Helium One Global Unlocking New Helium Potential at Jackson-31

Highlights

• Jackson-31 drilling at Galactica promises to reveal extensive helium-rich zones
• Experienced management leverages advanced techniques to navigate challenging geology
• Upcoming test results and further drilling at Jackson-4 will shape future helium potential

The energy and resource exploration sector plays a pivotal role in supplying critical raw materials for high-tech and industrial applications. Within this category, Helium One Global Ltd  is emerging as a significant player in the quest for sustainable helium reserves. Helium, prized for its unique properties in semiconductor manufacturing, cryogenics, and aerospace technologies, is increasingly recognized as a strategic resource. The company’s latest drilling initiative at Jackson-31, part of the Galactica helium project in Colorado, has sparked considerable interest in exploring untapped reserves within the Lyons sandstone formation.

Initiation of Drilling at Jackson-31
Helium One Global Ltd recently confirmed the commencement of drilling operations at its Jackson-31 well. This well is a crucial component of the Galactica project, targeting the well-known Lyons sandstone—a formation renowned for its gas-bearing capabilities. Early indications suggest that the geological characteristics at Jackson-31 may host significant helium mineralization, similar in setting to adjacent high-grade deposits. Drilling operations have been carefully designed to navigate the inherent challenges of the site, ensuring that extraction methodologies are both technically sound and environmentally compliant. The current phase of drilling is underway on schedule, with operations geared toward reaching the designated target depth in a systematic manner.

Strategic Targeting of Helium Reserves
Holding a 50% stake in the Galactica project, Helium One Global is strategically positioned to capitalize on the potential helium yield from Jackson-31. The project’s location near established high-grade tin and gas deposits offers a promising geological context. By targeting the Lyons sandstone formation, the company aims to delineate the extent and quality of helium reserves that have yet to be fully characterized. This initiative underscores the company’s commitment to advancing its exploration program and reinforcing its position within a market that is rapidly evolving. Ongoing drilling, combined with detailed geological assessments, is expected to provide a comprehensive understanding of the site’s resource potential.

Advanced Testing and Data Acquisition
Once the Jackson-31 well reaches its target depth, a series of tests will be conducted to evaluate gas flow and reservoir pressure. These tests are crucial for quantifying the helium content and assessing the well’s productivity. The data acquired during this phase will inform resource modeling and play a key role in estimating the economic viability of a potential helium production operation. The testing phase will also serve as a benchmark for the overall success of the drilling campaign, with results expected to influence subsequent exploration strategies. Robust data acquisition techniques and advanced sensor technologies have been employed to maximize the quality and reliability of the information collected during the drilling process.

Next Phase: Drilling at Jackson-4
Upon completing drilling and testing at Jackson-31, operational plans dictate that the drilling rig will relocate to the Jackson-4 site. This move is part of a broader, phased exploration strategy designed to systematically evaluate the extent of helium-bearing formations across the project area. Jackson-4 represents another promising target within the Galactica project, and its exploration is expected to complement the findings from Jackson-31. The sequential approach to drilling allows the company to refine its methodologies based on real-time data, ensuring that each subsequent well is drilled with enhanced precision and efficiency. The upcoming drilling phase is poised to further validate the potential of the region and provide additional insights into the overall helium reserve.

Management Expertise and Technological Innovation
The progress at the Galactica project is driven by a management team with extensive experience in resource exploration. Drawing on expertise from previous successful ventures in similar geological settings, the leadership at Helium One Global is well-equipped to address the technical and operational challenges inherent in helium exploration. Advanced drilling techniques, combined with state-of-the-art geological modeling and data analytics, have been integrated into the project’s execution plan. This focus on technological innovation ensures that the company remains at the forefront of exploration methodologies, enhancing the accuracy of resource estimates and reducing operational uncertainties.

Implications for the Global Helium Market
The growing demand for helium is driven by its critical applications across various industries, including electronics manufacturing, healthcare, and aerospace. As technological advancements increase reliance on helium for specialized processes, ensuring a steady supply becomes paramount. The insights derived from the Jackson-31 drilling initiative may have far-reaching implications for the global helium market. A successful delineation of high-grade helium reserves could not only bolster Helium One Global’s asset portfolio but also contribute to broader market dynamics by enhancing resource security. In a global context where supply shortages and price volatility are emerging challenges, strategic exploration initiatives such as this one are of significant importance.

Operational and Environmental Considerations
Operating in the resource-rich environment of Colorado requires adherence to stringent environmental and safety standards. Helium One Global has implemented comprehensive protocols to manage the environmental impact of its drilling operations. Emphasis is placed on minimizing disturbances to local ecosystems and ensuring compliance with regulatory guidelines. These operational practices are integral to maintaining community relations and securing ongoing support for exploration activities in the region. The commitment to environmental stewardship complements the technical rigor of the exploration program and reinforces the company’s long-term strategic objectives.

Market Reception and Future Milestones
Recent announcements regarding the commencement of drilling at Jackson-31 have garnered interest among industry observers and market participants. While the immediate market reaction has been measured, future milestones such as the maiden resource estimate and the subsequent drilling at Jackson-4 are anticipated to shape market sentiment significantly. These milestones will serve as critical indicators of the project’s potential and may influence strategic decisions regarding further investment in helium exploration. The phased approach adopted by Helium One Global, with clear milestones at each stage, is designed to ensure that the project remains on track and that new data is continuously integrated into resource modeling efforts.

A Path Forward in Helium Exploration
The developments at the Galactica helium project underscore the strategic importance of helium as a critical resource in modern industries. Helium One Global’s exploration initiative at Jackson-31 represents a concerted effort to unlock new insights into the region’s helium potential, leveraging advanced technology and expert management to overcome geological challenges. The sequential drilling approach, with plans to progress to Jackson-4, is indicative of a robust exploration strategy that aims to maximize resource discovery while mitigating risks.

By driving innovation through advanced testing and data acquisition, the project is poised to contribute significantly to the understanding of helium reserves in the DRC region. As global demand for this noble gas continues to rise, the successful execution of the Galactica project could play a transformative role in shaping the future supply of helium, ultimately benefiting multiple high-tech and industrial sectors.