Intelligent housekeeper system for safe operation of oil and gas pipeline

Abstract

The invention discloses an intelligent housekeeper system for safe operation of an oil and gas pipeline. The intelligent housekeeper system comprises an oil and gas information management system, an oil and gas patrol monitoring management system, a real-time monitoring center, an emergency rescue command system and a training center. The system has the advantages that function is comprehensive, the whole-person installation and use response speed is high. Applications of online production real-time data, pipeline comprehensive information, a monitoring center, emergency command, skill training and the like are provided. Hierarchically setting permissions, and the emergency disposal management module can realize quick response and one-key reporting to a headquarters, and a total command quickly makes a judgment, starts and issues a corresponding emergency plan and a program to automatically issue tasks and working contents to corresponding personnel according to synchronous videos andpictures uploaded on site, so that convenience, quickness, accuracy and effectiveness are achieved.

Description

technical field [0001] The invention relates to a smart housekeeping system for safe operation of oil and gas pipelines, in particular to a method and device for emergency treatment, and belongs to the technical field of electronic software management systems. Background technique [0002] One of the important links affecting the safe operation of oil and gas pipelines is third-party construction. Most of the existing control center system only includes production data, monitoring system and line inspection system, and the existing system is huge and complicated, the data provides layers of reports, and the response is slow. In particular, there is no synchronization guidance for emergency rescue and synchronization with third-party construction video monitoring Return function. Line inspectors or on-site safety monitoring personnel use pipeline inspection equipment to determine the specific location and buried depth of the pipeline based on the pipeline history data. Affe...

AI Technical Summary

Problems solved by technology

Affected by various factors, pipeline inspection equipment cannot be provided at any time. On-site staff only confirm the location or buried depth of pipelines based on memory or impression, which poses a great hidden danger to safe construction

The technical problem to be solved by the present invention is to overcome the fact that the real-time situation of the high-consequence area and high-risk area of ​​the pipeline in the prior art cannot be grasped in time and the response is slow

The approval process of the third-party construction process is slow, and the real-time information on the site can only be obtained by listening to the report. The real-time situation of the site environment is unknown, and it is difficult to quickly and correctly carry out work in accordance with the emergency response plan when encountering a dangerous situation on site, which delays the rescue time.

[0003] In addition: the emergency response plan is stored in the form of text, and the emergency response is often panicked, and the reporting process is often not started according to the procedure, emergency supplies are omitted, temporary deployment of personnel is incomplete, and the commander-in-chief does not understand the situation at the first time

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