Tasman Resources Ltd · ASX:TAS
Tasman Resources — Shareholder Meeting (November 2009)
19 slides from Tasman Resources's shareholder meeting presentation, Nov 20, 2009
Slide 1: Presentation to AGM
For personal use only Presentation to AGM 20th November 2009
Slide 2: Tasman Group Corporate Overview
Tasman Group Corporate Overview For personal use only Tasman Resources Ltd Minerals Cu, Au, U, Ag, (TAS) Pb, Zn, Ni , Oil Shale 18.1%* 28.6%* Eden Energy Ltd Fission Energy Ltd (EDE) (FIS) 100% Hydrogen & Hythane 50% 50% Pyrolysis Mt Thirsty Co-Ni 50% Coal Bed Methane 100% 100% SA Natural Gas Uraniu
Slide 3: Tasman Resources: Project Locations
Tasman Resources: Project Locations For personal use only Julia Creek: Oil Shale Mirrica: Au, Cu/Zn/Pb Lake Torrens: IOCGU Parkinson Dam: Au/Ag/Zn/Pb Central Gawler: Au, Ni Streaky Bay: U
Slide 4: Lake Torrens Project
Lake Torrens Project For personal use only • New IOCGU system discovered at Vulcan in November 2009. Large untested anomaly (>10km2) • Over 2,000 km2 of tenements adjacent to Olympic Dam • IOCGU mineralisation at Titan (inc. 334m @ 0.1% Cu) • Untested targets at Marathon Sth, Zeus, Billy Barnes, Atl
Slide 5: Lake Torrens Project: Targets
Lake Torrens Project: Targets For personal use only
Slide 6: Lake Torrens Project
For personal use only Lake Torrens Project
Slide 7: Bouguer Gravity Comparison
Bouguer Gravity Comparison For personal use only Vulcan Carapateena VUD 001
Slide 8: Vulcan: S-N Seismic Reflection Profile
Vulcan: S- S-N Seismic Reflection Profile For personal use only S SHD 1 VUD 001 N Cover Sediments Basement Strong Seismic Reflectors in Basement – IOCGU? Geoscience Australia – PIRSA 2003 Traverse OD 1
Slide 9: Olympic Dam: W-E Seismic Reflection Profile
Olympic Dam: W- W-E Seismic Reflection Profile For personal use only W E Cover Sediments Basement Seismic Reflectors in Basement (Olympic Dam Breccia Complex, SE limb) Geoscience Australia – PIRSA 2003 Traverse OD 2
Slide 10: Vulcan Drill Core: VUD
Vulcan Drill Core: VUD 001 For personal use only NQ Drill Core: depth approx. 928m
Slide 11: Vulcan Drill Core: VUD
Vulcan Drill Core: VUD 001 For personal use only NQ Drill Core: depth approx. 933m NQ Drill Core: depth approx. 1077m
Slide 12: Vulcan Project: The Way Forward
Vulcan Project: The Way Forward For personal use only • Geological review and synthesis: VUD 001 – Assays, rock chemistry, petrology & physical properties (density, magnetic sus.) • Geophysical data assessment, detailed gravity surveying, modelling • Data synthesis. Apply enhanced IOCGU deposit mode
Slide 13: Parkinson Dam Gold – Silver Project
Parkinson Dam Gold – Silver Project For personal use only
Slide 14: Parkinson Dam – High Grade Mineralisation
Parkinson Dam – High Grade Mineralisation For personal use only • PD 63: 21m @ 21g/t Au, 83g/t Ag (inc 9m @ 31g/t Au, 152 g/t Ag) • Classic epithermal veining • Gold (electrum ~ 35% Ag) • PD 64: 3m @ 18.1% Pb, 1.1% Zn, 44.2g/t Ag • Epithermal mineralisation > 4.5 km2
Slide 15: Parkinson Dam: Recent Drilling
Parkinson Dam: Recent Drilling For personal use only
Slide 16: Parkinson Dam: High Grade Au/Ag plus Zn/Pb
Parkinson Dam: High Grade Au/Ag plus Zn/Pb For personal use only PD 63 - high grade Au/Ag Multiple Zones of thick Zn/Pb (Ag), e.g. *50m @ 0.9% Zn, 0.3% Pb *185m+ @ 0.3% Zn, 0.1% Pb Vector pointing towards higher grades to be drilled
Slide 17: Julia Creek Oil Shale Project, Qld
Julia Creek Oil Shale Project, Qld For personal use only • EPM Applications 1800km2 over Toolebuc Formation • Shallow, potentially open-pittable areas selected • Reported conventional oil shale yields 65-75 l/t • Xtract developing higher yielding hydrogenation process
Slide 18: Competent Person’s Statement
Competent Person’s Statement For personal use only The information in this presentation that relates to Exploration Results and Activities is based on information compiled by Robert Smith and Michael Glasson who are Members of the Australian Institute of Geoscientists. Robert Smith and Michael Glass
Slide 19: Disclaimer
Disclaimer For personal use only The interpretations and conclusions reached in this presentation are based on current geological theory and the best evidence available to the authors at the time of writing. It is the nature of all scientific conclusions that they are founded on an assessment of pro
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