1. Intelligent control system for safety risks: create a digital management platform for safety production factors, implement the main responsibility of hazardous chemical enterprises for safety production through information-based, grid based, and digital park safety supervision methods, promote the construction of a dual prevention mechanism for safety risk grading control and hidden danger investigation and governance, and effectively prevent major safety accidents.
2. Digital environmental monitoring and control system: Build a comprehensive and three-dimensional monitoring network to achieve dynamic monitoring of environmental factors such as water, gas, pollution, and noise in the park. Combined with characteristic pollutant traceability models, it can achieve atmospheric pollution traceability, effectively reduce the risk of environmental pollution in the park, and further improve the level of environmental management in the park.
3. IoT monitoring, early warning and forecasting system: With diversified front-end perception devices, it establishes a solid foundation for safety supervision and environmental prevention in the park, implements the main responsibility of park enterprises for safety production, as well as the supervisory main responsibility of the park management committee, to further enhance the comprehensive management and risk warning processing capabilities of the park, and promote the upgrading of the park's information technology level.
4. Agile emergency rescue assistance system: adopting the design principle of "combining peacetime and wartime". Maintain emergency resources, contingency plans, etc. on a regular basis, and enhance emergency capabilities through emergency drills. During wartime, the combination of 3D GIS platforms, accident analysis models, electronic plotting, and other tools are used to assist in on-site decision-making and command scheduling. By tracing and tracing the course of the accident, the integrated management of emergency command and rescue in the park can be achieved.
5. Visual comprehensive operation management system: With the help of GIS maps, data modeling of the main buildings, factories, equipment, and road terrain in the park is carried out to achieve three-dimensional visualization management of information such as enterprises, videos, major hazard sources, risk zones, and environmental protection points in the park.

1. Comprehensive perception: Integrate multiple information systems within the park, comprehensively perceive the security and environmental situation through a "single map", and systematically manage the monitoring, deployment, disposal, and analysis process of emergencies.
2. Dynamic supervision: Supervise the safe operation of infrastructure, safety facilities, and other equipment in the park, and achieve dynamic supervision of monitoring data such as safety, environmental protection, enclosure, and video.
3. Scientific decision-making: By using alarm and warning information, combined with a dual prevention mechanism, we enhance the ability to predict and predict safety production accidents, prevent and control risks, and respond to emergencies, assisting the park in completing the analysis of evolutionary trends.
4. Efficient and convenient: With advanced information facilities such as the Internet of Things, big data centers, and cloud platforms, we provide effective and convenient information services, such as smart environmental protection and smart safety monitoring.