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首页> 外文期刊>Neftegazovoe Delo >PRINCIPLES OF DEVELOPMENT OF INFORMATION MODEL MANAGEMENTS OF MINIMIZATION OF RISKS DANGEROUS PRODUCTION OBJECTS OF AN OIL AND GAS COMPLEX
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PRINCIPLES OF DEVELOPMENT OF INFORMATION MODEL MANAGEMENTS OF MINIMIZATION OF RISKS DANGEROUS PRODUCTION OBJECTS OF AN OIL AND GAS COMPLEX

机译:最小化油气复杂危险对象的信息模型管理的开发原则

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摘要

For safety of the dangerous production objects (DPO) of an oil and gas complex the increasing value gets the solution of the tasks connected with the prevention of possible emergencies and minimization of technological and environmental risks. This problem gains special relevance at storage, transportation, processings of hydrocarbons and equipment operation. Techniques of an assessment of risks of industrial safety of OPO existing now have declarative character and don’t consider non-stationary casual nature of risks constantly changing in time. The federal law “About industrial safety of dangerous production objects” No. 116-FZ (in edition of March 4, 2013 y. №22-FZ) formulated the concept “control system of industrial safety (CSIS)” and regulated SUPB development and deployment in the organizations, operating OPO. Industrial safety for each enterprise the automated management information IUS-Bezopasnost system which development has to conform to FZ-22 requirements of March 4, 2013 from positions of safety of their functioning has to make information basis of management.Information model of management is presented in article by safety of potentially dangerous technological objects with use of a modern level of development of methodology of the analysis of system risks and expected scenarios of development of non-stationary emergencies.Distinctive features of the presented model is existence of the information module of the analysis of not stationarity of operational characteristics of OPO (change in time of quality of raw materials and productivity of installations of energy efficiency of power influences, pressure, temperatures, speeds of corrosion, vibrations, etc.) and the module of management of minimization of the system risks, allowing to increase reliability of an assessment of danger and to develop actions and algorithms of minimization of risk for separate stages of emergencies by means of additional introduction in system of feedback with object of management.
机译:为了确保油气综合体的危险生产对象(DPO)的安全,不断增加的价值可以解决与预防可能的紧急情况以及将技术和环境风险降至最低有关的任务。这个问题在碳氢化合物的存储,运输,加工和设备操作方面特别重要。现有的OPO工业安全风险评估技术具有陈述性,不考虑风险随时间变化的非平稳性。联邦法律“关于危险产品的工业安全”第116-FZ号(于2013年3月4日,版本№22-FZ)制定了“工业安全控制系统(CSIS)”概念,并规范了SUPB的开发和在组织中部署,运行OPO。每个企业的工业安全从其运行安全的位置开发的,必须符合2013年3月4日FZ-22要求的自动化管理信息IUS-Bezopasnost系统必须作为管理的信息基础。提出了管理信息模型通过使用现代发展水平的系统风险分析方法论和非平稳紧急情况发展的预期情况,通过潜在危险技术对象的安全性进行文章分析。模型的显着特征是分析信息模块的存在OPO的运行特性不平稳(原材料质量的时间变化和功率影响,压力,温度,腐蚀速度,振动等的能源效率的设备生产率的变化)和最小化管理模块系统风险,可以提高评估危险性和可靠性的可靠性通过在管理对象的反馈系统中增加介绍,开发出针对紧急情况各个阶段的风险最小化的动作和算法。

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