Four goals for the construction of intelligent safety risk management and control platform for hazardous chemical enterprises in Chemical Industry Park

2022 year 1 month 29 Japan , Issued by emergency management department 《 Guidelines for the construction of intelligent safety risk management and control platform in chemical industry parks （ On a trial basis ）》 and 《 Guide for the construction of intelligent safety risk management and control platform for hazardous chemical enterprises （ On a trial basis ）》, To guide chemical parks and hazardous chemical enterprises to build platforms 、 With the platform , Use advanced technical means such as information and figures to strengthen the ability of safety risk prevention and control , Promote chemical industry park 、 Enterprises carry out digital transformation of safety risk management and control of hazardous chemicals 、 Intelligent upgrade .

Construction objectives
One 、 Support the effective implementation of the dual prevention system
Through digital management means , Help management organizations at all levels effectively prevent and resolve major safety risks , The relevant requirements of the convenient and efficient supervision and dual prevention management mechanism can be strictly implemented and effectively implemented .

Two 、 Promote the informatization of enterprise safety basic management
Promote the digitalization of enterprise safety basic management 、 Accurate risk warning 、 Systematic risk management and control 、 Unmanned hazardous operation 、 Yun Weifu Help remote , In order to realize the digital transformation of safety risk management and control of hazardous chemical enterprises Energy upgrading injects new kinetic energy .

3、 ... and 、 Get through IOT perception to realize dynamic control
Through digital management means , Get through the perception data of the Internet of things , Realize dynamic evaluation and dynamic management and control according to intelligent algorithm , Precipitation risk factor big data , Further enhance the ability of coordinated joint defense .

Four 、 Improve the level of dynamic and accurate decision-making and command
Through digital management means , Build an intelligent control brain for enterprise risks and hidden dangers , Accurately analyze and manage the situation , Pinpoint management issues and responsibilities , Continuously improve the level of safety decision-making, command and management , Achieve full staff 、 Whole process 、 comprehensive 、 Round the clock management system .

Reference guide for chemical industry parks and major hazard enterprises , Comprehensively carry out platform construction , Combined with the reality , Construction related functions , Improve the ability of safety risk prevention and control . Encourage qualified chemical parks and hazardous chemical enterprises to complete the basic functions and contents of the platform required in the guide , Expand and build functional modules , Improve the application level .

The security risk intelligent management and control platform system needs to establish two ports , Enterprise side and government side . Enterprises should follow the requirements of data exchange specifications , Organize development and construction （ Develop or transform ） Double prevention mechanism information system （ Enterprise end ）, In development and transformation , It is necessary to accurately push the investigation tasks according to the construction requirements 、 Hidden danger data is uploaded in real time 、 Basic functions such as timely early warning of abnormal conditions , Realize the online digitization of offline risk early warning information and hidden danger troubleshooting data , Ensure standardized data exchange .

Basic management
Management organization form for multi-level enterprises , Achieve system unification 、 Decentralization, decentralization 、 All personnel are safe 、 Mobile collaboration ;
The system has opened up the supervision of the superior - Group supervision - Control of subsidiaries - The factory workshop implements the four-level management system , And dangerous chemical enterprises and industrial and trade enterprises 、 Production and operation operations and reconstruction and expansion construction are classified uniformly . The personnel of each unit are based on their management level 、 Job categories 、 Different responsibilities and authorities , Enter different functional modules , Convenient handling of daily work , mobile 、 Networking 、 Promotion of information technology 、 Standardization , Breakthrough time 、 Restrictions on location , Realize online business 、 Work convenience .

A chart of risk distribution
Based on industrial Internet and Internet of things technology , Engaged in real-time monitoring after traceability 、 Dynamic warning 、 Global joint control transformation .
Relying on the national risk monitoring and early warning system for safe production of hazardous chemicals , Function improvement , Build a map of risk distribution of hazardous chemicals based on major hazard sources , Monitor the integrity of enterprise risk early warning data , Authenticity of monitoring data , Ensure system stability , Realize the high-risk process device of the enterprise 、 Storage tank farm 、 Real time monitoring and risk early warning of plant leakage monitoring and other data

Intelligent algorithm
Big data and intelligent algorithm based on risk prevention and control , Realize from static trace to dynamic prediction 、 Precise decision-making changes
Major hazard sources of hazardous chemicals based on the enterprise 、 Hazardous chemical processes under key supervision 、 Dangerous chemicals 、 Dynamic monitoring information 、 Risk warning information 、 Safety commitment information 、 Risk classification prevention and control information 、 Hidden danger troubleshooting and treatment information 、 Identification resolution information 、 Transportation information 、 Pipeline risk control information, etc , Run big data AI algorithms , Cluster enterprises or major hazard sources , According to the clustering results of enterprises, the classification system of factory healthy operation is established , Identify the enterprise safety grid and major hazard sources . Urge enterprises to take measures 、 Reduce risk , Accident prevention .

Standardization 、 Promotion of information technology
Based on big data mining and digital archives technology , Realize from repeated reporting to reducing burden and increasing efficiency 、 Digital archives transformation
Automatic mining and analysis technology based on big data , Realize the accurate analysis and positioning of safety production management problems , Visual hierarchical management supporting management decision-making ; Based on Digital Archives Technology , Realize on-site management and process flow and process archives 、 Manage the synchronization and automatic generation of reports , It can not only provide convenience for on-site management , It can also reduce the workload for front-line managers , Truly realize the empowerment and burden reduction through informatization .

supervision
Relying on big data and exponential algorithm , From blind analysis to accurate portrait 、 Index evaluation 、 Differentiated management transformation
Based on safety production big data and exponential algorithm technology , Realize the exponential analysis of the operation effect and situation of safety production management based on personnel and enterprises 、 Visual positioning , Support the scientific decision-making of safety production management , Support leaders at all levels to differentiate their subordinates and enterprises , Carry out differentiated supervision and control , Avoid blind and secondary decision-making difficulties caused by improper application of big data .