Superior Resources Limited · ASX:SPQ
Superior Resources — AIG pXRF Seminar – November 2015
24 slides from Superior Resources's conference presentation, Nov 13, 2015
Slide 1: Riesling Base Metal Project – pXRF Soil Geochemistry
Riesling Base Metal Project pXRF Soil Geochemistry For personal use only Ken Harvey – Non-executive Director Superior Resources Limited • Located 280km NW Townsville & 17km SSW of Mount Surprise, Riesling North Queensland • VMS (or Broken Hill) type deposit - (6km of Gahnite ‘Quartzite’) • 3000ppm Z
Slide 2: For personal use only
Information Purposes: This presentation is for information purposes only. The information contained in this presentation does not constitute an offer, invitation, solicitation or recommendation in relation to the purchase or sale of shares in Superior Resources Limited (Superior) in any jurisdiction
Slide 3: Prospect Summary
Riesling Base Metal Project Prospect Summary For personal use only Cooktown Ironwood (Erythrophleum chlorostachys) Gahnite – Zinc Spinel - ZnAl2O4 Occurrence - usually green octahedral crystals Balcooma Octahedral Gahnites
Slide 4: Regional Zinc Soil Geochemistry
For personal use only ICP Data pXRF Data pXRF Data pXRF Data Regional Zinc Soil Geochemistry on Google Earth Riesling Zinc Soil Geochemistry pXRF Data Riesling Base Metal Project
Slide 5: Aster Image and 500ppm Soil Zinc
• Cooktown Ironwood trees For personal use only show as pale red anomalies on Aster 3,2,1 (RGB) Images • 500ppm zinc soil anomalies indicated by white lines • Very good agreement indicates that the Ironwood trees either like zinc in soils or prefer alteration zones or both Note: Erythrophleum chloro
Slide 6: Cooktown Ironwood Trees on Alteration Zone
For personal use only Cooktown Ironwood Trees on Alteration Zone Complex Folding of Siliceous Band in Alteration Gahnite Gahnite Quartzite Horizon Gahnite (ZnAl2O4) Quartzite Riesling Base Metal Project
Slide 7: Geobotanical Anomaly on Mineralisation
For personal use only Geobotanical Anomaly on Mineralisation Geobotanical Anomaly on Mineralisation High Grade Lead Gossan High Grade Lead (29% Pb, 44g/t Ag, 0.4% Zn, 0.3% Cu) Riesling Base Metal Project
Slide 8: Riesling Central Gossan
For personal use only Riesling Central Gossan Riesling Central Gossan (0.4% Zn, 0.4% Cu) Riesling Base Metal Project
Slide 9: Soil Geochemistry: pXRF vs ICP
Riesling Base Metal Project For personal use only Soil Geochemistry pXRF (Total) vs ICP (ME‐ICP41 ‐ Acid Soluble) • Adjacent Gossan Soil Samples 10-20cm Depth -80# Sieved Samples This Sample: 17061 Zn, 837 Cu, 3021 Pb (pXRF) 1990 Zn, 705 Cu, 1890 Pb (ICP)
Slide 10: Zinc pXRF vs ICP
For personal use only Zinc (pXRF) Zinc (ICP) Ratio XRF/ICP: 0.98 to 8.57 Similar Anomaly Pattern Riesling Base Metal Project
Slide 11: Copper pXRF vs ICP
For personal use only Copper (pXRF) Copper (ICP) Ratio XRF/ICP: 0.33 to 3.50 Similar Anomaly Pattern Riesling Base Metal Project
Slide 12: Lead pXRF vs ICP
For personal use only Lead (pXRF) Lead (ICP) Ratio XRF/ICP: 0.33 to 3.50 Similar Anomaly Pattern Riesling Base Metal Project
Slide 13: Iron pXRF vs ICP
For personal use only Iron (pXRF) Iron (ICP) Ratio XRF/ICP: 1.12 to 3.10 Similar Anomaly Pattern Riesling Base Metal Project
Slide 14: Molybdenum pXRF vs ICP
For personal use only Molybdenum (pXRF) Molybdenum (ICP) Similar Anomaly Pattern Ratio XRF/ICP: 0.00 to 3.00 Riesling Base Metal Project
Slide 15: Sulphur ICP Image and pXRF Contours
For personal use only Sulphur (ICP Image & pXRF Contours) Similar Anomaly Pattern Riesling Base Metal Project
Slide 16: Bismuth and Silver ICP
For personal use only Bismuth (ICP) Silver (ICP) Good ICP Anomalies Don’t use pXRF at these levels Riesling Base Metal Project
Slide 17: Zinc pXRF/ICP Ratios
For personal use only Zinc (pXRF/ICP) Zinc (ICP/pXRF) Riesling Base Metal Project
Slide 18: Zinc with Fe and Bi Contours
For personal use only Zinc (ICP/pXRF) + Fe Contours Zinc (ICP/pXRF) + Bi Contours (ICP) (ICP) Riesling Base Metal Project
Slide 19: Magnetics with Cu and Fe Contours
For personal use only Mag (RTP) + Cu Contours Mag (RTP) + Fe Contours (ICP) (ICP) Riesling Base Metal Project
Slide 20: Conclusions – Terra Search Bench-Top XRF
Riesling Base Metal Project For personal use only Conclusions Terra Search Bench‐Top XRF
Slide 21: Niton Portable XRF Analyser vs ME-ICP41 (ALS)
Riesling Base Metal Project For personal use only Niton Portable XRF Analyser vs ME-ICP41 (ALS) • pXRF cheaper and more immediate but needs to be setup properly and with standards (eg. Terra Search) • Similar anomaly patterns from pXRF and ICP analyses for Cu, Pb, Zn, Fe, Mo & S • Apparently better
Slide 22: Deposit Model
Riesling Base Metal Project For personal use only Deposit Model • Syngenetic/Stratiform/VMS • Massive Sulphide • Metamorphosed • Deformed and Remobilised • Extensional Trough Setting?
Slide 23: Atlantis II Deep in the Red Sea
For personal use only Atlantis II Deep in the Red Sea after Thisse, Guennoc, Pouit and Nawab – Episodes, 1983, No.3 Riesling Base Metal Project
Slide 24: Was Riesling mineralisation deposited within a "Deep"?
For personal use only Was the Riesling mineralisation deposited within a “Deep” structurally similar to the Atlantis II Deep in the Red Sea? Riesling Base Metal Project
Superior Resources — AIG pXRF Seminar – November 2015 on 6ix