Osmond Resources Limited · ASX:OSM
Osmond Resources — Investor Presentation (May 2025)
20 slides from Osmond Resources's investor presentation, May 2025
Slide 1: Investor Presentation
Investor Presentation May 2025 Potential for High-Grade High-Value High-Tonnage EU Critical Minerals 1
Slide 2: Important Information & Disclaimer
Important Information & Disclaimer FORWARD-LOOKING STATEMENTS The information in this presentation includes “forward looking statements”. All statements other than statements of historical fact included in this Presentation regarding the business strategy, plans, goals and objectives are forward loo
Slide 3: Introduction
Introduction Osmond Resources (ASX.OSM) is focused on developing critical minerals’ mines important to the EU. Potential for: High Grade - Outcrop samples containing over 45% Total Heavy Minerals (THM) - Exceptionally high grades of titanium (rutile), zircon and rare earths High Value - Titanium is
Slide 4: Table of Contents
Table of Contents 1 Corporate Overview 2 Orion EU Critical Minerals Project 3 High-Grade Potential 4 High-Value Potential 5 High-Tonnage Potential 6 Eu Critical Minerals 7 Future Facing Technologies 8 Milestones 9 Iberian One & Yumbara Project 10 Summary 11 Appendix 1 12 Appendix 2 4
Slide 5: Corporate Overview
1. Corporate Overview Capital Table as at 28 April 2025 Key Management Ordinary Shares 95.6m Undiluted Share Capital 95.6m Anthony Hall 25 years commercial experience in strategy, venture capital, risk management and compliance. Successfully transitioned two natural Orion Acquisition Shares resource
Slide 6: Orion EU Critical Minerals Project
2. Orion EU Critical Minerals Project Overview § Project located in Jaén Province, Andalucía, Southern Spain § 288 “cuadrículas mineras” covering an area of ~86.4km2 § A lithified placer sand geological system with various layers rich in three future facing / critical minerals with high grade potent
Slide 7: Orion Project Location Pictures
2. Orion EU Critical Minerals Project Location Pictures Photo on location at the outlook of Zone Three Mineralised Seam Outcrops from Zone Three Photo on location at the outlook of Zone Three Photo showing selected outcrops and geological interpretation of potential mineralised sequence Photo on loc
Slide 8: High-Grade Potential
3. High-Grade Potential Exceptionally high-grade results from rock chip sampling program Table showing all assay results from 2020 rock chip channel sampling* AV-9 SAMPLE High-grade potential with program samples delivering 45% 19.1% TiO2 Total Heavy Minerals 7.5% ZrO2 (THM). 1.41% TREO Rich in tita
Slide 9: High-Value Potential
4. High-Value Potential Mineral species shows high-value rutile, zircon, hafnium and magnet rare earths Select Modals and Oxides from Bulk Sample Results* Element Mineral Unit Sample 1 Sample 2 Sample 3 § Rutile is the most valuable titanium mineral with the Titanium Rutile % 13.26 13.16 15.22 highe
Slide 10: High-Value Potential: 150kg Bulk Sample Results
4. High-Value Potential 150kg Bulk Sample results show exceptionally high-value THM assemblage Select Modals and Oxides from 150kg Select Mineral Sand Producers Showing Insitu Grade and Heavy Mineral Assemblage Bulk Sample Results* Company Iluka Tronox3 Eramet4 Sierra Rutile5 Kenmare6 Sample 1 Sampl
Slide 11: High-Tonnage Potential
5. High-Tonnage Potential Three target zones with outcropping over large distance § Permit area – 86.4km2 § Three target zones § Mineralised outcrops over 10km distance § Two interpreted pervasive seams Map showing chip sampling and channel bulk sample Map showing sample locations in Zone 3 and dist
Slide 12: EU Critical Minerals
6. EU Critical Minerals EU Critical Raw Materials focus likely to fast-track development, financing and production Strategic Raw Materials Critical Raw Materials EU Critical Raw Materials Act 1. bauxite/alumina/aluminium 1. antimony 18. light rare earth elements 1. Aim is to reduce dependence on 2.
Slide 13: EU Critical Minerals: Supply Risk
6. EU Critical Minerals Critical future facing minerals with major EU Main extraction (mining) sources of Critical Minerals supply risk relied on by the EU. EU Consumption* EU Production RUSSIA Negligible Titanium ~547k tpa European (TiO2 eq) Extraction Titanium Negligible Rare Earths ~32k tpa Europ
Slide 14: Future Facing Technologies
7. Future Facing Technologies Future facing technology demand drivers 14
Slide 15: Milestones
8. Milestones Achieving Key Milestones 15
Slide 16: Iberian One & Yumbara Project
9. Iberian One & Yumbara Project The Iberian One Project is The Yumbara Project is located in a historic kaolin, located within the highly iron and graphite mining prospective Fowler Domain district between the villages of and Nuyts Domain, both Madriguera and El Negredo in within the Gawler Craton
Slide 17: Summary
10. Summary Osmond Resources (ASX.OSM) is focused on developing critical minerals’ mines important to the EU. Potential for: High Grade - Outcrop samples containing over 45% Total Heavy Minerals (THM) - Exceptionally high grades of titanium (rutile), zircon and rare earths High Value - Titanium is p
Slide 18: Appendix – EU Support
11. Appendix 1 – EU Support European European Bank for SPAIN Investment Bank Reconstruction & Development [EIB] EBRD 18
Slide 19: Appendix – Chinese MREOs
12. Appendix 2 – Chinese MREOs Geopolitical Impact on Rare Earth Supply Chains Table Showing Assay Results from 150kg Bulk Sample for Six of Seven Banned MREOs Select Rare Earth Oxide Results from Bulk Samples* Element Oxides Unit Sample 1 Sample 2 Sample 3 Samarium Sm203 ppm 366 331 364 Gadolinium
Slide 20: Anthony Hall Elvis Jurcevic
Osmond Resources Limited Level 2, 480 Collins Street Melbourne VIC 3000 P: +61 3 9614 0600 Anthony Hall Managing Director and CEO +61 417 466 039 ahall@osmondresources.com.au Elvis Jurcevic Investor Relations +61 408 268 271 ej@osmondresources.com.au