Remote intelligent monitoring system for petrochemical key unit equipment

Abstract

The invention discloses a remote intelligent monitoring system for petrochemical key unit equipment in the technical field of petrochemical engineering. The system comprises a data collection subsystem which is used for collecting original data and transmitting the original data to an on-site monitoring subsystem; the field monitoring subsystem is used for integrating the existing monitoring data,configuring a targeted data acquisition method according to the operation characteristics of the equipment unit, capturing, analyzing and positioning effective vibration and temperature data of the equipment unit fault through the data acquisition subsystem, and giving an intelligent alarm according to an output instruction of the remote diagnosis subsystem; remote diagnostic subsystem, the system is used for carrying out remote data analysis and fault diagnosis on an equipment unit monitored by an on-site monitoring subsystem. The problem of data acquisition is solved by setting up the Internet of Things through arrangement of sensors, and data sharing and analysis are performed by applying a large number of intelligent algorithms, so that the risks of equipment loss and repair loss areeffectively reduced. The unplanned shutdown is reduced. The availability of parts is improved. The spare part management is efficient, and the operation efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of petrochemical industry, in particular to a remote intelligent monitoring system for key unit equipment of petrochemical industry. Background technique [0002] The current operation and maintenance mode of the enterprise is mainly based on preventive maintenance combined with point inspections, based on time. Although preventive maintenance guarantees the safe operation of the device to a certain extent, it brings a lot of maintenance work. Moreover, point inspections can often only find late faults, while rapid deterioration and sudden faults are often difficult to find. Due to missing the optimal maintenance time for maintenance of moving equipment, components fail and cause secondary damage. [0003] In order to ensure the safety, stability and long-term operation of the enterprise's pump equipment, carry out equipment overhaul and maintenance more scientifically, in order to achieve the goal of impr...

AI Technical Summary

Problems solved by technology

Although preventive maintenance guarantees the safe operation of the device to a certain extent, it brings a lot of maintenance work

Moreover, point inspections can often only find late faults, and rapid deterioration and sudden faults are often difficult to find

Due to missing the optimal maintenance time for maintenance of dynamic equipment, components fail and cause secondary damage

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