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REPARABILITY OF DAMAGED FLUID TRANSPORT PIPES

机译:损坏的流体输送管的可逆性

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摘要

Most of energy fluids and also water are transported over very long distance by pipelines. There is a quite large spectrum of situations defined by: nature and pressure of the transported fluid, environmental and political situations, and economical constraints. If a pipeline is damaged and becomes unable to continue its service or presents some risks towards the local population, or is an economical challenge, the question of repairing appears. Therefore, the technical choices should be optimized with respect to the induced costs and to the social, economical and, perhaps, political costs. This paper will present various situations and the available repairing solutions, with respect to their costs in view to be a guide for the person in charge to make decision.
机译:大多数能量液和水也通过管道运输。通过以下方式存在相当大的频谱:运输流体,环境和政治情况的性质和压力,以及经济的制约因素。如果管道损坏并无法继续其服务或对当地人口带来一些风险,或者是一个经济的挑战,请出现修复问题。因此,应在诱导成本和社会,经济,,也许,政治成本方面优化技术选择。本文将展示各种情况和可用的修复解决方案,了解其成本,以便成为决定负责人的指南。

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