Technical Introduction

The leakage and spread of nuclear, biological, and chemical substances caused by natural disasters and human factors, as well as the high concern of various levels of society about air pollution, pose a serious threat to people's health and life. The identification of pollutant source terms, hazard prediction, and scientific prevention and control are key technologies for nuclear, biological, and chemical emergency response and air pollution prevention and control. The technology development unit has a series of original achievements in nuclear, biological, and chemical hazard prevention and control and air pollution prevention and control, which can effectively achieve the integration of pollution prevention and control.

Main technical indicators

Real time online monitoring, type identification, and quantitative detection of nuclear, chemical, and biological harmful substances, prediction of risks in nuclear and chemical facilities and transportation of hazardous materials, real-time assessment of accident hazards, and prediction of major infectious disease outbreaks. Propose an emergency plan that minimizes the losses and costs of nuclear, biological, and chemical accidents. Predict and warn of heavy pollution weather, and propose a ZY control plan for air pollution control. Optimize the layout and industrial structure of heavy pollution sources.

Technical Features

This technology mainly overcomes the complex system control problem of coupling natural processes with human activities, such as nuclear, biological, and chemical emergency response and heavy pollution weather prevention and control. It can quickly identify source terms, conduct high-precision real-time hazard assessment, optimize emergency control, and integrate monitoring, prediction, and control of nuclear, biological, and chemical hazards and air pollution.

technical levelGJLX

Scope of ApplicationPrevention and control of air pollution, emergency response to nuclear power plant accidents, emergency response to major chemical accidents, prevention and control of infectious diseases, and disposal of nuclear, biological, and chemical KB incidents.

ZL statusAuthorize ZL16 items

technical statusSmall batch production, engineering application stage

Cooperation Mode

(1) Investment demand. Establish a decision support platform for optimizing air pollution control and an emergency technical support platform for nuclear, biological, and chemical accidents, with a funding requirement of 100 million yuan and an implementation period of 12 months.

(2) Collaborative research and development. Collaborate with the air pollution monitoring department to develop a data collection and assimilation system, and collaborate with the health department to develop an infectious disease epidemic monitoring data exchange system.

(3) Technical services. Provide technical support services for nuclear, biological, and chemical emergency decision-making for emergency response offices at all levels of government; Provide decision-making support technical services for optimizing and controlling air pollution to environmental protection departments; Provide decision support technical services for epidemic prevention and control in the health department; Provide emergency decision-making support technical services for large nuclear, chemical, and biological enterprises.

expected benefits

(1) By improving the level of nuclear, biological and chemical safety prevention technology, providing decision support and technical guidance for emergency preparedness, and timely providing emergency decision support and emergency response technology and equipment in the event of nuclear, biological and chemical accidents or major infectious disease outbreaks, significant social benefits can be achieved.

(2) In emergency response to nuclear, biological and chemical accidents, providing ZY emergency response plans can reduce accident losses and control costs, and has the potential for significant economic benefits.

(3) By applying the ZY scheme in the prevention and control of air pollution, significant social and economic benefits can be achieved through industrial restructuring, optimization of heavy pollution source layout, and optimization of pollution weather control.