Appia Rare Earths & Uranium Corp · CSE:API
Appia Rare Earths & Uranium — Investor Presentation (February 2025)
15 slides from Appia Rare Earths & Uranium's investor presentation, February 2025
Slide 1: “Otherside” Uranium Exploration Campaign, 2025
“Otherside” Uranium Exploration Campaign, 2025
Slide 2: 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, success of exploration activ
Slide 3: Objective
The goal of this Investor’s Presentation is to provide a comprehensive overview of Appia’s exploration strategy for the Otherside property, located in the renowned Athabasca Basin, Northern Saskatchewan, Canada, and compare its potential to other well-known deposits in the region. Leveraging both hi
Slide 4: Management & Governance
• Anastasios(Tom) Drivas | CEO & Director • Tom Drivas is a business entrepreneur with over 30 years of experience in various industries, including over 20 years in the mineral resource industry and is also currently a Director of Romios Gold Resources Inc., a publicly traded company he founded in 1
Slide 5: About Appia
About Appia Company Focus: •Rare earth elements & uranium exploration. Project Portfolio: •Athabasca Basin, Saskatchewan (94,982.39 ha total) • Uranium: Otherside (10,441.88 ha) • Uranium & REE: • Alces Lake (38,522.43 ha) • North Wollaston (16,681.49 ha) • Loranger (26,408.84 ha) • Eastside (4,933.
Slide 6: Uranium in the Athabasca Basin
Uranium in the Athabasca Basin • The Athabasca Basin is a large sedimentary basin containing some of the world's richest sources of high- grade uranium. • How Uranium Forms: • Step 1: Oxidizing fluids leach uranium from the basement rocks and travel upwards. • Step 2: As the fluids ascend, they inte
Slide 7: Geophysics as an Exploration Guide
Geophysics as an Exploration Guide Geophysical Exploration Tools: • Gravity • Magnetics • Electromagnetics (EM) Gravity & EM: • Gravity low anomalies often signal the presence of less dense, hydrothermally altered minerals. These are prime candidates for uranium deposition. • Hydrothermal fluids req
Slide 8: Geophysics as an Exploration Guide
Geophysics as an Exploration Guide The Otherside property sits on a massive, 49 km, “bent” electromagnetic fault conductor with multiple gravity and magnetic low anomalies. This conductor exceeds the size of many EM conductors associated with the popular, high-grade uranium deposits in the Athabasca
Slide 9: Similarities with NexGen Energy’s “Arrow” Deposit
Similarities with NexGen Energy’s “Arrow” Deposit • NexGen Energy Ltd’s “Arrow” deposit (Athabasca Basin of Saskatchewan, Canada) 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 r
Slide 10: Similarities with Paladin Energy (NexGen) “Triple R” Deposit
Similarities with Paladin Energy (NexGen) “Triple R” Deposit Paladin Energy’s (NexGen) “Triple R” deposit is a 3.18 km, high-grade uranium deposit also found within a faulted electromagnetic conductor. Triple R’s structural setting is nearly identical to that at Otherside’s. Source: Mount, S. et. al
Slide 11: Similarities with Dennison Mine’s “Phoenix” Deposit
Similarities with Dennison Mine’s “Phoenix” Deposit Source: Kerr, W. (2010); The Discovery of the Phoenix: New High-Grade, Athabasca Basin Unconformity Uranium Deposits, Saskatchewan Canada; SEG 2010 Conference Keystone Colorado – October 2010 Uranium “pooling” Phoenix Deposit: near bends • A bent,
Slide 12: Similarities to the Centennial Deposit
Source: Roy (2010). Recent Exploration Success – Athabasca Basin, SK Canada. SEG 2010. Similarities to the Centennial Deposit Faulted displacement • The “Virgin River Project” comprises 14 km along the Virgin River Shear Zone. • The “Duffin Lake Fault”, where Centennial was discovered, displays simi
Slide 13: Our Exploration Strategy
Our Exploration Strategy Using historical and current data, Appia has delineated several key drilling targets within the Otherside property. Methods used for Drill Targeting: • Adopting the Basin uranium exploration model to target zones for high-grade uranium deposits. • Identifying gravity low ano
Slide 14: Program Logistics
Program Logistics • On-site exploration may commence as early as spring 2025 once weather conditions become favorable for operations. • Appia plans to stage their operations from Fond du Lac, Saskatchewan, continuing their strong partnership with the Athabasca First Nations. • Secondary options incl
Slide 15: Next Steps
Next Steps Refinement Methods and Drill Hole Testing: 1. Advanced Reprocessing of Survey Data: This will enhance the resolution and reduce the noise in the current geophysical data. 2. 3-Dimensional Interpretative Modeling: model the property’s geophysical characteristics to highlight structural con
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