Projects

Massive untapped land position, concentrated in a historically helium rich area of Saskatchewan, being developed by HEVI

Mankota Development Plan

  • 2-31 Helium Discovery (0.95% Helium): Initial flow test at 1.3 MMscf/d, later stimulated to 4 MMscf/d. Development wells planned for winter months, subject to surface and environmental restrictions.
  • 9-35 Helium Discovery (0.64% Helium): Successful flow test at 7.0 Mscf/d, no pressure depletion found. Delineation wells planned for Q4/2024 and Q1/2025.
    • 10-1 Delineation Helium Well (0.75% Helium): Flow test at 9.5 Mscf/d, confirming pressure communication with 9-35 and supporting large reservoir potential.
    • 10-36 Helium Discovery (0.81% Helium): Flow test at 11.5 Mscf/d and 13,100 kPa after a 5-day flow test. Planned 14-day shut-in period and evaluation of results.
  • 9-18 Helium Discovery (0.87% Helium): Stimulation in July 2024 resulted in 0.6 Mscf/d. Additional delineation wells expected in 2025.

Gravelbourg / Glenbain

HEVI’S internal interpretation suggests that numerous targets on HEVI’s land display similar characteristics to the NAH Cadillac producing pool.

12-13 well drilled in Q3/23

  • Cased for further evaluation

Generating Internal Targets:

  • Seismic interpretation underway which may result in additional prospective locations
  • Multiple drillable locations identified

Fox / Hatton

  • 11-13 well drilled in Q3/23
    • True wildcat well; first well drilled in the area in ~70 years
  • Thick Basal sandstone of 58 meters
  • Intermediate cased for potential reentry
  • Potential drillable locations identified

Fox / Abbey

  • Area is becoming increasingly more prospective given recent wells drilled on neighbouring land
  • High Helium content of up to 2%
  • Numerous potential targets based on historical Sawatsky anomalies

Basal Cambrian Sandstone Structure

Radioactive decay of the uranium in Southern Saskatchewan’s basement rocks has produced significant helium reserves.

Up to 2.0%

PROVEN HELIUM CONTENT

Over 95%

HISTORIC NITROGEN CONTENT

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