Aurania Resources Ltd. · TSXV:ARU

Aurania Resources — Investor Presentation (November 2026)

36 slides from Aurania Resources's investor presentation, November 2026

  1. Slide 1: Early-stage access to high-potential discoveries of gold, copper, silver and critical metals

    Early-stage access to high-potential discoveries of gold, copper, silver and recovery of select critical metals November 2026 TSXV: ARU FSE: 20Q OCTQB: AUIAF TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q

  2. Slide 2: Forward Looking Statements

    Forward Looking Statements This presentation contains or incorporates by reference “forward-looking statements” and “forward-looking information” (collectively, “forward-looking statements”) within the meaning of applicable Canadian securities legislation and applicable U.S. securities laws concerni

  3. Slide 3: Aurania's Projects

    Aurania’s Projects Thormodsdalur Project Epithermal Gold Epona, Taranis & Belenos Project Orogenic Polymetallic Gold Corporate Office Balangero Project Nickel-Cobalt Lost Cities Project Epithermal Gold Copper Porphyry Copper Sediment Hosted Zinc-Silver Sediment Hosted TSXV:ARU OTCQB:AUIAF FRANKFURT:

  4. Slide 4: Current Focus: Iceland and Italy

    Current Focus: Iceland and Italy Iceland – 2026 drill program completed to advance a historical high- grade epithermal gold project near Reykjavík; samples sent to lab. Italy - MOU to evaluate recovery of valuable nickel and cobalt (critical metals for electric battery production) from waste tailing

  5. Slide 5: Iceland Thormodsdalur (Thor's Valley) Epithermal Gold-Silver Project

    Iceland Thormodsdalur (Thor’s Valley) Epithermal Gold-Silver Project TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 5

  6. Slide 6: Thor's Valley Project Location

    Thor’s Valley Project Location The Thor’s Valley project is located in south-west Iceland, 20 kilometres east of Reykjavík and 60 km from the international airport. Reykjavik International Airport TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 6

  7. Slide 7: Historic marker relating the discovery history

    Historic marker relating the discovery history. This mine was in production between about 1907 to 1924 off and on. IT WAS DIRECT SHIPPING ORE! TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 7

  8. Slide 8: Grab sample that assayed 54.1 g/t Au and 25.3 g/t Ag

    Grab sample that assayed 54.1 g/t Au and 25.3 g/t Ag TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 8

  9. Slide 9: TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q

    TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 9

  10. Slide 10: TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q

    TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 10

  11. Slide 11: Building covered in crushed pieces of ore from the project

    This building erected in 1940, was covered in crushed pieces of ore from the project. There is NO VISIBLE GOLD, or the students would be prying it off!! TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 11

  12. Slide 12: Photomicrograph showing free gold in bands with pyrite

    This photomicrograph shows free gold in bands with pyrite. Note the scale. A human hair is about 50 microns in width. TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 12

  13. Slide 13: An Opportunity for Modern Gold Discovery

    An Opportunity for Modern Gold Discovery April 2026: Agreement signed with St-Georges Eco-Mining and Iceland Resources to advance the Thormodsdalur project near Reykjavík in Iceland. A historically known epithermal gold system with documented high-grade mineralization. TSXV:ARU OTCQB:AUIAF FRANKFURT

  14. Slide 14: Multiple Mineralized Vein Systems

    Multiple Mineralized Vein Systems • Historical records indicate grades ranging from 11 g/t up to 315 g/t gold, while more modern drilling has returned results as high as 415 g/t gold! • Permit held by Iceland Resources covering 51,300 hectares prospective for high-grade gold and silver mineralizatio

  15. Slide 15: Epithermal Gold and Hot Springs

    Epithermal Gold and Hot Springs Iceland has many hot springs and volcanos: geothermal activity creates an ideal environment for epithermal gold deposits! TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 15

  16. Slide 16: Active and Fossil Epithermal System in Iceland

    Active and Fossil Epithermal System in Iceland Active geothermal systems : geysers Fossil geothermal systems : below the represent the upper part of epithermal geysers, epithermal veins with gold take systems. place in the faults. Epithermal vein in 2026 drill hole Geysers in Geysir site in Iceland

  17. Slide 17: Historical Drilling Defined Mineralization Over 650m

    Historical Drilling Defined Mineralization Over 650m  Three drill campaigns (1996, 2006 and 2021) by previous operators  51 holes  4918 m in total  Gold results up to 415.40 g/t Au  Silver results up to 82.3 g/t Ag (only partially assayed)  Intersection up to 7.27m @ 28.04 g/t Au Epithermal ve

  18. Slide 18: Epithermal Veins Observed in Every 2026 Drill Hole

    Epithermal Veins Observed in Every 2026 Drill Hole Aurania’s 2026 drill program aimed to verify the results of the best historical drill holes Epithermal vein in hole TARU2026-06 from 2026 drill campaign Assay results are anticipated Aurania’s core recovery was at or close to 100% in in November 202

  19. Slide 19: Position in the Epithermal Model

    Position in the Epithermal Model The Thor samples are consistent with a position in the crustiform-colloform chalcedony zone with Au Ag As Sb Te enrichment, in the upper boiling zone. Thor’s Valley Low-Sulfidation Epithermal Model with fluid domains and quartz texture zones There is potential for go

  20. Slide 20: 2026 Core Samples

    2026 Core Samples TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 20

  21. Slide 21: 2026 Core Sample

    2026 Core Sample TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 21

  22. Slide 22: 2026 Core Samples

    2026 Core Samples TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 22

  23. Slide 23: We believe we have just skimmed the top of the system

    We believe we have just skimmed the top of the system, and there is a parallel vein system immediately to the east. The system remains entirely open to depth and to the north and south! We believe the Thor project could be a very small footprint, high grade operation where the quartz vein is optical

  24. Slide 24: Recovery of Nickel and Cobalt from Tailings: Balangero Mine, Northern Italy

    Recovery of Nickel and Cobalt from Tailings: Balangero Mine, Northern Italy (Operated 1916-1990) TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 24

  25. Slide 25: Balangero Nickel-Cobalt Tailings Retreatment

    Balangero Nickel-Cobalt Tailings Retreatment • A former asbestos mine near Turin, Italy, that operated 1916-1990. • The site contains a significant accumulation of dry-stacked tailings which is easily accessed. • Since 1995, the site has been under administration of the Società per il Risanamento e

  26. Slide 26: Waste Pile Before and After Recontouring/Vegetating

    Waste Pile Before and After Recontouring/Vegetating The pile at Balangero today is no longer an airborne asbestos threat, but it is not stabilized. Main waste pile as it appeared in 1994. TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 26

  27. Slide 27: Relevance for Italy and for Europe

    Relevance for Italy and for Europe -Annual consumption of nickel in Italy is between 33,000 and 34,800 tonnes. Italy relies almost entirely on imports for its primary nickel needs. -This project has the potential to repurpose already mined waste materials into an important source of clean critical m

  28. Slide 28: Awaruite

    Awaruite Awaruite is a naturally occurring alloy of nickel and iron, which is remarkable for its nickel content (75-77%) and its natural properties. Its high density and highly magnetic qualities lend themselves to easy extractive recovery. • Compositionally it is Ni3Fe • Occurs in maybe 30 sites wo

  29. Slide 29: Serpentinite Sample from Balangero

    Serpentinite Sample from Balangero The silver pinpoints are awaruite TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 29

  30. Slide 30: Dry it…Bag it…Ship it

    Dry it…Bag it…Ship it Balangero was investigated as a source of nickel from 1940 onwards but for various reasons the awaruite mineral was never recognized. For a few months only before the WWII Allied invasion, “magnetic sand” from the tailings was used as direct furnace-feed to make steel. Found in

  31. Slide 31: Balangero Today

    Balangero Today TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 31

  32. Slide 32: Tailings Up Close

    Tailings Up Close TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 32

  33. Slide 33: Geological-Petrographic Map of the Former Balangero Mine

    Geological-Petrographic Map of the Former Balangero Mine TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 33

  34. Slide 34: Balangero Checks all the Boxes

    Balangero Checks all the Boxes This project is a win-win for the planet! Critical metals for EV batteries Carbon sequestration Elimination of asbestos TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 34

  35. Slide 35: Compelling Opportunities

    Compelling Opportunities Iceland Potential for direct shipping siliceous ore that could be taken to port by truck and then sent by freighter to Scandinavia or Canada to be used as smelter flux. This would obviate the need for tailings containments or a mill. Italy Could offer a short path to product

  36. Slide 36: Corporate Overview

    Corporate Overview Capitalization Table Board (TSX.V:ARU, OTCQB:AUIAF, Keith Barron Chairman Frankfurt:20Q) Jonathan Kagan Director Share Price* (C$) 0.19 Thomas Ullrich Director Ecuador Basic Shares Outstanding (M) 140 Nathalie Han Director Warrants (M) 39 Management Keith Barron CEO, President Opt

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