CN-122022218-A - Intelligent shale gas field emergency management system and emergency treatment method

CN122022218ACN 122022218 ACN122022218 ACN 122022218ACN-122022218-A

Abstract

The invention relates to the technical field of shale gas field emergency management, in particular to an intelligent shale gas field emergency management system and an emergency treatment method. The emergency management system integrated in the rapid dispatching area is constructed by matching communication technology, data processing technology, geographic information system and the like through informatization and intellectualization means, real-time sensing, intelligent early warning, flat command and rapid handling of emergency management can be realized, emergency management information can be integrated and distributed rapidly and effectively, efficiency and accuracy of information transmission and processing are improved, sudden risk hazard is effectively reduced, emergency rescue efficiency is improved, rapid information transmission and processing is realized by means of fusion communication technology, emergency response speed is improved, mass data are integrated and analyzed through a large-capacity data processing server, timely and accurate information support is provided for command decisions, on-site real-time monitoring and visual display are realized by means of mobile terminal equipment, and command personnel can acquire disaster on-site conditions conveniently.

Inventors

LI SIHAI
CHANG GUODONG
TONG XIANGDONG
TAO XIAOWEN
Qiao yulu

Assignees

中国石油化工股份有限公司
中国石油化工股份有限公司江汉油田分公司

Dates

Publication Date: 20260512
Application Date: 20241112

Claims (10)

1. The intelligent shale gas field emergency management system is characterized by comprising a communication module, a rapid alarm receiving module, a data processing module, a geographic information system module and a user interface module; the communication module comprises a mobile terminal held by a worker, and the mobile terminals are all in communication connection with the data processing module through network switch equipment; The rapid alarm receiving module comprises alarm detection equipment arranged on the shale gas field site, and the alarm detection equipment is connected with the data processing module through communication cables; the data processing module is used for receiving the data sent by the rapid alarm receiving module, determining task priority and allocating resources according to the safety level and the specific alarm level of the site where the alarm detection equipment is located, and generating corresponding task priority information and resource allocation information; the geographic information system module is used for receiving detection information sent by the alarm detection equipment and correlating the detection information to a corresponding area of a site satellite remote sensing image to generate a shale gas field site real-time information plan; The user interface module comprises a central control display screen arranged in the command center and is used for receiving the data sent by the data processing module and the geographic information system module and displaying the shale gas field site real-time information plan, task priority information and resource allocation information in real time.
2. The intelligent shale gas field emergency management system according to claim 1, wherein the mobile terminal is integrated with a voice communication module and an HMI interactive interface, the voice communication module is used for real-time voice communication between a worker and a command center, and the HMI interactive interface is used for displaying task priority information and resource allocation information sent by the data processing module and feeding back field operation information of the worker to the data processing module.
3. The intelligent shale gas field emergency management system according to claim 1, wherein the alarm detection equipment specifically comprises a fire alarm sensor, a flood alarm sensor, a shale gas leakage alarm sensor and a seismic alarm sensor which are installed in each area of the shale gas field, and further comprises equipment fault alarms and equipment outage alarms which are installed in each equipment control box of the field.
4. The intelligent shale gas field emergency management system of claim 1, wherein the data processing module and the geographic information system module are integrated in an emergency management server, and the emergency management server is arranged in a machine room of a command center.
5. The intelligent shale gas field emergency management system according to claim 1, wherein the safety level is divided according to the severity of loss generated when each area of the shale gas field is subjected to disaster, and the greater the severity of loss generated when disaster is caused, the greater the safety level of the corresponding area.
6. The intelligent shale gas field emergency management system according to claim 1, wherein the alarm levels are divided according to alarm types, and specifically comprises that equipment fault alarms and equipment outage alarms belong to a first-level alarm, fire alarms and shale gas leakage alarms belong to a second-level alarm, and flood alarms and earthquake alarms belong to a third-level alarm.
7. The intelligent shale gas field emergency management system according to claim 1, wherein the geographic information system module specifically adopts a GIS geographic information system, firstly generates a shale gas field plan according to satellite remote sensing images, and then displays detection information in corresponding areas in the field plan according to actual arrangement positions of alarm detection devices so as to generate a shale gas field real-time information plan.
8. The intelligent shale gas field emergency management system of claim 1, wherein the user interface module further comprises a virtual input key for command center personnel to adjust the task priority information and resource allocation information.
9. An intelligent shale gas field emergency treatment method based on the emergency management system as claimed in any one of claims 1 to 8, comprising the steps of: S1, rapidly receiving alarm, namely monitoring alarm information in real time through alarm detection equipment in each area and transmitting the alarm information to a data processing module; S2, data processing, namely, a data processing module determines task priority and allocates resources according to the safety level and the specific alarm level of the site where the alarm detection equipment is located, and corresponding task priority information and resource allocation information are generated; s3, information display, namely, associating a field satellite remote sensing image with alarm information through a geographic information system module to generate a shale gas field real-time information plan, and displaying the shale gas field real-time information plan, task priority information and resource allocation information in a user interface module in real time; s4, integrating communication, namely, transmitting the task priority information and the resource allocation information to a mobile terminal held by a field worker by a command center based on a communication network; And S5, regional joint defense, wherein the staff in each region execute preset cooperative actions and emergency resource allocation according to the task priority information and the resource allocation information.
10. The emergency treatment method according to claim 9, wherein the task priority determination and resource allocation specifically comprise: according to the alarm level corresponding to the current alarm information, carrying out task priority initial division, wherein the larger the alarm level is, the higher the task initial priority is, and more emergency resources are allocated; and for the alarm information with the same alarm level, further dividing the task priority according to the safety level of the field area where the alarm detection equipment is located, wherein the higher the safety level of the field area is, the higher the task priority is, and more emergency resources are allocated.

Description

Intelligent shale gas field emergency management system and emergency treatment method Technical Field The invention relates to the technical field of shale gas field emergency management, in particular to an intelligent shale gas field emergency management system and an emergency treatment method. Background The production emergency command capability is one of the requisite comprehensive capabilities of modern fossil oil enterprises, on the basis of fully researching the current situation of advanced emergency management and command at home and abroad, more and more enterprises adopt overall planning and step-by-step implementation construction strategies under the guidance of digital shale gas field theory, and an emergency management system which covers various important production areas of the shale gas field, has unified command, sensitive response, coordination and order and high operation efficiency is constructed, so that the emergency management and treatment capability of the shale gas field can be comprehensively improved, various emergency events can be prevented and properly handled, and economic loss and adverse social influence of the emergency events on the shale gas field can be reduced. In order to prevent the shale gas field from being damaged in the unique environment, when emergency situations such as large-area power failure, long-distance line stop due to accident, fire of a joint station, explosion blowout fire, flood invasion, earthquake and the like occur, corresponding measures are required to be taken to rapidly organize and treat the emergency situations so as to reduce personnel and property loss. The shale gas field production emergency command decision relates to a plurality of aspects such as geographic environment, socioeconomic performance, engineering technology and the like, and the requirements on the processing capacity and the response speed of information are higher because of large information quantity, a plurality of emergency situations and very short decision making process. Therefore, to ensure that the shale gas field production emergency command plans such as flood control, fire fighting and emergency treatment are accurately and smoothly implemented, the information of all aspects can be accurately and rapidly acquired, and all-dimensional data support is provided for emergency treatment through application and integration of all functional modules of the system, so that the starting and optimization of various emergency plans are realized, the on-site emergency decision command and the intelligent allocation of emergency resources are quickened, the command and dispatch visualization of a command center in the shale gas field range and the information receiving and reporting are quickly realized, and therefore, the design and development of a set of emergency management system suitable for the actual shale gas field production are particularly necessary. Disclosure of Invention The intelligent shale gas field emergency management system and the emergency treatment method have the advantages that emergency management information can be integrated and distributed rapidly and effectively, information transmission and processing efficiency and accuracy are improved, speed and effect of shale gas field emergency response are improved, and disaster loss is reduced. In order to solve the technical problems, the invention adopts the following technical scheme: 1. intelligent shale gas field emergency management system The invention provides an intelligent shale gas field emergency management system which comprises a communication module, a rapid alarm receiving module, a data processing module, a geographic information system module and a user interface module, wherein the communication module is used for receiving information from a user; The communication module comprises a mobile terminal held by a worker, and the mobile terminal is in communication connection with the data processing module through network switch equipment to form a tightly connected converged communication network; the rapid alarm receiving module comprises alarm detection equipment arranged on the shale gas field site, and the alarm detection equipment is connected with the data processing module through communication cables, so that alarm information is monitored, identified and transmitted in real time, and rapid response is realized; The data processing module is used for receiving detection information sent by the alarm detection equipment, and rapidly processing and integrating data from different channels based on a big data analysis technology, specifically, task priority determination and resource allocation are carried out according to the safety level and the specific alarm level of the site where the alarm detection equipment is located, and corresponding task priority information and resource allocation information are generated; The geographic information system module is used fo