Ptr Minerals Limited · ASX:PTR

Ptr Minerals — Petratherm — Shareholder Meeting (November 2024)

24 slides from Ptr Minerals's shareholder meeting presentation, Nov 21, 2024

  1. Slide 1: AGM – CEO Presentation

    21 November 2024 AGM – CEO Presentation Petratherm Limited (ASX: PTR) (PTR or the Company) is pleased to release the following Company Presentation, to be delivered by Chief Executive Officer Peter Reid at the Company’s 2024 Annual General Meeting on 21 November 2024. Access AGM webcast via the foll

  2. Slide 2: Project Summary

    Project Summary Petratherm Limited AGM Company Presentation – 21 Nov 2024 ASX:PTR

  3. Slide 3: Compliance Statements

    Compliance Statements DISCLAIMER: JORC INFORMATION AND COMPLIANCE NOTE: This presentation has been prepared by Petratherm Limited (Petratherm). The information contained in this Further details (Including JORC 2012 Code Reporting Tables, where applicable) for the information presentation is a profes

  4. Slide 4: Corporate Overview

    Corporate Overview Board of Directors Derek Carter Non-Executive Chairman Mr. Carter is a founder of the Minotaur group and a joint recipient of Shares on Issue Share Price (19/11/2024) Cash (19/11/24) Explorer of the Year (AMEC) for the discovery of the Prominent Hill Copper Gold deposit. He was Ch

  5. Slide 5: Projects Overview

    Projects Overview Muckanippie Critical Minerals Project • Major layered intrusive complex prospective for Bushveld ‘Reef’ Style – Gold-Platinum Group Metals and Titanium-Vanadium • Discovery of High-grade titanium rich heavy mineral sands over a wide area • Extensive Titanium-Vanadium mineralisation

  6. Slide 6: Muckanippie Project: Bushveld Type Layered Intrusion

    Muckanippie Project: Bushveld Type Layered Intrusion EL 6715 Claypan Narryer JV Ti-HMS Prospect Project Holding - 645 km2 – covering the majority ground position over the Muckanippie Suite Muckanippie Suite - Similar geology and metal associations to the globally significant Bushveld Complex, South

  7. Slide 7: Rosewood Prospect – Exceptional TiO2 Samples

    Rosewood Prospect – Exceptional TiO2 Samples Exceptional surface sample grades ranging from 10% to 50% TiO2 over a 9km trend. 6 Wide spaced drilling confirms heavy mineral sand (HMS) mineralisation extends at least 6 kilometres to the north. ASX:PTR Footnote 2 6 6

  8. Slide 8: Rosewood Prospect – Ti-HMS Mineralisation

    Rosewood Prospect – Ti-HMS Mineralisation 7 Section A-a - Showing Titanium assays from CAR drillholes at the Rosewood Prospect ASX:PTR Footnote 2Footnote 12 7 7

  9. Slide 9: Rosewood Prospect - Stage 1 Exploration Target Area

    Rosewood Prospect - Stage 1 Exploration Target Area An Exploration Target for the Rosewood Prospect is defined over the initial planned drill area. 8 Rosewood Exploration Target Low High Tonnes (Mt) 237 377 Grade (TiO2%) 5.3 7.9 Cautionary Statement: The potential quantity and grade of the Explorati

  10. Slide 10: Rosewood Prospect – October Drill Campaign

    Rosewood Prospect – October Drill Campaign 50 drill holes along 7 drill traverses at 1km to 2km spacing. 9 Bags of samples after a days drilling at Rosewood ASX:PTR Footnotes 3Footnote & 10 12 9 9

  11. Slide 11: Rosewood Prospect – October 2024 Drill Campaign

    Rosewood Prospect – October 2024 Drill Campaign 10 LEFT - High-grade Heavy Mineral Sand Interval - (drill hole 24RW049, 10-11m). Sands become distinctively dark grey due to high heavy mineral content. RIGHT – Panning of same interval highlights Heavy Minerals. HM estimate based on visual inspection

  12. Slide 12: Rosewood Prospect – Heavy Mineral Content

    Rosewood Prospect – Heavy Mineral Content Composite samples of historic drilling Sample HM Drill Depth Thickness HM % Original Slimes % ID Zone Hole (m) (m) Sample (<0.045mm) CAR 38 8-12 4 Upper Met 1 12.48 16.68 Zone CAR 39 4-8 4 11 CAR 36 6-10 4 Upper Met 2 12.01 15.19 Zone CAR 37 8-12 4 CAR 37 22

  13. Slide 13: Rosewood Prospect – Heavy Mineral Mineralogical Assessment

    Rosewood Prospect – Heavy Mineral Mineralogical Assessment Heavy Mineral Assay Results Heavy Mineral - Mineralogy Sample Nos. HMC % TiO2(%) V2O5(%) ZrO2(%) Mineral or Mineral MET 1 MET 2 MET 3 Met 1 12.48 63.4 0.28 0.18 Group Mass % Mass % Mass % Met 2 12.01 65.0 0.30 0.15 Rutile* 21 21 19 Met 3 7.2

  14. Slide 14: Muckanippie Project – Steady Stream of Results over Coming Weeks and Months

    Muckanippie Project – Steady Stream of Results over Coming Weeks and Months • Initial Heavy Mineral Separation Results from Rosewood – Dec 2024 • Composite 3 metre drill geochemistry from recent drill campaign – Dec 2024 13 • Heavy Mineral Ore Studies – Jan-Mar 2025 • Other drill line Heavy Mineral

  15. Slide 15: Insufficient Copper Supply

    Insufficient Copper Supply LME Copper Price and Stock Levels $12,000 750,000 • Global production cuts from major copper LME Copper Price USD per tonne LME Copper Stock Levels (t) 600,000 producers has seen a sharp reduction in $9,000 near-term supply. 450,000 $6,000 300,000 • Escondida’s average cop

  16. Slide 16: Woomera IOCG Project

    Woomera IOCG Project • Multiple high priority gravity targets – Target Styles – IOCG, Stratabound IOCG and Sedimentary Copper. • Native Title Mining Exploration Agreement Completed. 15 • Recently completed (March 2024) gravity surveys now give complete coverage across the project – previously very p

  17. Slide 17: Woomera IOCG Project

    Woomera IOCG Project Winjabbie South 1 Rocky Well & Bernard Hill Cu-Au-Ag-U (i.e. Olympic Dam/ Woomera East Woomera Defence Rocky Well Carrapateena/Oak Dam & Prominent Hill) Continuous Use Zone 2 Pipeline 16 Winjabbie South White Well Cu-Au-Co (i.e. Emmie IOCG, Punt Hill & Hillside) North Port 3 Cu-

  18. Slide 18: Woomera – IOCG Breccia Bodies – Rocky Well Target

    Woomera – IOCG Breccia Bodies – Rocky Well Target Rocky Well Target is an IOCG Breccia Body Style – Displays a Comparable gravity response to the Carrapateena Orebody. Steep gravity gradient on 17 west side of Rocky Well may indicate additional Carrapateena Target 1 - Rocky Well shallow Sedimentary

  19. Slide 19: Woomera – IOCG Breccia Bodies – Bernard Hill Target

    Woomera – IOCG Breccia Bodies – Bernard Hill Target • Use magnetic modelling to identify and constrain mafic (Gairdner) dykes. • Apply known (from historic drill core) SG data of cover, basement and intrusive rocks to the model and compare with measured gravity data. 18 • Add additional dense bodies

  20. Slide 20: Mabel Creek IOCG Project

    Mabel Creek IOCG Project Pudd Bore • Northern Olympic Province - Large holding of 3,798km2. • Iron Oxide-Copper-Gold (IOCG) alteration/mineralisation at Wirrangula 3 Prospect Sites (BigNE, Cadi and Area 5) highlight fertility of the region. BigNE • Cadi Prospect: • NC9202 - 44m @ 0.10% Cu, 0.5% Ce +

  21. Slide 21: Mabel Creek – New Gravity Targets

    Mabel Creek – New Gravity Targets • Historic drilling intersected late iron rich alteration/brecciation, consistent with IOCG alteration. • Anomalous copper up to 0.32% over short intervals • Eastern side is a gravity only target and not drill tested 20 422.7m Zone of strong hematite IOCG style alte

  22. Slide 22: Copper-Gold: BigNE Drill Ready Targets

    Copper-Gold: BigNE Drill Ready Targets Zone of strong hematite IOCG style alteration (rust red colouration) in hole ABNE 2 (interval 417.9m – 426 m down hole, not true width) 21 Section B - Gravity model for BCG2 target. Section A – BCG01 target 3D magnetic and gravity inversions with existing drill

  23. Slide 23: Investment Summary

    Investment Summary Muckanippie World Class Favourable Exploration Titanium Rich Cu-Au Targets Location Upside HMS Discovery 22

  24. Slide 24: Contact

    Contact Peter Reid Chief Executive Officer E: preid@petratherm.com.au T: 0435 181 705 Petratherm Limited ASX: PTR

Petratherm — Shareholder Meeting (November 2024) on 6ix