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Helium One Global Ltd - Jackson-4 Well Drilled to TD & Free Gas Confirmed

In This Article:

The information contained within this announcement is deemed by the Company to constitute inside information as stipulated under the Market Abuse Regulation (EU) No. 596/2014 as amended by The Market Abuse (Amendment) (EU Exit) Regulations 2019.

LONDON, UNITED KINGDOM / ACCESS Newswire / March 24, 2025 / Helium One Global (AIM:HE1), the primary helium explorer in Tanzania with a 50% working interest in the Galactica-Pegasus helium development project in Colorado, USA ("the Galactica Project"), provides an update following the Blue Star Helium (ASX:BNL)(OTC PINK:BSNLF) ("Blue Star") announcement issued today regarding the Galactica Project.

Summary

  • Jackson-4 well successfully drilled to total depth ("TD") of 1,260ft (384m) measured depth ("MD") with free gas confirmed by wireline logs

  • Well flowed naturally during drilling and at TD, demonstrating good reservoir communication

  • The well encountered 62ft (18.9m) gross pay of high-quality(22-26% porosity based on petrophysics from offset wells JXSN-1,-2,-3,-4 and Sate-16), gas-saturated sands in the Upper Lyons Sandstone Formation

  • Samples sent to laboratory for analyses of helium and CO2 concentrations

  • Well head being installed ahead of surface pressure readings and flow testing

Air drilling the Lyons Sandstone Formation (left) and open-hole logging at TD (right)

Jackson-4 Well Drilling and Initial Flow Test Results

The well encountered the Lyons Formation at a depth of 1,198 feet (365m) MD and was completed 62 ft (18.9m) into the Upper Lyons Sandstone Formation at 1,260 ft (384m). Thewell exhibited strong natural flow during drilling and at TD, in line with the recent Jackson-31 well.

Significantly, no water was encountered during drilling of the Lyons Sandstone Formation and wireline logs confirmed this. Based on offset wells, it is likely that the entire Upper Lyons Sandstone Formation as well as a significant portion of the Lower Lyons Sandstone Formation will be gas saturated. This well targeted the highest quality sandstone at the top of the Upper Lyons Sandstone Formation which is well connected to the entire gas column.

During the natural flow of the well, early gas samples were taken (note, these will be contaminated from air-drilling and will require air-correcting) and are being delivered for laboratory analyses of helium and CO2 concentrations.

The well head installation is being completed ahead of surface pressure readings, flow testing and further gas sampling.

It is anticipated that, upon successful testing at Jackson-4, the well will be completed, ready to be tied-in to production facilities.