Fluorescence pressure testing leakage detection and identification device

A computer-implemented system comprising:

• memory storing application programming interface (API) information;
• and
• a server performing operations comprising:
• receiving, from sensors attached to a heat exchanger, pressure data comprising tube pressure and shell pressure, the heat exchanger comprising tubes and a shell surrounding the tubes;
• determining, by processing the pressure data, a variation of the pressure data indicative of a leak in the heat exchanger;
• selecting, based on the variation of the pressure data, a leak testing technique from a set of leak testing techniques, each of the set of leak testing techniques defining an injection point for a fluorescent tracer and a detection target;
• triggering a release the fluorescent tracer in the injection point;
• receiving images comprising testing data of the detection target, the testing data comprising signals indicative of a location of the fluorescent tracer exiting through a rupture of the heat exchanger;
• processing the images to identify a location of the rupture of the heat exchanger;
• and
• generating a report comprising the location of the rupture of the heat exchanger.

A non-transitory computer-readable media encoded with a computer program, the computer program comprising instructions that when executed by one or more computers cause the one or more computers to perform operations comprising:

• receiving, from sensors attached to a heat exchanger, pressure data comprising tube pressure and shell pressure, the heat exchanger comprising tubes and a shell surrounding the tubes;
• determining, by processing the pressure data, a variation of the pressure data indicative of a leak in the heat exchanger;
• selecting, based on the variation of the pressure data, a leak testing technique from a set of leak testing techniques, each of the set of leak testing techniques defining an injection point for a fluorescent tracer and a detection target;
• triggering a release the fluorescent tracer in the injection point;
• receiving images comprising testing data of the detection target, the testing data comprising signals indicative of a location of the fluorescent tracer exiting through a rupture of the heat exchanger;
• processing the images to identify a location of the rupture of the heat exchanger;
• and
• generating a report comprising the location of the rupture of the heat exchanger.