smarteye secures working safety for big factories

The digital transformation of safety production is a complex and comprehensive process that requires starting from multiple aspects such as top-level design, technology application, and management process optimization. The following are detailed transformation strategies:

Firstly, enterprises need to conduct top-level design and formulate a comprehensive digital transformation strategy. This includes clarifying transformation goals, developing detailed implementation plans, and ensuring that employees at all levels have a clear understanding and comprehension of the transformation goals. For example, group-type construction enterprises can conduct top-level design based on the overall situation of the group, and establish a digital safety management system that covers all employees, all businesses, and the entire cycle.

Introduce advanced information technologies such as cloud computing, big data, artificial intelligence (AI), and the Internet of Things (IoT) to build an intelligent safety production management system. For example, utilize AI technology for intelligent perception and early warning to enhance the enterprise's awareness of safety production and management level. Through edge computing devices and intelligent analysis algorithms, achieve zero blind spots in intelligent control and management of the entire factory area.

Establish a data collection and analysis system that utilizes sensors, video surveillance, and other devices to collect various types of data in real-time during the production process. This data is then processed and displayed using big data analysis technology, enabling the monitoring and management of the entire process of safe production. For example, State Grid Shanxi Electric Power Company has accelerated the implementation of the edge intelligence service module of the safety risk control and supervision platform by deploying mobile surveillance cameras and intelligent terminals, and adopting artificial intelligence and image recognition algorithms.

Before embarking on digital transformation, enterprises should first establish a comprehensive standardized system for safety production management, encompassing standard hazard investigation procedures, safety education and training processes, etc. Based on these standards, tasks that were originally completed offline in large quantities can be shifted online, thereby enhancing efficiency and accuracy.

Establish a comprehensive safety management system to achieve risk early warning and emergency response capabilities. For example, the safety production solution provided by Liancheng Technology relies on cloud computing, big data, and AI technology to offer enterprises risk early warning, intelligent monitoring, and accident prevention capabilities. Through real-time monitoring and hierarchical management, it enables early detection of potential hazards and timely early warning after accidents occur.

Actively responding to national policies, we participate in the pilot construction of "Industrial Internet plus Hazardous Chemical Safety Production" to promote the digital transformation of enterprises. For example, the Ministry of Emergency Management promotes the digital transformation and intelligent upgrading of safety risk management and control in the hazardous chemical industry, formulates construction guidelines, and continuously advances the digital transformation of safety risk management and control.

The digital transformation of safety production is a continuous process that requires constant improvement and innovation. Enterprises should regularly evaluate the effectiveness of digital transformation, adjust strategies based on actual conditions, and introduce new technologies and methods to maintain competitiveness.

Through the aforementioned strategies, enterprises can effectively advance the digital transformation of safety production, enhance the overall level of safety management, reduce the incidence of accidents, and ensure production safety.

In the digital transformation of safety production, which advanced information technology application cases have been the most successful?

In the digital transformation of safety production, there are numerous successful cases of advanced information technology applications. Here are some of the most notable ones:

Dongfang Shenghong has utilized new-generation information technologies such as 5G, artificial intelligence, and big data to address the challenge of difficult supervision of material personnel status in large chemical enterprises, focusing on three directions: visualization, accountability, and standardization of safety management.

The online monitoring system launched by Nanjing has been integrated with 84 key monitoring enterprises and 487 major hazard sources, enabling online monitoring and real-time alarming for high-risk enterprises and high-risk areas, forming a perception network.

This solution utilizes cloud platforms and Internet of Things (IoT) technology to create a smart construction site safety production management platform, focusing on the four key factors of "people, machines, materials, and environment" on the construction site.

The intelligent video surveillance technology independently developed by Synthesis Electronics possesses functions such as industrial safety inspection auxiliary warning and hazardous chemical safety production risk monitoring and warning.

Based on the blockchain architecture of "chip + cloud + chain", this platform focuses on ensuring safety and promoting high-quality development across the entire lifecycle of hazardous chemicals.

Relying on the digital management and control platform for thermal power plant safety production, safety risks are transformed into visible data, providing strong support for accident prevention and risk hazard investigation.

How to establish and improve the standardized system of safety production management?

Establishing and improving a standardized system for safety production management requires adhering to a series of principles and steps to ensure that enterprises can comprehensively manage and control safety production work in all aspects of production and operation activities, and continuously enhance the level of safety management. The following are detailed steps and methods:

Enterprises should establish, improve, and implement a comprehensive safety production responsibility system for all employees, clarifying the safety responsibilities of management personnel and employees at all levels, and ensuring that each position has clear safety responsibilities.

Organize the formulation and implementation of safety production regulations and operating procedures for the unit, ensure that all production activities have rules to follow, and reduce safety accidents caused by improper operation.

Enterprises should establish a system for identifying and obtaining applicable laws, regulations, standards, and norms related to production safety, clarify the responsible departments, determine the channels and methods for obtaining them, and promptly identify and obtain the applicable laws, regulations, standards, and norms related to production safety.

Enterprises should independently carry out the construction of safety production standardization, establish and maintain a safety production management system involving all employees. The self-assessment cycle is once a year, and a written self-assessment report should be formed to continuously improve safety performance.

Adhere to the principle of prevention first, establish a risk management mechanism, constantly understand and grasp the safety production status of the enterprise, formulate practical and effective plans to improve working conditions and safety technical measures, eliminate potential safety hazards with scientific technology and management methods, and prevent the occurrence of major disasters and accidents.

Formulate and implement a system for safety risk management, control, and hidden danger investigation and rectification, conduct regular hidden danger investigations and rectifications, and ensure timely detection and elimination of safety hazards.

Establish and improve an emergency management system, formulate emergency plans, regularly organize emergency drills, and enhance the ability to respond to emergencies.

Organize and conduct safety production education and training to enhance employees' safety awareness and skill levels, ensuring that they can operate equipment correctly and adhere to safety procedures.

Strengthen on-site management, ensure that the production site meets safety production requirements, and promptly address any potential safety hazards present on site.

According to the "Grading Method for the Standardization Construction of Enterprise Safety Production", the standardization grading of enterprises follows the procedure of self-assessment, application, review, publicity, and announcement. After self-assessment, enterprises can apply for grading review and obtain the corresponding safety production standardization level upon passing the review.