首页> 外文会议>ASME International Conference on Ocean, Offshore and Arctic Engineering >THE EXPERIMENTAL INVESTIGATION OF COMPLETION FLUID WORKING AS A GOOD THERMAL INSULATION IN THE DEEPWATER PRODUCTION WELL
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THE EXPERIMENTAL INVESTIGATION OF COMPLETION FLUID WORKING AS A GOOD THERMAL INSULATION IN THE DEEPWATER PRODUCTION WELL

机译:完井生产中完井流体作为绝热材料的实验研究

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For wells, risers and pipelines in offshore, the mechanical loads as well as the thermal insulation requirements normally increase with water depth. Hence, the traditional thermal insulation foam technology used in shallow waters and the associated design and test methodology may not be adequate to deep-water projects. This research focuses on investigation of a new material for insulation of deepwater wells and pipelines. In the research, many samples of insulation fluids are tested to find out attractive alternative to current fluids for deep water production. The paper highlights the development of these new thermal insulation fluid and its application in the lab. Compared to the current existing insulation fluids, these new insulation fluids provide high viscosity.
机译:对于海上的井,立管和管道,机械负荷以及隔热要求通常随水深而增加。因此,浅水区使用的传统保温泡沫技术以及相关的设计和测试方法可能不足以应对深水项目。这项研究的重点是研究一种用于深水井和管道隔热的新材料。在研究中,对许多绝缘流体样品进行了测试,以发现用于深水生产的当前流体的有吸引力的替代品。本文重点介绍了这些新型隔热液的开发及其在实验室中的应用。与当前的现有绝缘液相比,这些新型绝缘液具有较高的粘度。

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