ASXOSM$0.625-$0.015 · -2.34%Last close, as published on osmondresources.com.au
Field geologist examining a rock outcrop in dry Andalusian hills.
Projects

Jaén Province, Andalucía, Spain

Plate — Orión Project area, Jaén Province, Spain (illustrative)

01 · Background

  • Project located in Jaén Province, Andalucía, Southern Spain
  • 772 “cuadrículas mineras” covering an area of ~232km²
  • A lithified placer sand geological system with various layers rich in three future facing / critical minerals with high grade potential: monazite (REE), zircon (zirconium, hafnium), rutile (titanium), quartz (silicon metal)
  • Unsuccessfully explored for uranium and thorium in the 1950/60’s
  • Initial target areas are within Orión Permit (PI awarded)
  • Historic galena (lead) mine in permit area located directly below mineralised outcrops
  • Phase 1 drilling campaign has established potential for grade and scale. Phase 2 drilling currently underway, with a maiden Mineral Resource Estimate and Scoping Study due in 2H CY2026.
Map showing Orión EU Critical Minerals Project location
Plate 01Map showing Orión EU Critical Minerals Project location

View full-size map ↗

  • Outcrop samples containing over 45% Total Heavy Minerals (THM)
  • High grades of Rutile (titanium), Zircon (zirconium / hafnium) and Monazite (rare earth elements REE).

  • Three Economic Minerals
  • Rutile
  • Zircon
  • Monazite.

  • 232km² permit area
  • Mineralised outcrops over 12km distance
  • Two interpreted pervasive seams
Mineralised outcropping at the Orión Project
Plate 02Mineralised outcropping at the Orión Project
Mineralised seam outcrops from Zone Three
Plate 03Mineralised seam outcrops from Zone Three
02 · MRE

Pending company release

Reserved for verified company reporting.

Maiden drilling has confirmed high grades.

  • The company has commenced its initial maiden drilling program with majority of assays pending
  • AV-01bis and AV-01 drill holes assays have confirmed high-grades of critical minerals

  • 3.0m at 13.20% TiO₂, 4.60% ZrO₂, 1,020ppm HfO₂, 0.89% TREO (0.24% MREO) from 105.75m
  • incl. 2.1m at 17.21% TiO₂, 6.11% ZrO₂, 1,356ppm HfO₂, 1.16% TREO (0.31% MREO) from 105.75m
  • incl. 1.8m at 19.07% TiO₂, 6.84% ZrO₂, 1,517ppm HfO₂, 1.29% TREO (0.35% MREO) from 105.75m

  • 3.0m at 13.0% rutile, 5.0% ilmenite, 8.0% zircon and 1.3% monazite from 105.75m
  • incl. 2.1m at 17.0% rutile, 6.5% ilmenite, 10.6% zircon, 1.8% monazite from 105.75m
  • incl. 1.8m at 18.8% rutile, 7.2% ilmenite, 11.9% zircon, 2.0% monazite from 105.75m

Refer ASX Release dated 24 November 2025 ↗

Diamond drill core photos and assay data (Black: TiO₂% / ZrO₂% / TREO% grades; Brown: 3% TiO₂ cut-off weighted average grade; Blue: 8% TiO₂ cut-off weighted average grade).
Plate 04Diamond drill core photos and assay data (Black: TiO₂% / ZrO₂% / TREO% grades; Brown: 3% TiO₂ cut-off weighted average grade; Blue: 8% TiO₂ cut-off weighted average grade).
Remnants of the historic galena mine in the permit area
Plate 05Remnants of the historic galena mine in the permit area
03 · Scoping Study

TBR

Reserved for verified company reporting.

04 · Andalucía Mining Province

  • Andalusia’s Iberian Pyrite Belt has been mined since ancient Roman times, making it one of the oldest and richest mining regions in Europe.
  • Andalusia is Spain’s leading mining region and one of the major copper-producing areas in Europe, with significant activity in the Iberian Pyrite Belt.
  • Key active mines include Cobre Las Cruces, Rio Tinto (Atalaya Mining), and the MATSA mines (Aguas Teñidas, Magdalena, and Sotiel).
  • Spain had over 2,600 active mines and quarries as of 2023.
  • The Andalusia region has the highest concentration, with nearly 500 active mines.
Map showing the location of Andalucía, Spain.
Plate 06Map showing the location of Andalucía, Spain.
05 · What Orión Means for the EU

The Orión Critical Minerals Project has the potential to help the EU to meet its 2030 Extraction Goals

EU Extraction

At least 10% of EU annual consumption from EU

EU Processing

At least 40% of EU annual consumption from EU

EU Recycling

At least 25% of the EU’s annual consumption from domestic recycling

External Sources

Not more than 65% of the EU’s annual consumption of each strategic raw material at any relevant stage of processing from a single third country

Drill core cylinders and broken rock samples on a dark stone surface, one sample in a gloved hand.
Plate — Core handlingIllustrative image of core handling practice.