Snow Lake Lithium Project

LARGE PROPERTY IN A PREMIER JURISDICTION

Located in mining-friendly jurisdiction with access and infrastructure

Preliminary Economic Assessment:

  • Pre-tax NPV of $1.7 Billion
  • Pre-tax IRR of 208%

Overview:

  • 100% owned by Snow Lake
  • Consists of 2 Deposits: Thompson Brothers & Grass River
  • Thompson Brothers is a vertical, tabular shaped deposit
  • Grass River consists of 4 separate pegmatite dykes
  • 25,000 m of drilling completed in 2022/2023
  • Mineral resource estimate: (8.2MT @ 1% Li2O)
    • Measured resource:    748,000 tonnes  1.13% Li2O
    • Indicated resource: 6,560,006 tonnes 1.10% Li2O
    • Inferred resource: 1,007,119 tonnes 0.99% Li2O
  • 89% of mineral resource in measured and indicated
  • Deposits remain open along strike and at depth
  • Potential to increase the project’s tonnage through a targeted exploration and drilling strategy

PROJECT HIGHLIGHTS

Drill results show promise of significant lithium resource

Excellent Dimensions

  • The Thompson Brothers dyke has been drill tested over a 1 km strike and to a vertical depth of ½ km
  • The deposit is tabular in form and dips near vertical

Excellent Widths

  • The deposit averages 7 to 10m in true width

Consistent Grades

  • Li2O grades within the deposit are consistent from contact to contact and drill hole to drill hole

Mining

  • Initial mine plan in the Preliminary Economic Assessment contemplated an underground mining operation accessed via ramp at Thompson Brothers and an initial open pit at Grass River, followed by underground mining

Exploration Upside

  • Significant exploration upside potential over the 59,587 acre property which is only 1% explored to date

NEXT PHASE WORK PROGRAM

Drilling

Grass River

  • Proposed in-fill drill holes in red
  • Drill holes not in resource in pink
  • Snow Lake drill holes in red

 

Thompson Brothers

  • Proposed drill holes in red
  • Historic drill holes in blue
  • Snow Lake drill holes in black

 

Program designed to support and upgrade resource classification, and to test extensions on both deposits