Storage monitoring management system and method

Abstract

The invention relates to a storage monitoring management method for automatically monitoring a storage system. The method comprises an oil inventory monitoring management process, an oil movement task order management process and an oil movement monitoring management process. The oil inventory monitoring management process includes the steps of calculating storage tank inventory data, monitoring a storage tank and alarming. The oil movement task order management order includes the steps of receiving, storing, managing, displaying, modifying, starting, suspending or stopping the oil movement task order. The oil movement monitoring management process includes the steps of : selecting an oil movement path on a topological structure model of a storage and transportation system according to the oil movement task order; generating a device list that the oil passes in the movement path according to the oil movement path; displaying the current state of the device in the movement path; displaying a movement path line on the topological structure model of the storage and transportation system when the movement path is through; and performing a movement operation order.

Description

technical field [0001] The invention relates to the field of automatic management and control of storage and transportation systems, in particular to a storage and transportation monitoring and management system and method. Background technique [0002] Petroleum processing enterprises or storage and transportation enterprises use many oil storage tanks and related supporting equipment, such as valves, pumps, pipelines, etc. Oil tank is an indispensable and important equipment in production process or commercial storage and transportation. The oil tank is not only for storage, but also an effective tool for oil blending. A large petrochemical enterprise can have hundreds of oil tanks. How to effectively organize the use and management of these oil tanks is very important from any point of view. [0003] In terms of function, oil tanks are generally divided into raw material tanks, intermediate tanks, finished tanks, and blending tanks. The blending tank is used to blend m...

AI Technical Summary

Problems solved by technology

The labor intensity of operators is high, the monitoring area is small, the amount of information is small, the automatic control loop is few, the process flow is complicated, and the correlation is strong, etc., resulting in a high incidence of accidents, and serious accidents occur from time to time. The main manifestations are oil leakage and oil leakage. , the loss caused by the accident is large, especially it will cause serious pollution to the environment, and the aftermath of the accident will cost a lot

Analyzing the cause of the accident, in addition to the problem of the equipment itself, it was mainly caused by the long-term fatigue operation of the personnel due to the above reasons

[0006] In addition to material damage accidents, due to the low degree of automation of oil tank scheduling, backward scheduling methods, and unreasonable equipment configuration, it is easy to cause improper scheduling. Tank holding accident occurred, affecting normal production

[0007] Therefore, the current status of storage and transportation automation in petrochemical enterprises is unsatisfactory, and a storage and transportation monitoring and management system with a higher degree of automation is needed

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