Appia Rare Earths & Uranium Corp · CSE:API
Appia Rare Earths & Uranium — Investor Presentation (August 2026)
22 slides from Appia Rare Earths & Uranium's investor presentation, Aug 13, 2026
Slide 1: Otherside Uranium Property Targeting a McArthur River Style Discovery in Saskatchewan's Athabasca Basin
Otherside Alces Lake Uranium Neodymium Praseodymium 15,146 Ha Dysprosium Terbium Loranger Gallium Canada Uranium Uranium Other REE USA Elliot Lake Zinc Uranium Copper 38, 522 Ha REE Molybdenum 14, 484 Ha 26,409 Ha Eastside North Wollaston Uranium Copper Uranium Molybdenmum Molybdenum PGE REE 4,933 H
Slide 2: Forward Looking Statement
Forward Looking Statement This presentation contains forward-looking statements which may include but are not limited to statements with respect to the future financial or operating performance of Appia and its projects, the future price of uranium, capital operating and exploration expenditures, su
Slide 3: Meet the Team
Meet the Team Anastasios (Tom) Drivas Brian Crawford Dr. Irvine R. Annesley, Robert Hearst Constantine John Goode, P. Eng. P.Geo. Karayannopoulos Chief Executive Officer, Chief Financial Officer Sr. Exploration Advisor Sr. Geophysical Advisor Sr. Technical Advisor Sr. Technical Advisor Director Seas
Slide 4: Capital Structure
Capital Structure Shares outstanding: ~194.9M Management & Insiders Fully diluted: ~206.8M 22% Cash: C$5.7M Debt: Zero Market Capitalization: approx. Public Float 63% $42.871M (as of Feb. 24, 2026. Source: Yahoo Finance) Insider ownership and Strategic Strategic Investors 15% Investors: > 37% 52 Wee
Slide 5: Diversified Portfolio: Uranium and REE Exposure Across Canada & Brazil
Diversified Portfolio: Uranium and REE Exposure Across Canada & Brazil CSE: API | OTCQX: APAAF Appia offers investors diversified exposure to critical rare earth elements and uranium across Saskatchewan’s Athabasca Basin, Ontario, and Brazil, combining high-grade discovery upside, established resour
Slide 6: Diversified Portfolio: Uranium and REE Exposure Across Canada & Brazil
Diversified Portfolio: Uranium and REE Exposure Across Canada & Brazil CSE: API | OTCQX: APAAF REE: Alces Lake REE: Ultra Hard Rock / IAC Saskatchewan, Canada | 100% Owned Goiás, Brazil | 25% Interest • 38,522 ha high-grade monazite REE property with 9 • Dual rare earth exposure through ionic adsorp
Slide 7: Otherside Uranium Property Highlights
Otherside Uranium Property Highlights McArthur River Style Deposit Potential Line 2 displays a deep conductive basement structure, interpreted faults, an unconformity break/offset, low magnetic response, and chimney-like alteration vectors similar to the high-grade McArthur River uranium deposit. La
Slide 8: Otherside Uranium Project: Excellent Potential for High-Grade Uranium
Otherside Uranium Project: Excellent Potential for High-Grade Uranium Massive Size: • 49-km long electromagnetic conductor, potentially larger than many EM conductors associated with major Athabasca Basin uranium deposits. Familiar Characteristics: Geophysical and structural characteristics to other
Slide 9: Major Uranium Deposits, Athabasca Basin, Saskatchewan
Major Uranium Deposits, Athabasca Basin, Saskatchewan Otherside’s Strategic Location Same “gravity low” trend • Located within Saskatchewan’s Athabasca Basin, one of the world’s best locations for high- grade uranium deposits. • Strategically staked within the same gravity low trend as the Shea Cree
Slide 10: 2026 Otherside SPARTAN MT Survey
2026 Otherside SPARTAN MT Survey Survey Overview Newly processed SPARTAN MT data has now been received, covering the break in the Otherside Uranium Property’s 49 km conductor trend. Line 2, which cuts across the break in the main EM conductor, has emerged as the most compelling corridor for follow-u
Slide 11: MT Survey Results: High-Priority Targets Identified
MT Survey Results: High-Priority Targets Identified Key Results Line 2 displays high-density chimney-like responses in the sandstone, relatively low magnetic response, a deep wide basement EM conductor rooted to more than 3 km depth, two or more interpreted faults, and an approximately 100-m unconfo
Slide 12: Similarities with Cameco's McArthur River High-Grade Deposit
Resistivity model from the McArthur River AMT dataset (Tuncer et al., 2006). Similarities with Cameco’s Image modified by Appia on June 24, 2026. “McArthur River” High-Grade Deposit Unconformity World-Renowned High-Grade Deposit break/offset McArthur River is one of the world’s premier high-grade ur
Slide 13: Comparing the Dollar Value of known Athabasca Basin Deposits
Comparing the Dollar Value of known Athabasca Basin Deposits Sources: 1. Cigar Lake and McArthur River data: cameco.com Reserves/Resources page. 2. negenenergy.ca NexGen Rook I Feasibility Study / Arrow disclosure. 3. cameco.com Cameco Millennium project resource grade: Reserves/Resources page. 4. U
Slide 14: Similarities with NexGen Energy's Rook I Arrow Deposit
Similarities with NexGen Energy’s Rook I “Arrow” Deposit Appia's Main Target NexGen Energy Ltd’s “Arrow” deposit is recognized as the largest development-stage uranium deposit in the region. The Arrow deposit is characterized by its high- grade uranium mineralization, offering a resource of 209.6 mi
Slide 15: Similarities with UEC's/Orano's Shea Creek Deposit
Similarities with UEC’s/Orano’s “Shea Creek” Deposit Tonnage • ~67.6 Mlb Indicated @ 1.49% U₃O₈ and ~28.1 Mlb Inferred @ 1.02% U₃O₈ Geophysical & Geological Parallels to Otherside • Shea Creek hosts multiple uranium zones along major structures—comparable in part to Otherside’s 49 km long, reactivat
Slide 16: 2026-2027 Plan
2026-2027 Plan 2026 High-Res Ground MT Survey Further Refine Anomalies, 2D to 3D Model, and Drill Hole Proposal Testing:campaign 1. Process results from Lines 1 and 3 and prioritize targets that may arise from their data. 2. Tight-spaced/Infill Ground Magnetotellurics (MT) Survey (2026): Gather high
Slide 17: Why Invest in Otherside
Why Invest in Otherside 1. McArthur River Deposit Type Strengthens the Thesis: Key features at Otherside resemble structural and geophysical settings seen at the high-grade McArthur River uranium deposit, as well as Arrow and Shea Creek. 2. Exposure to Athabasca Basin Discovery Potential: Otherside
Slide 18: Appendix
Appendix
Slide 19: Uranium in the Athabasca Basin
Uranium in the Athabasca Basin Deposit Model: The Athabasca Basin is a large sedimentary basin containing some of the world's richest sources of high-grade uranium. Athabasca Basin uranium deposits generally form where uranium-bearing hydrothermal fluids move through faults, fractures, and conductiv
Slide 20: McArthur River Ingress/Egress Model
McArthur River Ingress/Egress Model: Otherside’s geophysical anomalies show key similarities to the McArthur River deposit model • Uranium deposits in the Athabasca Basin commonly form where mineralized fluids are focused through deep faults and conductive basement rocks, then trapped near the uncon
Slide 21: Appia's Other Uranium Projects: Athabasca Basin Area
Appia’s Other Uranium Projects: Athabasca Basin Area Loranger Uranium Project • Near surface uranium discovered in drill core up to 0.066 wt.% U3O8 (Press Release). • Located near Cameco’s Rabbit Lake uranium mill and Eagle Point mine operations. Eastside Uranium Project • Located in Saskatchewan’s
Slide 22: Contact
CONTACT: 200-3310 South Service Road Burlington, Ontario L7N 3M6 Tom Drivas, Chief Executive Officer Email: tdrivas@appiareu.com Ph: (647) 874-5278 Office: (416) 546-2707 Jason Bagg, VP Corporate Development Email: jbagg@appiareu.com Ph: 647-874-5278 CSE: API | OTCQX: APAAF | FWB: A0I0 | MUN: A0I0 |
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