Monitoring system and method of flow industrial pipe network system

Abstract

The invention provides a monitoring system and method of a flow industrial pipe network system. The monitoring system comprises a man-machine interface module, a relation database, a real-time database and a work condition judging module. The monitoring system and method can automatically detect work condition information of abnormal events, work condition states and the like of an automatic detection pipe network system, and provides functions of field parameter monitoring, energy source parameter monitoring, pipe network operation state judgment and the like for monitoring staff; and the monitoring system and method can be used for scheduling an auxiliary pipe network system and provide technical guarantees for realizing timeless, economical efficiency and safety of operating and / or scheduling by monitoring and scheduling staff.

Description

technical field [0001] The invention relates to a monitoring system and method for a pipeline network system in a process industry, in particular to a monitoring system and a method for a steam system in a process industry. Background technique [0002] Various energy media widely used in the process industry, such as water, steam, gas from iron and steel enterprises, gas from chemical enterprises, etc., are all transmitted through the pipeline network, and corresponding equipment will be connected to the pipeline network. These equipment are responsible for production, Consume, transform or perform other various processing operations on the transmitted energy medium. The transmission pipe network of the energy medium and various equipment connected to the pipe network can be called the pipe network system, such as the steam system in public works, etc. The common characteristics of the pipe network system are that the pipe network is relatively complex, there are many type...

AI Technical Summary

Problems solved by technology

[0007] At present, in the monitoring process of various energy medium pipe network systems, there are usually two types of problems: 1. The process industry pipe network system has a large number of various equipment, complex pipe networks, and a large number of parameters that need to be monitored. The monitoring method based on direct monitoring is difficult to find and solve problems in a timely and accurate manner, so it is difficult to carry out correct scheduling

2. Mainly relying on manual monitoring and instrument-assisted monitoring method involves a large number of parameters and a large number of related instruments, the workload is heavy, and the monitoring personnel can only see the parameter value and the change of the parameter, and it is difficult to understand the parameter generation in a timely and correct manner. or the cause of the change, so it is difficult to find the problem in time, which may cause unnecessary economic losses, and may even cause serious safety accidents

Images