Initial test results7 May 2025 12:49
Gas Production (3-4 MMSCF/D):
3-4 million standard cubic feet per day (MMSCFD) is a reasonable production rate for an onshore gas well,
depending on the field and reservoir characteristics. The production is steady, indicating that the well has a consistent gas output.
A rate within this range is often seen in early-stage production for some wells,
but it’s worth noting that the actual ideal rate can vary widely based on the region, reservoir pressure, and well design.
Oil Production (200-400 BOPD):
200-400 barrels of oil per day (BOPD) is also a solid production rate for an onshore well,
particularly for wells that aren’t fully optimized yet or are in the early stages of production.
200-400 BOPD falls within a moderate-to-good range for an onshore oil well, depending on the size of the reservoir and its permeability.
This level of production could be considered healthy, especially for a well that is in a testing phase or just started its production lifecycle.
Total BOEPD (700-1,066):
Barrels of oil equivalent per day (BOEPD) helps standardize both oil and gas production to provide a single figure.
A rate of 700-1,066 BOEPD is fairly strong for an onshore well, especially if it's achieved with steady flow and without significant drop in bottom hole pressure.
Choke Setting (8/64-inch):
The choke setting at 8/64-inch indicates that the well is likely being choked back to control the production rate,
which is typical to avoid rapid decline and optimize recovery. The fact that you're achieving steady production at this choke size suggests the well
is performing within manageable operating parameters.
Stable Flow & No Drop in Bottom Hole Pressure:
The steady flow during the 48-hour test period is a very positive sign.
This stability indicates that the well is maintaining its production capabilities without signs of early decline or issues like sand production,
scale buildup, or gas/water breakthroughs. No material drop in bottom hole pressure is also a good indicator,
as it suggests that the reservoir pressure is being maintained well enough to support continued stable production.
This means that the well isn't facing immediate depletion or excessive drawdown, and it may have a decent amount of reserves yet to be produced.
Conclusion:
Overall, the test results appear to be good for an onshore oil and gas well. The combination of steady production rates,
o significant pressure drop, and a moderate choke setting suggests that the well is performing efficiently and has the potential for further stable production.
If you’re looking to optimize the well, it would be worth monitoring how the rates hold up over the next few months,
looking for any changes in pressure or declines in production. Other factors like the composition of the produced fluids
(e.g., water cut) and reservoir characteristics (e.g., permeability, pressure) will give a fuller picture over time.
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