Sage Oil Tools

What is an acoustic fluid level gas gun?

An acoustic fluid level gas gun is a surface-mounted downhole diagnostic instrument used to measure the exact depth of a liquid level inside a wellbore annulus. By emitting a compressed gas pulse down the wellbore and recording the returning echo, operators determine how much fluid is available for production.

Why is determining the fluid level in an oil or gas well important?

Production engineers and well technicians rely on acoustic fluid level data. Third-party diagnostic firms also rely on these data, giving recommendations for optimizing the fluid and mechanical flow of oil and gas wells. Acoustic fluid level data help them keep production targets on track: Optimize Artificial Lift Performance: Calculate accurate pump submergence to properly cycle rod pumps, ESPs, or gas lift systems.

How does the Sage Pressure Pulse Gas Gun system work?

The Sage ecosystem operates completely independently of competing architectures, utilizing its own dedicated hardware and proprietary diagnostic software configurations. All core components are fully in stock and ready for next-day shipping: Sage AFL III (Paper): Features a classic, rugged paper strip chart recorder for immediate, un-computerized field verification.

How to shoot fluid levels in oil and gas wells?

Secure Attachment: The Sage gas gun is threaded directly onto the surface casing valve of the wellhead. Chamber Charging: The internal volume chamber is charged with CO2 or nitrogen to create an optimal pressure differential between volume chamber and the wellbore. Acoustic Pulse Generation: A fast-acting internal valve opens rapidly, launching an acoustic pressure wave down the wellbore annulus.

What is an Oilfield Dynamometer?

An oilfield dynamometer is a diagnostic instrument used in artificial lift systems to evaluate the mechanical performance of sucker rod pumps (SRP). By measuring surface load versus polished rod position, the system generates a dynamometer card (dyno card) that provides valuable insight into the condition and efficiency of the pumping system.