Electric power emergency disposal system for dangerous chemical accidents

Abstract

The invention relates to an electric power emergency disposal system for hazardous chemical substance accidents. The system comprises an accident monitoring system, an accident early warning system, an information platform system and a command system, the systems work cooperatively according to different stages of an accident, and when the accident occurs, the monitoring system monitors physical parameters of a hazardous chemical substance accident and operation parameters of an electric power system; the accident early warning system is used for judging the accident level according to the information of the monitoring system and sending accident early warning information according to a judgment result; the information platform system is connected with the accident monitoring system, the accident early warning system and the command system. The information platform system stores basic information of hazardous chemical substances, an electric power system, emergency rescue equipment andpersonnel and provides a decision basis for the command system according to a judgment result of an accident level and the basic information, and the command system is used for commanding the rescueequipment and the personnel to carry out emergency disposal.

Description

technical field [0001] The invention relates to the field of emergency treatment systems, in particular to a power emergency treatment system for hazardous chemical accidents. Background technique [0002] my country has become a major producer and user of hazardous chemicals. At present, it is changing from a ten-year golden development period to adjusting structure, changing modes, eliminating backwardness, and optimizing layout. The contradiction between urban security development and chemical industry development is prominent. In particular, hazardous chemical companies are showing trends such as industrial parks, large-scale installations, upstream and downstream integration, and product diversification, and the risk of secondary derivative disasters or coupling of disasters has further increased. The transportation volume and storage volume of hazardous chemicals are increasing rapidly, and it is difficult to completely avoid the mixed storage situation, which increas...

AI Technical Summary

Problems solved by technology

The transportation volume and storage volume of hazardous chemicals are increasing rapidly, and it is difficult to completely avoid the mixed storage situation, which increases the safety risk

[0003] The existing emergency response system for hazardous chemical accidents only considers the disposal of hazardous chemical accidents, but does not take into account the impact on peripheral equipment, especially energy equipment, when hazardous chemical accidents occur. There are power facilities, and hazardous chemical accidents may also cause serious damage to power facilities. Since rescue equipment usually needs power for protection when an accident occurs, the control and emergency response of power facilities are very important for the overall accident handling and rescue tasks. Important, therefore, it is necessary to incorporate the work of the power system into the entire emergency response system, so as to improve the ability and level of emergency response and rescue of hazardous chemical accidents

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