Vibration of an electric submersible pump assembly is monitored to produce a vibration spectrum.

Maximum vibration (using a random-vibration spectrum that simulates user environment): Operating

The vibration spectrum is compared to a known vibration signature for a pump condition that precedes gas lock.

It is speculated that with the vibration corresponding to a vibrational spectrum, the substrate portion of a reforming material liberates vibrational energy and transfers it to a fluid material.

A baseline vibration spectrum makes it possible for the identification of the features.

A baseline vibration spectrum makes it possible to identify these features.

But all vibration is life, all life is vibration, and humans can perceive only the very minutest spectrum of vibrations.

Operation of the pump is then adjusted in response to the similarity of the vibration spectrum to the vibration signature for the pump condition to prevent impending gas lock.

small explanation of vibrational spectra and a table including force constants.

But all vibration is life, all life is vibration, and humans can perceive only the very minutest spectrum of vibrations.

But all vibration is life, all life is vibration, and humans can perceive only the very minutest spectrum of vibrations.

The low frequency vibration systems only recreate one part of the transport vibration spectrum.

The changing is performed within the frequency spectrum of the vibration.

Vibration of an electric submersible pump assembly is monitored to produce a vibration spectrum.

Maximum vibration (using a random-vibration spectrum that simulates user environment): Operating