Emergency drill simulation system and simulation method applied to toxic gas leakage

Abstract

The invention discloses an emergency exercise simulating system applied for toxic gas leakage and a simulating method thereof. The emergency exercise simulating system comprises a hydrogen sulfide detector, a respirator, a positioning and tracking system and a master control machine. The positioning and tracking system comprises a plurality of active electronic labels, a plurality of sensors, a network switch and a master control machine. The active electronic labels are arranged on emergency exercise personnel. The master control machine introduces a multidirectional map of the whole monitored area. The receiving end of each sensor receives a signal which is transmitted by the active electronic label and decodes the signal. The transmitting end of the sensor transmits the decoded data to the master control machine through the network switch. The master control machine fits the received data and generates a determination result. According to the emergency exercise simulating system, the active electronic labels are mounted on the emergency exercise personnel; after the active electronic labels are positioned through the sensors, the data are transmitted to the master control machine for fitting, thereby realizing positioning and tracking. The emergency exercise simulating system has advantages of high speed, high accuracy, simple structure, etc.

Description

technical field [0001] The invention relates to an emergency drill simulation system and simulation method applied to poisonous gas leakage. Background technique [0002] Almost all major oil-producing countries in the world contain H2S gas reservoirs, and the exploitation of hydrogen sulfide gas wells is a highly dangerous operation. During the exploitation of sulfur-bearing gas wells, blowout accidents frequently occur. Both domestic and foreign public interests also need to be fully protected in the process of oil and gas development and production. In order to ensure the reduction of safety accidents and the economic losses caused by accidents during the development of hydrogen sulfide-containing oil and gas fields, an emergency treatment and escape plan for hydrogen sulfide leakage was specially formulated during the emergency drill. This program will simulate the occurrence, disposal, and follow-up work arrangement process of real accidents as much as possible under t...

AI Technical Summary

Problems solved by technology

If the user does not wear the gas mask correctly, toxic gas will seep into the gas mask from other gaps, resulting in poisoning accidents

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