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Prediction of Flow Behavior of Crude Oil-in-Water Emulsion through the Pipe by Using Rheological Properties

机译:利用流变学特性预测原油水包油乳状液通过管道的流动行为

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摘要

Heavy and extra heavy crude oils are forming tremendous part of world crudes (about 40%). There are some problems limiting accessibility as a galore hydrocarbon source. One of limiting process is transportation which consumes very huge amount of energy due to their high viscosity. So, if there were a simple, stable, practicable in each situation and environmental friendly solution, these hydrocarbon sources could be used. Almost all over the world, the most common method for transportation of crude oil is being transported by pipeline from the production site to refineries or ports. Of course, pipeline transportation is very expensive and sometimes impossible because of heavy crude's low mobility and high viscosity. The fact of an increase in world energy demand and the decline of conventional oils make heavy crude oils representing a relatively high hydrocarbons resource for use in future. Several methods have traditionally been proposed to enhance the mobility of heavy crudes and described here.
机译:重质和超重质原油占世界原油的很大一部分(约40%)。存在一些问题,限制了其作为过剩烃源的可及性。限制过程之一是运输,由于其高粘度而消耗非常大量的能量。因此,如果在每种情况下都有简单,稳定,可行的解决方案和环境友好的解决方案,则可以使用这些烃源。几乎全世界,最普通的原油运输方法都是通过管道从生产现场运输到炼油厂或港口。当然,由于重质原油的低迁移率和高粘度,管道运输非常昂贵,有时甚至是不可能的。世界能源需求增加和常规石油减少的事实使重质原油成为了未来使用的相对较高的碳氢化合物资源。传统上已经提出了几种方法来提高重质原油的流动性,并在此进行了描述。

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