TSGG7001—2015《锅炉监督检验规则》、TSGG7002-2015《锅炉定期检验规则》发布实施.pdf

2015年10月
张振兴,等.基于FTA的输油管道凝管失效可能性研究
的揹施。
参考文献
5结束语
[1]段世文.热油管道凝管风险评价与安全停输时间研究[D].中
国石油大学,2009
1)进行了输油管道凝管失效因素辨识,建立
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了以“输油管道凝管失效”为项事件的故障树。结合
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最小割集原理,对故障树进行了定性分析,确定了]范华军,张劲军·埋地含蜡原油管道流动安全评价研究
系统的薄弱环节,并针对各个环节提出相应的解决
油气储运,2007(5):1-4
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办法。
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(2)对故障树进行了定量分析,主要利用改进[5]许荣,车建国,杨作宾,等,故障树分析法及其在系统可靠
的专家判断法给出故障树中基本事件的概率,并结合
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最小割集求出故障树顶事件的概率,计算出基本事件
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的概率重要度,确定了降低哪些基本事件的发生可以1陈利京、在役油气长输管线定景风险技术研究D.西南石油
迅速降低顶事件的发生概率
学院,2004.
Research of Failure Probability of Congelation in Oil Pipeline Based on FTA
ZHANG Zhenxing, CHENG Qinglin, SUN Wei
( Northeast Petroleum University, Daging 163318, China)
Abstract: Based on the analy is and statistics results, te direct causes of congelation in pipline were determined, which were loss
in restart of transmission pipeline and unstable performance in pipeline. With basic principle of building fault tree, failure induced
from the congelation in pipeline was selected as the top in fault tree. 17 basic events were selected. The fault tree of congelation in
pipeline was analyzed by using descending method, and all of 15 minimum cut sets of fault tree were determined. Then, making use
of minimum set principle, the fault tree of congelation in pipeline was analyzed, and combined with the experiences of experts, the
main factors causing the failure of congelation were determined. With respect to different existed problems, relevant solving methods
were finally provided
Keywords: congelation pipeline; fault tree qualitative analysis; quantitative analysis; probability importance
简讯
TSGG7001-2015《锅炉监督检验规则》、
TSGG7002--2015《锅炉定期检验规则》发布实施
根据《中华人民共和国特种设备安全法》、《特种设备安全监察条例》规定,质检总局修订了《锅炉监督检
验规则》、《锅炉定期检验规则》等2个特种设备安全技术规范,批准发布施行。
名称
批准日期
施行日期
SGG7001--2015
《锅炉监督检验规则》
2015-07-0
2015-10-0
TSGG7002-2015
《锅炉定期检验规则
2015-07-07
2015-10-01