%0 Journal Article %A Zhe-rui LI %A Feng ZHEN %A Shan-qi ZHANG %A Zhe CUI %A Yi-ming ZHANG %A Zhi-xuan LI %T Design idea of risk monitoring and evaluation system for industrial park oriented to territorial spatial safety %D 2021 %R 10.31497/zrzyxb.20210919 %J JOURNAL OF NATURAL RESOURCES %P 2437-2448 %V 36 %N 9 %X

With the development of urbanization, the vulnerability of cities is increasing. In recent years, frequent production accidents highlight the limitations of traditional risk management paradigm. Source prevention and control, multiple actors' participation, and data-driving are important issues in the current production safety risk management. How to link the concept of territorial spatial safety with the demands of industry production safety is an important cornerstone to promote the sustainable development of economy and society. It is necessary to introduce holistic thinking to innovate the management normal form of industry production safety risks. The risk generating ring and territorial spatial ring (double ring conceptual model) under the mutual construction of "three living" spaces are the theoretical basis of risk management from the perspective of multidimensional safety and spatio-temporal distribution. The model points out the overall idea of focusing on the source of risk and expanding the perspective, means and main body of risk prevention and control. It aims at mining the positive role of information technology in territorial dynamic monitoring and risk cognition accumulation, and then building a "flat" risk monitoring and evaluation framework to explore the needs and functions of the "brain" - information platform. Taking the chemical industry as an example, this paper focuses on the multiple actors' prevention and control paradigm and proposes a basic framework of production safety risk under the leadership of industrial parks, so as to provide reference for the formulation of risk prevention and control schemes for different industries.

%U https://www.jnr.ac.cn/EN/10.31497/zrzyxb.20210919