旋轉(zhuǎn)射流除垢作用機理的數(shù)值模擬研究

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中圖分類號：TE937文獻(xiàn)標(biāo)識碼：A DOI：10.12473/CPM.202406039

Zhong Yin，Chen Shu，Zhao Yuhong，et al.Numerical simulation studyon the descaling mechanismof high-pres-sureswirling jet[J].ChinaPetroleumMachinery，2025，53（7）：112-121，148.

Numerical SimulationStudy on theDescalingMechanism of High-Pressure Swirling Jet

Zhong Yin1 Chen Shu2Zhao Yuhong'Xue Yongzhi3Yao Lin3 （1.SantanghuOilProductionManagementAreaofPetroChinaTuhaOilfieldCompany；2.SharedSeruiceCenterofPetroChina TuhaOilfield Company；3.SchoolofMechanical Engineering，Southwest Petroleum University）

Abstract： To further explore the active mechanism of swirling jet，a numerical model of swirling jet descaling was built，and its effctivenesswasverified bycomparing with experimental results.Then，the difference in flow field characteristics between swirling jetand conventional straight jetwas compared，and the mechanismofoverflow and erosionin the process ofswirling jet descaling was revealed.Finally，the influenceof pump pressure，target distance and jetangleon the descaling performance was analyzed.The study results show that the special nozle structuredetermines thethre-dimensional velocitydistribution characteristicsoftheswirling jet.Theswirling jethas a similarimpact crushing capacityand alarger impact area as theconventional straight jet.An increase in pump pressure can significantly improve the descaling performance of the swirling jet，the target distance has anoptimal value for affecting the descaling performance，and moderately increasing the jet angle can further promote the descaling effect. The study results provide reference forthe optimal application ofswirling jet indescaling operations.

Keywords： swirling jet descaling；nozzle structure； flow field characteristics；working parameters；evaluation index

0 引言

在油氣開采作業(yè)中，油管的結(jié)垢現(xiàn)象已成為制約油氣資源高效開發(fā)利用的重要因素。（剩余13224字）