Research On Safety Risk Of Industrial Buildings In The Design Stage

In recent years,most of the large-scale safety accidents happened in engineering field are considered to be able to control or effectively reduce.As the basic stage of the project operation,the design stage directly affects the safety of the project.It is the prerequisite for the success of the whole project.Especially for the industrial construction project,mainly used for industrial production,storage,use,it need to think about the safety risk in the whole planning and operation process to reduce the occurrence of various safety accidents.In this thesis,according to the situation of industrial building safety risk in the design stage,using systematic risk analysis theory,combining with the characteristics of industrial building,looking for relevant information,it summed up 10 major types of safety accidents.Then it used fault tree method to identify 36 safety risk factors.Based on the actual situation in design stage of industrial building,adopted AHP and Fuzzy method,the weight of risk factors is calculated and the evaluation model is established,it obtained the result of risk evaluation.In application examples,the practicality of this kind of thinking for the safety risk analysis of the industrial building design stage is further verified,which is more convenient for all parties to know the level of safety risk and take corresponding measures in time to minimize the design stage.This method,which starts from the design stage and constructs the safety risk evaluation system of industrial construction,provides a new idea for the risk management of industrial construction projects.It also has certain practical significance for the safety control of actual projects.