A New Method for Predicting Wall Sticking Occurrence Temperature of High Water Cut Crude Oil

作者：Cui Yue,Huang Qiyu,Zhang Yan,Zhao Jiadi,Zheng Haimin,Cheng Xianwen

摘要：In crude oil transportation, adhesion of oil on pipe wall can cause partial or total blockage of the pipe. This process is significantly affected by wall sticking occurrence temperature(WSOT). In this work, an efficient approach for estimating WSOT of high water-cut oil, which can agree well with the actual environment of multiphase transportation pipeline, is proposed. Based on the energy dissipation theory, it is possible to make comparison of average shear rates between the stirred vessel and the flow loop. The impacts of water content and shear rate on WSOT are investigated using the stirred vessel and the flow loop. Good agreement has been observed between the stirred vessel and the flow loop results with the maximum and the average absolute deviations equating to 3.30 °C and 2.18 °C, respectively. The development of gathering scheme can enjoy some benefits from this method.

發文機構：Surface Engineering Pilot Test Center/National Engineering Laboratory for Pipeline Safety/Beijing Key Laboratory of Urban Oil and Gas Distribution Technology China Huanqiu Contracting&Engineering Co. CNOOC Research Institute Co.

關鍵詞：highwater-cutoilwallstickingoccurrencetemperatureadhesionenergydissipationlow-temperaturegathering

分類號： P61[天文地球—礦床學]