Study On Safety Supervision Of Major Hazards In Chemical Industry Park

Chemical industry park is the mainstream orientation of the development of the chemical industry because of its advantages of convenient traffic, handy supply of resources and lower cost of raw materials.However, because of numerous major hazards in chemical industry park, it has danger of leakage, fire, explosion and toxicosis.In addition, once major accident happened in chemical industry park, it can affect nearby corporation, bring on catastrophic domino effect and a series of safety problems. Therefore, it is necessary to study on safety supervision of major hazards in chemical industry park, and show great theoretical and practical significance for government in supervising and managing major hazards in chemical industry park.Firstly, the thesis aims to analyse consequence of major accidents and the process of domino effect in chemical industry park, and find out the factors of consequence of major accidents which can give suggestions for government of safety supervision in chemical industry park.In view of limited supervision resources in chemical industry park, it is necessary to class major hazards. The thesis presents a major hazards classification model in chemical industrial park based on analysis of events and analysis of consequence.Synchronously, it amends the result of classification by presenting modulus of domino effect which can ensure objectivity of results.And then it does research program on Lin'gang industrial park in zhuhai city. In addition, it brings forward control measures of major hazards in chemical industry park based on classification of major hazards.In order to reduce loss of accidents, it is necessary to prepare for sufficient emergency resources and set up associated organization of emergency in chemical industry park.The paper presents program of emergency rescue and mechanism of emergency response.Finally, it puts forward safety supervision mode of major hazards in chemical industry park which should be dynamic and continuous.