Enterprise major safety risk grading intelligent management and control method and system

Abstract

The invention discloses an enterprise major safety risk grading intelligent management and control method. The method comprises the following steps: obtaining safety risk management and control basic data of the enterprise, unit risk management and control data of the enterprise, and enterprise dynamic risk management and control data; carrying out risk point inherent risk index assessment, unit safety production risk assessment, enterprise safety production risk assessment, industry safety production risk dynamic assessment and regional safety production risk dynamic assessment; establishing risk automatic assessment hierarchical management and control, including unit inherent and real risk assessment hierarchical management and control; and carrying out the enterprise unit inherent and real risk assessment hierarchical management and control, industry dynamic risk assessment hierarchical management and control, and regional risk dynamic risk assessment hierarchical management and control. According to the invention, dynamic management and control of enterprise risks are facilitated, government departments are also facilitated to carry out grading and classified intensive supervision on the enterprise risks, and an intelligent and systematic risk grading management and control system is formed.

Description

technical field [0001] The invention belongs to the technical field of hierarchical management and control of security risks, and in particular relates to a method and system for intelligent management and control of major security risks in an enterprise. Background technique [0002] At present, information-based safety production construction is the key research direction of production enterprises and emergency management departments. The safety production risk warning and prevention and control system, the safety production emergency command platform, the safety production comprehensive information platform, and the risk management and control of major accidents are established. Hidden danger investigation and management dual preventive work applications and information platforms; however, the existing security information platforms still have gaps in the requirements for security risk monitoring and early warning and information resource sharing, and the construction of i...

AI Technical Summary

Problems solved by technology

[0005] (1) Risk identification is not timely, traceability is inaccurate, and consumes a lot of resources; some safety information management platforms have not studied in depth and applied safety science principles to build an effective and systematic accident prevention and control model, and do not have a good understanding of the attributes and distribution of risks Profound, leading to miscellaneous types of identified risks, consuming a lot of data resources and hardware resources, resulting in low efficiency of risk identification and failure to achieve accurate traceability

[0006] (2) The scope of application is narrow; the functions of some information platforms are often aimed at the risk management and control of certain types of accidents (such as geological disaster accidents, liquid ammonia refrigeration accidents) or certain industries (such as fireworks and firecrackers, non-coal mines). restrictive

[0007] (3) Uneven distribution of resources; uneven distribution of resources includes uneven distribution of risk information at all levels and uneven distribution of platform layout depth in various regions; uneven distribution of risk information, one-way flow of data information, resulting in redundant construction and waste of resources