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Fluid Level and Dynamometer Testing Equipment

​​The Acoustic Fluid Logger AFL IV is an integrated data acquisition and diagnostic system that maximizes oil and gas production while minimizing operating expenses. The AFL IV works with your field computer, allowing to save and email digitalized fluid level shots. Software uses gathered data to produce a graph of the fluid level pick, as well as calculated pump intakepr essure, bottom hole pressure and available production increases, which is compiled into a well analysis report. 

Acoustic Fluid Logger - AFL V

The Acoustic Fluid Logger AFL V is a reliable and efficient wireless solution to find fluid levels in oil, gas or geothermal wells. Utilizing advanced acoustic technology, this liquid level analyzer delivers fast, accurate, and non invasive fluid level traces that are essential for downhole diagnostics and well production optimization. Designed for field use, this acoustic well sounder combines robust hardware, wireless data acquisition, and total diagnostic software in a compact system.

Pressure Pulse Gas Gun - 3000 psi

The 3000 psi Pressure Pulse Gas Gun has a volume chamber that can be isolated from the well by a plunger valve. The chamber is charged with CO2 or nitrogen at a pressure greater than the pressure in the wellbore. When the level gun is triggered, the plunger valve rapidly opens. A pressure pulse travels down the well and echoes from the fluid level (explosion). A microphone in the gas gun senses the echo and converts it into an output signal. Alternatively, gas from the wellbore may be vented into the volume chamber causing a negative pressure pulse.

Pressure Pulse Gas Gun - 5000 psi

Pressure Pulse Gas Gun - 5000 psi

The 5000 psi Pressure Pulse Gas Gun has a volume chamber that can be isoloted from the well using an integrated ball valve. When connected to the casing or tubing flowline, gas from the wellbore can be vented into the chamber by quickly opening and closing the ball valve. This creates a negative wave (implosion), that travels down and back up the well. A microphone senses the shot and echoes and converts them into 4 to 20 mA output signals. While an external gas source is not necessary, a wellhead pressure of 50 to 100 psi is required.

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