Aurania Resources Ltd. · TSXV:ARU

Aurania Resources — Investor Presentation (March 2026)

42 slides from Aurania Resources's investor presentation, March 2026

  1. Slide 1: Reimagining the Future of Minerals

    Reimagining the Future of Minerals Early-stage access to high-potential discoveries of gold, copper, silver and recovery of select critical metals March 2026 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: Who We Are

    Who We Are Aurania focuses on low-capex, high-return opportunities in critical minerals and gold, both in Europe and internationally, prioritizing projects that can be brought into production more rapidly than traditional mining developments. TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 3

  4. Slide 4: Value Creation Opportunities

    Value Creation Opportunities France - well positioned to explore for strategic metals/high-grade gold in Brittany; recovery of nickel, cobalt and chromium from beach sands in Corsica. Italy - MOU signed to evaluate waste tailings in Italy for the recovery of valuable nickel and cobalt, two “Critical

  5. Slide 5: Gold & Critical Metals in France

    Gold & Critical Metals in France TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 5

  6. Slide 6: France: High-Grade Gold and other Strategic Metals

    France: High-Grade Gold and other Strategic Metals TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 6

  7. Slide 7: Exploration Permits Granted in Brittany

    Exploration Permits Granted in Brittany December 2025: Permits at Bélénos, Epona and Taranis were granted to Aurania’s French subsidiary, Breizh Ressources. The permits authorize exploration to identify/assess the presence of more than twenty strategic and rare metals including but not limited to: A

  8. Slide 8: Metal Occurrences and Gold

    Metal Occurrences and Gold Three permits showing numerous strategic metals occurrences, consistently associated with gold increases the potential to discover an economic deposit Epona Taranis Belenos TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 8

  9. Slide 9: Europe Under Pressure over its Metal Supplies

    Europe Under Pressure over its Metal Supplies Towards an increase in the use and consumption of metals As the battle for critical metals increases, Europe finds itself vulnerable—consuming 20% of global metals but producing only 3%. A clean energy future depends on secure access to metals.  Europea

  10. Slide 10: Brittany: Strong Potential for Discovery

    Brittany: Strong Potential for Discovery Long mining history Same geology as Newfoundland, Iberian  Gallo-Roman period : Peninsula or Bohemian Massif Gold and Tin In Brittany, orogenic deposits contain  Middle age : Lead and Silver  19th and 20th centuries : Gold, Silver, Lead, Tin, associated wi

  11. Slide 11: Epona: Favourable Geology

    Epona: Favourable Geology Presence of gold, tin and tungsten in the rivers Clay Area : possible hydrothermal alteration zone Several examples of gold nuggets from the Epona area sold online TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 11

  12. Slide 12: Nickel Cobalt Opportunities: Corsica and Italy

    Nickel Cobalt Opportunities: Corsica and Italy TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 12

  13. Slide 13: Projects that Derive Valuable Minerals from Waste

    Projects that Derive Valuable Minerals from Waste Two outstanding opportunities identified in Europe to potentially cheaply and efficiently extract nickel, cobalt, copper and other valuable metals from already mined waste materials. The projects have the goal of deriving valuable critical metals for

  14. Slide 14: 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

  15. Slide 15: The silver pinpoints are awaruite.

    The silver pinpoints are awaruite. TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 15

  16. Slide 16: Compelling Opportunities for Critical Metals

    Compelling Opportunities for Critical Metals We believe that Italy and Corsica could offer a short path to production to provide industry within the European Union with a realistic timeline to address the current need for Critical Metals. The word “critical” implies that they are essential and neces

  17. Slide 17: Dry it, Bag it, Ship it

    Dry it, Bag it, Ship it Awaruite occurs with the iron mineral magnetite in Corsica and at Balangero in Italy. A concentrate can be produced in the plant and used as direct furnace feed for the production of stainless steel. No need to denude tropical rainforest. Dry it…..bag it…..ship it. Alternativ

  18. Slide 18: North Corsica Beaches Project

    North Corsica Beaches Project TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 18

  19. Slide 19: BRGM Report

    BRGM Report A rather arcane and obscure geological report that started it all off: Note date: 22 April 1960 This French Government report examined the possibilities of by-product nickel from the Canari Mine. TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 19

  20. Slide 20: Nonza Beach, Corsica

    Nonza Beach, Corsica The abandoned Canari asbestos mine can be seen in the background on the ridge, top of image. Mine waste was simply dumped from the mine over the cliff into the Mediterranean!!! Note the numerous black lines or “beach placers” in the sand after a major storm. TSXV:ARU OTCQB:AUIAF

  21. Slide 21: Image of the Canari Mine: 1960

    Image of the Canari Mine: 1960 Mine waste was dumped over the cliff into the Mediterranean! TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 21

  22. Slide 22: Progradation of the Beaches Over Time

    Progradation of the Beaches Over Time Through a process known as “Longshore Drift” the Canari mine waste that was dumped into the sea has migrated down the coast 5-6 km, and filled in two historic fishing ports: Albo and Nonza TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 22

  23. Slide 23: Concentrate Assay: 50.4% Nickel

    Concentrate Assay: 50.4% Nickel With a simple gold pan, a concentrate of the silvery coloured awaruite NiFe mineral was produced. This assayed 50.4% Ni! This was the highest result in a natural material the lab had ever seen. It is approximately 10X that of a high-grade nickel mine sample. Note also

  24. Slide 24: The magnetic fraction of the sand

    The magnetic fraction of the sand from the beaches at Albo and Nonza is a high-grade nickel ore. The sand contains mainly magnetite and on average 2% nickel in the form of natural alloy: Awaruite. TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 24

  25. Slide 25: A Synthetic Beach Composed of Mine Waste

    A Synthetic Beach Composed of Mine Waste The action of the tides and surf has comminuted the material as if it were in an autogenous grind ball mill. All the sharp edges have been knocked off and reduced to pebbles and sand. There is no free asbestos in the beach material, and it is safe to walk you

  26. Slide 26: Serpentinite Pebble from the Beach

    Serpentinite Pebble from the Beach The tiny silvery pinpoints are the awaruite. This has been sliced with a diamond saw. TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 26

  27. Slide 27: Extraction of Nickel from Awaruite is Non-Polluting

    Extraction of Nickel from Awaruite is Non-Polluting Beach Magnetic concentrate with 5% nickel The sand material is highly magnetic, and therefore the High-grade iron ore awaruite can be easily extracted using Sand a magnet. and Pebbles Magnetic pebbles sand In this form, nickel is the only base meta

  28. Slide 28: There will be NO removal of the beaches

    There will be NO removal of the beaches at Albo and Nonza. Only the heavy minerals in the minus 1 mm fraction will be taken away. The rest will be redeposited back onto the beach and recontoured so that it looks like no activity has taken place. TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 28

  29. Slide 29: Magnet Fishing Offshore Nonza Beach

    Magnet Fishing Offshore Nonza Beach The sea bottom is loaded with awaruite! Material Assayed up to 6% Nickel TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 29

  30. Slide 30: Synthesis of “Battery Grade” Nickel Sulphate

    Synthesis of “Battery Grade” Nickel Sulphate 99.994% Purity. This is exactly what is needed for electric vehicle manufacture! TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 30

  31. Slide 31: Heavy Metal Clean Up to Recover Critical Metals

    Heavy Metal Clean Up to Recover Critical Metals The awaruite and chromite on the beaches and in the nearshore are leaching the contaminant heavy metals Cr, Ni, and Co, which are considered heavy metal poisons. There are documented: 6 marine species with high levels of contamination. 11 with medium c

  32. Slide 32: Balangero Mine, Northern Italy

    Balangero Mine, Northern Italy (Operated 1916-1990) TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 32

  33. Slide 33: MOU Signed with RSA to Recover Nickel and Cobalt

    MOU Signed with RSA to Recover Nickel and Cobalt Aurania signed an MOU in Oct 2025 with RSA - the surface-rights holder of Balangero, to carry out sampling and other investigations on the site. Highlights: - RSA is a consortium of local government entities. - significant accumulation of easily acces

  34. Slide 34: 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. Instead, and for a few months only before the WWII Allied invasion, “magnetic sand” from the tailings was used as direct furnace-feed to make st

  35. Slide 35: 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 35

  36. Slide 36: Balangero Today

    Balangero Today TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 36

  37. Slide 37: Tailings Up Close

    Tailings Up Close TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 37

  38. Slide 38: Sample Identical to Corsica

    Sample Identical to Corsica Serpentinite sample from Balangero is identical to the sample from the beach at Nonza in Corsica! The silver pinpoints are awaruite. TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 38

  39. Slide 39: Geological-Petrographic Map of the Former Balangero Mine

    Geological-Petrographic Map of the Former Balangero Mine TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 39

  40. Slide 40: Carbon Sequestration – A Win for the Planet

    Carbon Sequestration – A Win for the Planet TSXV:ARU OTCQB:AUIAF FRANKFURT:20Q 40

  41. Slide 41: 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 41

  42. Slide 42: Corporate Overview

    Corporate Overview Capitalization Table Board (TSX.V:ARU, OTCQB:AUIAF, Keith Barron Chairman Frankfurt:20Q) Jonathan Kagan Director Share Price (C$) 0.21 Thomas Ullrich Director Ecuador Basic Shares Outstanding (M) 132 Nathalie Han Director Warrants (M) 67.2 Management Keith Barron CEO, President Op

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