Transneft-Vostok有限责任公司GNPS-1“Taishet”主油泵站火灾危险调查

D. Rozhkov, A. L. Belyak
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引用次数: 0

摘要

利用统计数据和设备参数,分析因电热接收终止、技术故障、控制故障、人为失误等原因造成的事故。以GNPS-1“台台”泵站为例,结合火灾传播场景,确定了工艺设备损坏的主要原因;阐述了解决这些问题的方法。在保持设备设计强度的情况下,超过设计载荷会造成过大的机械效应。机械作用的一个例子是技术设备中操作压力的增加。电化学腐蚀是破坏管道和工艺装置结构材料完整性的主要原因。在结构表面有水分的情况下,会形成一层含有溶解空气和大气杂质的薄膜。采用耐腐蚀材料,并在管道内外表面涂上防腐涂层,提高了管道的可靠性。事故、火灾和爆炸最危险的情况发生在三个地点:油库、主抽油机和备用抽油机站。技术设备和管道部分发生事故的情景将使我们能够确定该设施境内及其境外的火灾风险分布,包括评估火灾风险的程度,以便制定减少火灾风险的措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation of the fire danger of the main oil pumping station GNPS-1 “Taishet” by LLC “Transneft-Vostok”
Statistical data and equipment parameters are used to analyze accidents caused by the termination of the receipt of electricity and heat, technical failures, control failures and human errors. The main reasons for the damage of technological equipment are determined on the example of the head oil pumping station GNPS-1 “Taishet” in connection with fire propagation scenarios; the ways of solving the problems are described. Exceeding the design loads while maintaining the design strength of the equipment causes excessive mechanical effects. An example of the mechanical action is an increase in operating pressure in technological equipment. Violation of the integrity of the structural material of pipelines and technological devices occurs as a result of electrochemical corrosion. In the presence of moisture on the surface of structures, a film containing dissolved air and atmospheric impurities develops. The use of corrosion-resistant materials and the insulation of the inner and outer surfaces of pipelines with anticorrosive coatings increase their reliability. The most dangerous scenarios of accidents, fires, and explosions are accidents at three sites: in the tank farm, at the main oil pumping and back-up pumping stations. The scenarios for the development of an accident of the technological equipment and pipeline sections will allow us to determine the distribution of fire risks on the territory of the facility and beyond its borders, including assessing the magnitude of fire risks in order to develop measures to reduce it.
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