Ept22 May 2026 21:25
Question - Would quantum heliums extended production test still be going at sagebrush if there was no comment flows
Answer below
No, the extended production test would not still be going if there were no indications of potential commercial flows. [1]
Extended production tests (EPTs) are highly regulated, expensive, and logistically demanding operations. If initial data from the perforation and acid stimulation phases had revealed zero or non-commercial gas flow, the operator would have concluded the test early to preserve capital. [1, 2, 3, 4]
The continuous operation of the Sagebrush-1 test implies several key technical realities:
## Why Continuing the Test Signifies Flow Potential
* Sustained Flow Required: By definition, an "extended" test requires a continuous stream of gas to properly analyze reservoir pressure, drop-off rates, and boundary limits. If the Lower Leadville formation were entirely tight or locked, there would be no physical flow to test over multiple weeks.
* Regulatory & Disclosure Obligations: Under AIM market rules, if a company discovers a well is a definitive dry hole or commercially non-viable during a major milestone test, its Nominated Adviser (Nomad) would mandate a formal market update rather than letting the test drag on without substance.
* Forward Development Planning: Quantum Helium recently confirmed that preliminary gas analyses match historical drill stem tests (re-verifying the ~2.76% helium concentration). The company noted the test data is actively assisting with "future development planning," an active step that would be redundant if the well lacked commercial flow capability. [1, 2, 3, 4, 5, 6, 7]
## Existing Commercial Backstop
It is also worth noting that the wider Sagebrush project already has commercial hydrocarbon flows. The site features an active, multi-well oil production operation that generated over $600,000 in gross revenue during 2025. While this existing infrastructure helps fund and sustain the helium testing, the specific EPT at the Sagebrush-1 wellbore would still be shut-in if the helium-bearing gas itself lacked commercial prospects. [1, 4, 8, 9, 10]
If you are tracking this project closely, would you like to explore the differences between the Sagebrush and Coyote Wash structures, look into the historical 1994 flow rates for comparison, or analyze how acid stimulation alters tight reservoirs?