Beetaloo Energy Australia Ltd Flow Test Achieves Outstanding Results

Outstanding Flow Test Results Drive Beetaloo Energy Forward

Beetaloo Energy Australia Limited has released impressive results from Beetaloo Energy Australia Ltd flow test at its Carpentaria-5H well, marking another significant milestone in the development of Australia's Beetaloo Basin. The company achieved a peak gas flow rate of 11.2 TJ/day and maintained a 30-day average flow rate of 7.1 TJ/day, representing the second-highest 30-day average recorded in the basin to date.

The results demonstrate the effectiveness of Beetaloo's refined drilling and completion techniques, with the well showing minimal decline over the testing period and exiting at 6.3 TJ/day. Perhaps most encouragingly, the well remains in the clean-up phase, with historical data from previous Carpentaria wells showing up to 30% flow rate increases once full clean-up is achieved.

Furthermore, these exceptional outcomes showcase the company's commitment to technical excellence and operational optimisation. The sustained performance throughout the testing period indicates strong reservoir quality and effective completion techniques.

Managing Director Alex Underwood commented: "We are highly encouraged to have achieved one of the highest flow rates in the history of the Beetaloo Basin while C-5H is still cleaning-up, demonstrating that the well is likely to be a strong long-term producer."

Technical Breakthrough Delivers Five-Fold Improvement in Fracture Conductivity

Beetaloo Energy has implemented what it describes as "basin-leading flowback methodologies" that have resulted in a more than five-fold increase in fracture conductivity compared to previous Carpentaria wells. This technical achievement stems from the company's disciplined approach using a restricted choke strategy that extends the clean-up period whilst preserving the fracture network's long-term productivity.

The strategy prioritises sustainable production over immediate high flow rates, an approach that appears to be paying dividends. Analysis by North American shale specialist Subsurface Dynamics indicates that Carpentaria-5H has developed:

• 20% longer effective fracture half-lengths compared to previous wells
• 60% higher apparent shale permeability in the Carpentaria region
• A highly effective stimulated rock volume with strong natural fracture connectivity

In addition, the company's systematic approach to reservoir management demonstrates a clear understanding of the geological complexities within the Beetaloo Basin. This methodical strategy appears to be unlocking previously untapped potential from the reservoir.

Clean-Up Progress Tracking Toward Optimal Production

The 23% frac fluid recovery achieved to date positions the well favourably compared to the company's previous wells, where 30% or more fluid recovery preceded significant flow rate increases during cleaned-up testing phases. Consequently, the current results from Beetaloo Energy Australia Ltd flow test suggest considerable potential for further improvements as clean-up progresses.

Understanding Fracture Conductivity in Shale Gas Wells

Fracture conductivity measures how easily gas can flow through the artificial fractures created during hydraulic stimulation. In essence, it represents the "highway system" within the rock – higher conductivity means wider, clearer pathways for gas to reach the wellbore.

In shale gas development, maintaining fracture conductivity over time is crucial because these microscopic pathways can become clogged with drilling fluids, proppant embedment, or formation damage. Beetaloo's five-fold improvement suggests their completion techniques are creating more durable, higher-capacity flow paths that should support stronger long-term production rates.

For investors, higher fracture conductivity typically translates to better ultimate recovery per well and improved project economics – exactly what Beetaloo appears to be achieving with their refined approach. However, the company's ability to maintain fracture conductivity whilst the well cleans up indicates potential for sustained production performance once the well reaches optimal operating conditions.

Substantial Resource Base Supports Development Economics

Independent resource certifier Netherland, Sewell & Associates has estimated 10 PJ of 2C recoverable gas resources per well location in the area surrounding Carpentaria-5H. This substantial per-well resource estimate, combined with the improved completion techniques demonstrating higher permeability and longer effective fracture lengths, suggests strong potential for enhanced project economics across the broader Carpentaria development.

The technical improvements observed at Carpentaria-5H may translate to better gas recovery rates and overall project returns, particularly given the 60% increase in observed permeability across the Carpentaria region. For instance, the company's refined approach to fracture stimulation appears to be unlocking additional resource potential beyond initial estimates.

Development Timeline and Commercial Pathway

Beetaloo Energy now holds all required regulatory and Board approvals to construct the Carpentaria Pilot Project and commence gas sales into the local Northern Territory market under a ten-year gas sales agreement with the NT Government.

Civil construction works for the Carpentaria Gas Plant are well advanced, with pile and mechanical equipment installation scheduled for the first half of 2026. The company is currently conducting minor refurbishment works on gas compression facilities in Roma, Queensland, before relocating equipment to site for reconstruction and commissioning.

Technical Innovations Driving Performance Improvements

The success at Carpentaria-5H reflects Beetaloo's systematic approach to optimising hydraulic fracturing techniques for the unique geological conditions within the Beetaloo Basin. The company's decision to maintain a consistent choke setting since the second day of the testing period demonstrates disciplined reservoir management focused on long-term productivity.

This approach contrasts with strategies that prioritise immediate high flow rates, which can potentially damage the fracture network and reduce ultimate recovery. The five-fold increase in fracture conductivity achieved through this methodology suggests that Beetaloo has identified an optimal balance between immediate production and reservoir preservation.

Furthermore, the extended clean-up period required at Carpentaria-5H, whilst potentially testing investor patience, appears justified by the technical benefits observed. The well received significantly more fracturing fluid than previous Carpentaria wells due to its longer horizontal section and higher fluid intensity, necessitating a more extended clean-up phase.

Positioning Beetaloo as a Major Unconventional Play

Beetaloo Energy's exceptional results from Beetaloo Energy Australia Ltd flow test demonstrate several key factors that position the company as a significant player in Australia's emerging unconventional gas sector.

Technical Excellence: The five-fold improvement in fracture conductivity and basin-leading flow rates showcase the company's ability to optimise completion techniques for local geology, suggesting strong replicability across their extensive acreage position.

Resource Scale: With 28.9 million acres of exploration tenements and 80% ownership of the Eastern depositional Trough of the McArthur Basin, Beetaloo controls substantial prospective acreage in what industry participants recognise as having "world-class hydrocarbon volumes in place."

Commercial Pathway: The secured ten-year gas sales agreement with the NT Government provides revenue certainty and local market access, whilst the advanced gas plant construction indicates the company is moving beyond exploration toward commercial production.

Technical Learning Curve: The continuous improvement demonstrated from Carpentaria-2H through to Carpentaria-5H suggests the company is successfully climbing the learning curve that characterises successful unconventional development programmes.

What Drives Outstanding Well Performance?

The company has several near-term milestones that should provide clear progress indicators:

• Q1 2026: Second extended production test at Carpentaria-5H following complete clean-up
• Q2 2026: Gas plant installation and commissioning activities
• H2 2026: Commencement of pilot gas sales into NT market
• Ongoing: Additional development activities across the broader Carpentaria project area

The transition from exploration success to commercial gas production represents a critical inflection point for Beetaloo Energy. Moreover, the company's systematic approach to technical optimisation, combined with substantial resource estimates and secured commercial pathways, positions it well for this transition.

Investment Implications

Beetaloo Energy has demonstrated technical excellence in unconventional gas development whilst securing commercial pathways to market. With substantial resource estimates, improving completion techniques, and near-term production milestones, the company represents a compelling opportunity in Australia's emerging unconventional gas sector. The transition from exploration to commercial production in 2026 marks a critical inflection point that warrants close investor attention.

The success at Carpentaria-5H validates Beetaloo's technical approach and suggests the potential for sustained production performance across their broader development programme. With gas sales expected to commence in the second half of 2026, the company appears well-positioned to capitalise on its technical achievements and substantial resource base.

Could Beetaloo Energy Be Australia's Next Major Gas Producer?

With exceptional flow test results demonstrating a five-fold improvement in fracture conductivity and gas sales set to commence in H2 2026, Beetaloo Energy appears to be transitioning from exploration success to commercial production. The company's technical breakthroughs at Carpentaria-5H, combined with substantial resource estimates across 28.9 million acres of tenements, suggest significant potential for investors seeking exposure to Australia's emerging unconventional gas sector. To explore Beetaloo Energy's development progress, resource portfolio, and commercial pathway in greater detail, visit www.beetalooenergy.com.