Applied Research For Safety Standardization Of Petrochemical Terminal Enterprise

Petrochemical terminal carries the transport and storage mission of domestic petrochemical industry and affiliate products.As a result of this industry not only has oil chemical discharge function but taking oil chemical storage capabilities,The dual or even multiple function is destined to Petrochemical Wharf industry special security status,Once an accident has happened,Its serious consequences will be incalculable,This year,the national security department once again stressed the safety of work,standardization and information.This paper aims at the problem that the safety management of petrochemical enterprises is not systematic and non-standard,Using the AHP and MATLAB method to carry out the standardization of safety production,and Applied to the Tianjin port Petrochemical Terminal Co.Ltd.,meanwhile its feasibility was verified.First of all,this paper analyzes the existing standards of safety production standardization,policy documents and so on,refers to the lack of standardization of production safety standards and policies in the petrochemical terminal Enterprises.By investigating the current situation of enterprise safety management,the factors affecting the safety of petrochemical enterprises are analyzed,It can be divided into human factors,material factors,environmental factors and management factors;In order to build a petrochemical production safety standardization framework,so that the PDCA mode.Secondly,combined with AHP and MATLAB,the establishment of a hierarchical structure model for the safety production standardization of petrochemical terminal enterprises,the establishment of judgment matrix and consistency verification steps,the weight coefficient of each index is obtained,to complete the standardization system of petrochemical production safety.Finally,combined with the enterprise survey data,establishing the standardization system of petrochemical production safety,Scoring evaluation of target enterprises,an example is given to verify the feasibility of the index system.