West Kytlim

World’s largest soft-rock PGM and Gold mineTargeting worlds lowest Carbon PGM ounces

Surface Platinum Group Minerals (‘PGM’) and Gold mine with a sustainability focus. Recent Definitive Feasibility Study provides for capacity expansion and unit cost reductions. Plans now progressed to reduce Carbon per ounce by electrifying the mine site with a goal to produce the world’s cleanest PGM ounces.


Industrial scale production since 2018 – license to 2040

Simple, modular nature of processing makes expansion straightforward.

DFS approved in 2021 with expansion to three operating washplants.

Simple, low cost (cash cost below $400/oz) operations with a low environmental footprint - electrification of site now being progressed.

industrial production
mine life
production target

Reserves & Resources

Current approved mineable reserves at the West Kytlim Project
(Tipil and Project Flanks not included in the table)

4,477 Kg PGM in Russian B,C1,C2 categories (may, based on operational data, finally contain 6,402kg PGM)

Tipil license (24.5km²) and Flanks license (50.8km²) add further resources beyond current Life of Mine.

Total P1 district potential of 21.6 tons.

‘000 m3
Raw PGM1,
Native Free Au2,
В+С1 9,329 2,920 66
С2 4,430 1,557 10
В+С12 13,760 4,477* 76

Notes on the above:
*The Reserves and resources stated are the mineable reserves and resources of the project (while actual reserves at production are higher, please see the last point in the highlights above). Eurasia owns 68% at West Kytlim.
1 Raw PGM occurs as nuggets of iso-ferrum PGM containing platinum, palladium, iridium and rhodium as well as gold.
2 Further gold occurs as native gold nuggets which are also recovered separate to gold contained in iso-ferrum PGM nuggets.

Green Mining,
Green Metals,
Green Energy

Environmentally friendly mining of PGM at the world’s largest surface PGM mine.

Alluvial mining is a low cost, environmentally friendly and capital efficient mining solution.

Soft rock mining operations are rehabilitated at the end of each year. This reduced footprint mining method enables recovery within 5 to 10 years and with no remnant pit or tailing dumps (compared to 20 years + before rehabilitation on a standard mine).

Water is a key resource in soft rock mining and is managed carefully (in circulation). The mine tailings are ‘clean’ - a mix of clay, sand and gravel with PGMs removed throughout the process.

There is no blasting on site and no chemicals are used in the production process. This mining method integrates more readily with the local environment and community

  • Limited use of reinforced concrete and asphalt around the mine site
  • Mine buildings built mostly of timber milled on site
  • Reducing CO2 emissions at site, and CO2/oz metal produced by switching to (hydro derived) electric power

Urals Mining history

Alluvial Platinum was first discovered in the Ural Mountains in 1824, since then the region has yielded in excess of 500 tonnes of platinum mined from a number of placer fields, the largest of which is estimated to have produced more than 240 tonnes. The fields comprise natural, gravity-driven economic concentrations of platinum and very minor gold formed in stream and river sediments eroded and drained from platinum bearing ultramafic complexes.

Placers of this type are attractive development targets owing to their often high concentrations of platinum and PGM and relatively low-tech and low cost mining and processing requirements.

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