Global Helium Discovers Additional Structures and Increases Seismic Program by 40% in Helium Fairway

Rhea-AI Summary

Global Helium Corp. (CSE: HECO) (OTC: HECOF) announced the discovery of at least twelve additional structural highs during its seismic program in Saskatchewan, prompting a 40% increase in the program size to 94 km. The company has completed over 177 km of 2D seismic lines and has identified significant drilling targets, particularly in the 17,000-acre Lawson Structure. The exploration covers over 1.5 million acres in Saskatchewan’s helium fairway, utilizing advanced AVO processing technologies to evaluate reservoir characteristics. Future plans include a water well analysis and additional surveys to enhance drilling accuracy.

Positive

• Discovery of at least 12 additional structural highs during the seismic program.
• 40% increase in the seismic program size to 94 km, reflecting positive results.
• Identification of significant drilling targets, especially in the Lawson Structure (17,000 acres).
• Utilization of AVO processing technologies to enhance reservoir evaluation.

Negative

• None.

CALGARY, Alberta, Feb. 01, 2022 (GLOBE NEWSWIRE) -- Global Helium Corp. (CSE: HECO) (OTC: HECOF) (the “Company” or “Global”), one of North America’s largest helium exploration and development companies, is pleased to announce it has discovered at least twelve additional structural highs (“Structures”) resulting from the first 53 km (33 miles) of a larger seismic program (see January 18, 2022 news release). The early success has prompted the Company to increase the size of its seismic program by almost 40% to 94 km (58 miles).

The Company has now purchased or shot a total of over 177 km (110 miles) of 2D seismic lines and still has over 41 km (26 miles) remaining to be shot and processed across the Company’s three core areas in Saskatchewan. Up to twelve additional Structures have been identified during the first half of this seismic program. Some Structures will be better defined, and the Company anticipates that additional Structures may be identified, once the remaining seismic lines in this program are acquired and processed.

As one example, this latest round of preliminary seismic investigation has further strengthened drilling targets on what was previously identified as the massive 17,000 acre (26.5 square mile) Lawson Structure (see October 6, 2021 news release) in Core Area 1, which hosts the Company’s Central Saskatchewan assets.

The Company is developing a significant amount of fresh seismic on its lands in southern Saskatchewan’s “helium fairway,” where the Company controls over 1.5 million acres of 100%-owned land and is one of the largest helium-focused landholders in North America. The purpose of the seismic study, in addition to other geophysical and geochemical data acquisition, is to identify and refine superior drilling locations across the Company’s landholdings.

The Company also employed AVO processing technologies to the seismic data, which provides more detail on specific reservoir characteristics, versus simply identifying stratigraphic layers, as seismic does at its most basic level. The AVO processing has identified highly encouraging sandstone reservoir qualities at Lawson and several other prospective Structures on the Company’s land.

Wes Siemens, Global’s President, commented, “This enormous seismic acquisition program was challenging to initiate but this first portion has produced a tremendous result. The increased size of the program is a testament to the results achieved so far. The first portion of the larger seismic program has been completed and the upcoming second portion is underway in the field. When this data is acquired and combined with an imminent water well analysis, aeromagnetic and gravity surveys, we will be able to confidently choose drilling locations based on solid science and the analysis of almost every available technology. I am thrilled by the idea of putting drilling locations on the map and advancing Global to a testing and producing phase, which we fully intend to do in 2022.”

In addition to this significantly large seismic study, during the next month, the Company is planning on conducting a water well analysis on many prospective targets in the US and Canada. For this analysis, the Company will study hundreds of well water chemical analyses to find concentrations of highly mobile and evaporative helium, which may be indicative of helium migration from deeper targets. The well water analysis is expected to be augmented with the aeromagnetic and gravity survey work that the Company has also commissioned (see October 19, 2021 news release). A full geophysical and geochemical model is expected to produce viable drilling locations in mid-2022.

The Company’s total landholdings across its three core areas in Saskatchewan total 621,261 ha (1,535,168 acres) and Global is still actively adding acreage.

Siemens added, “I remind shareholders of our near-term strategic priorities: (i) expanding our Saskatchewan land holdings in Canada, (ii) using geophysical and other technologies to evaluate our land base and advance to the drill stage, and (iii) identification and capture of new, major prospects in the United States.”

Helium and nitrogen are both zero carbon, inert, non-combustible gases.

A helium discovery of 2% or more is considered exceptional in North America and compares very favorably to helium that is typically produced concurrently with hydrocarbons, as is the case in Russia and the Middle East, where helium is typically 0.1% of the production stream. When produced in Saskatchewan, helium can be found in substantially (10x to 20x) higher concentrations and is typically produced without hydrocarbons, making it a highly concentrated, green, zero carbon product.

Core Area One – Central Saskatchewan:
Core Area One encompasses over 835,000 acres and is northeast of Swift Current, home to Saskatchewan’s original helium production facility.

Core Area Two – Southeast Saskatchewan:
Core Area Two encompasses 425,000 acres and is in south-central Saskatchewan, approximately 150 km south of Regina, where there are multiple stratigraphic formations and helium targets.

Core Area Three – Southwest Saskatchewan:
Core Area Three encompasses 275,000 acres and is on the Canadian side of the Montana/Saskatchewan border.

ON BEHALF OF THE BOARD OF GLOBAL HELIUM CORPORATION

“Wes Siemens”

Wes Siemens, P.Eng.
President

For more information:
Walter Spagnuolo, Investor Relations
Tel: +1 (877) 816 8163
relations@globalhelium.com

About Global Helium (CSE: HECO) (OTC: HECOF)
Global Helium is an exploration stage company focused on the exploration, acquisition, development, and production of helium to meet the needs of increasing helium demand and shrinking helium supply in North America and around the world. The Company has a seasoned team of industry professionals and technical experts and has established connections with North American and international helium buyers. Together, the team has captured 100%-owned permits encompassing over 1.5 million acres prospective for helium in Saskatchewan’s well-established helium fairway.
Find out more at: https://globalhelium.com/.

Forward-Looking Statements
No securities regulatory authority has reviewed nor accepts responsibility for the adequacy or accuracy of the content of this news release.

This news release contains forward-looking statements and other statements that are not historical facts. Forward-looking statements are often identified by terms such as "will", "may", "should", "anticipate", "expects" and similar expressions. All statements other than statements of historical fact, included in this internal announcement are forward-looking statements that involve risks and uncertainties. There can be no assurance that such statements will prove to be accurate and actual results and future events could differ materially from those anticipated in such statements. Important factors that could cause actual results to differ materially from the Company's expectations include the failure to satisfy the conditions of the relevant securities exchange(s) and other risks detailed from time to time in the filings made by the Company with securities regulators. The reader is cautioned that assumptions used in the preparation of any forward-looking information may prove to be incorrect. Events or circumstances may cause actual results to differ materially from those predicted, as a result of numerous known and unknown risks, uncertainties, and other factors, many of which are beyond the control of the Company. The reader is cautioned not to place undue reliance on any forward-looking information. Such information, although considered reasonable by management at the time of preparation, may prove to be incorrect and actual results may differ materially from those anticipated. Forward-looking statements contained in this internal announcement are expressly qualified by this cautionary statement. The forward-looking statements contained in this internal announcement are made as of the date of this internal announcement and the Company will update or revise publicly any of the included forward-looking statements as expressly required by applicable law.

FAQ

What is the significance of the latest seismic program results for Global Helium (HECOF)?

The seismic program has led to the discovery of at least twelve new structural highs, enhancing potential drilling targets.

How much has Global Helium increased the size of its seismic program to?

Global Helium has increased the size of its seismic program by 40% to a total of 94 km.

What technologies is Global Helium using in its exploration efforts?

Global Helium is employing AVO processing technologies to gain detailed insights into reservoir characteristics.

What are the core areas of focus for Global Helium in Saskatchewan?

Global Helium's core areas include over 1.5 million acres in Saskatchewan, divided into three main areas for helium exploration.

What future plans does Global Helium have regarding exploration?

The company plans to conduct a water well analysis and further geophysical surveys to refine drilling locations.