Seawater type LNG vaporizer monitoring device based on machine learning

摘要

The present invention relates to a seawater type LNG vaporizer monitoring device based on micro-machine learning. In other words, it is installed in the LNG seawater vaporizer facility, measures the pressure and temperature of LNG at the inlet where liquid LNG flows in, and measures the flow rate and temperature of vaporized NG to collect data, and then to maintain the vaporization performance. The ultra-compact, configured to be able to control the flow rate of the seawater pump based on data such as seawater pressure, temperature, and flow, and to simultaneously store the collected data in the database and perform inquiry, visualization and control based on the stored data It relates to a seawater type LNG vaporizer monitoring device based on machine learning. In this case, based on the collected data, it is possible to notify the normal or abnormal state of the seawater pump and the vaporizer by mounting artificial intelligence, and it relates to a seawater-type LNG vaporizer monitoring device based on miniature machine learning.