Method and system for monitoring and preventing hydrate formations

A system for monitoring hydrate formation in an interior of a tube, comprising:

• a first hydrate controller device deployed at a first location on an exterior surface of the tube;
• and
• a second hydrate controller device deployed at a second location on the exterior surface of the tube;
• wherein the first hydrate controller device:
• transmits first acoustic signals towards the interior of the tube, the first acoustic signals comprising a first frequency value and a first amplitude value associated to a transmission power level,
• wherein the second hydrate controller device:
• receives the first acoustic signals,
• measures a reception power level of the first acoustic signals,
• obtains a power level difference from comparing the transmission power level to the reception power level, and
• determines a hydrate formation probability in the interior of the tube based on the power level difference.

A hydrate controller device deployed at a first location on an exterior surface of a tube for monitoring hydrate formation in an interior of the tube, the hydrate controller device comprising:

• sensing systems that receive acoustic signals from a second hydrate controller device deployed at a second location on the exterior surface of the tube;
• wherein the second hydrate controller device transmits the acoustic signals towards the interior of the tube, and
• wherein the acoustic signals comprise a first frequency value and a first amplitude value associated to a transmission power level;
• processing systems that measure a reception power level of the acoustic signals, obtain a power level difference from comparing the transmission power level to the reception power level, and determine a hydrate formation probability in the interior of the tube based on the power level difference.