AUS
NZ
UK
CA
USA
IND
Highlights
Zephyr Energy PLC achieved high flow rates from its Paradox Basin well without fracking interventions.
Production tests showed strong consistency at reduced choke settings, exceeding average onshore benchmarks.
Data-driven insights are shaping further developments in collaboration with engineering and infrastructure partners.
The energy sector, comprising various industries engaged in the production, processing, and distribution of energy, plays a crucial role in economic infrastructure. This includes companies focused on oil and gas exploration. Zephyr Energy PLC, listed on the London Stock Exchange (LSE:ZPHR) and part of the FTSE AIM 100 Index, operates within this segment and is advancing its activities through new developments in the Paradox Basin, Utah.
Strong Flow Rates from New Well
Zephyr Energy recently reported results from a production test on its new well in the Paradox Basin. The well delivered notably high flow rates that surpass standard onshore U.S. benchmarks, without the use of hydraulic fracturing. This performance metric stands out in comparison to typical wells, which usually require additional stimulation techniques to achieve similar rates.
Consistent Output at Low Choke Settings
According to Zephyr Energy, the testing was executed under a defined and cautious protocol. The well produced consistently high output even while operating at low choke settings. Flow volumes sustained at levels usually associated with more intensive production operations, without pressure drawdown. This efficiency reinforces the operational capability of the project.
Production Capability and Infrastructure Development
The strength of these initial results has contributed to plans for expanding infrastructure around the well. The reported volumes support the installation of gas processing systems, allowing for scalable production operations. This aligns with efforts to optimise asset performance through equipment installation and logistical enhancements.
Enhanced Data Collection and Reservoir Modelling
As part of the testing framework, a Halliburton-designed fibre optic cable was integrated to gather extensive real-time data. The information retrieved has provided clarity on the contributing sections of the wellbore and reservoir characteristics. These insights are now contributing to the development of updated reservoir models, helping refine engineering and operational strategies.
Project Planning and Technical Partnerships
Zephyr Energy is progressing its Paradox project by engaging with third-party reservoir engineering teams. These collaborations aim to validate technical findings and update reserve estimates. Further, the company is working closely with gas marketing and infrastructure teams to plan for the design and construction of an efficient processing facility.
Broader Expansion and Partner Engagement
The company is also reviewing strategic collaboration options to support the next phase of its development. With a strong asset portfolio and recent technical progress, Zephyr Energy is aligning its activities toward broader project advancement. Discussions with potential partners are underway, focusing on enhancing both technical execution and resource scale.
