2020Proceedings of the 3rd International Conference on Information Technologies and Electrical EngineeringRequires access

Investigation of Intelligent Safety Management Information System for Nuclear Power Construction Projects

Laihua Fang, Bingyun Mei, Liu Jiang, Jing Sun

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Abstract

Aiming at the dangerous characteristics of nuclear power construction projects such as complicated environment, large number of facilities, hazardous sources and operators in the construction area, an overall architecture of safety management information system based on IoT, AI and other information technologies is proposed, the intelligent safety system functions such as management of potential hazards inspection and rectification, safety monitoring and risk hierarchical control are investigated in details, which are designed to effectively manage and control safety risk. Application of the system helps to realize the digitization, networking, automation control and intelligent decision support of safety management in process operations, personnel, equipment, hazardous materials and environment factors, which achieves the goal of promoting safety management efficiency and reducing accident risk.

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What this paper is about

Aiming at the dangerous characteristics of nuclear power construction projects such as complicated environment, large number of facilities, hazardous sources and operators in the construction area, an overall architecture of safety management information system based on IoT, AI and other information technologies is proposed, the intelligent safety system functions such as management of potential hazards inspection and rectification, safety monitoring and risk hierarchical control are investigated in details, which are designed to effectively manage and control safety risk. Application of the system helps to realize the digitization, networking, automation control and intelligent decision support of safety management in process operations, personnel, equipment, hazardous materials and environment factors, which achieves the goal of promoting safety management efficiency and reducing accident risk.

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OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Aiming at the dangerous characteristics of nuclear power construction projects such as complicated environment, large number of facilities, hazardous sources and operators in the construction area, an overall architecture of safety management information system based on IoT, AI and other information technologies is proposed, the intelligent safety system functions such as management of potential hazards inspection and rectification, safety monitoring and risk hierarchical control are investigated in details, which are designed to effectively manage and control safety risk. Application of the system helps to realize the digitization, networking, automation control and intelligent decision support of safety management in process operations, personnel, equipment, hazardous materials and environment factors, which achieves the goal of promoting safety management efficiency and reducing accident risk.

Key concepts: Hazardous waste, Automation, Risk analysis (engineering), Nuclear power, System safety, Digitization, Process (computing), Control (management)

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