We don’t support this browser anymore.
This means our website may not look and work as you would expect. Read more about browsers and how to update them here.

Helium One reports encouraging Jackson-2 flow test results

Thu 15 May 2025 11:34 | A A A

No recommendation

No news or research item is a personal recommendation to deal. Hargreaves Lansdown may not share ShareCast's (powered by Digital Look) views.

(Sharecast News) - Helium One Global announced encouraging flow test results from the Jackson-2 well at the Galactica helium project in Colorado on Thursday, confirming strong gas flow and high reservoir quality.

The AIM-traded firm said the well, drilled to a depth of 1,232 feet in the Upper Lyons Formation, showed increasing natural flow rates since total depth, reaching over 250 thousand cubic feet per day (Mcfd), with stabilised rates projected between 300 and 400 Mcfd and a maximum potential of 500 Mcfd.

Initial gas analysis revealed helium concentrations of up to 1.22% air-corrected, alongside 77.77% carbon dioxide and 20.61% nitrogen.

No water was encountered during drilling, and wireline logging confirmed the Lyons Sandstone as a high-quality, gas-saturated reservoir.

Strong pressure build-up during testing indicated good permeability and reservoir communication.

Jackson-2 is located at the southeastern edge of the Galactica project, which Helium One is developing in joint venture with Blue Star Helium.

At 1225 BST, shares in Helium One Global were down 2.03% at 0.86p.

Reporting by Josh White for Sharecast.com.

    The value of investments can go down in value as well as up, so you could get back less than you invest. It is therefore important that you understand the risks and commitments. This website is not personal advice based on your circumstances. So you can make informed decisions for yourself we aim to provide you with the best information, best service and best prices. If you are unsure about the suitability of an investment please contact us for advice.


    More AIM news from ShareCast

    No results were found