pd = 13 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Drillhole 191674, core 4, segment 5, depth 62.36 m (logged interval 58.5 to 64.0 m)
Location: latitude -30.8174203, longitude 134.699258
Logged: 14/02/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Komatiite
Description: brown, well laminated, moderately weathered, core is fractured to forming a rubble. Water sample @ 58m, TDS 41230.
Assay: Ag = <1 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: As = 42 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Bi = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ca = 53800 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cd = <2 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ce = <10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Co = 73 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cr = 1150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cu = 61 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Fe = 65000 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: K = 3050 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mg = 83500 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mn = 1200 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mo = 4 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Na = 13100 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Nb = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ni = 900 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: P = 150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Pb = 10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: S = 50 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sc = 24 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sr = 98 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ti = 2850 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: V = 165 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Y = 12 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Zn = 92 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Au = 9 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pt = 10 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pd = 13 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.