摘要
为减少防砂作业地面设备占地面积,满足后续防砂作业的快速灵活安装和拆卸及后期的检查、保养、检验和维修,通过对深水气田防砂设备和流程布局进行研究,进行平台模块化适应性分析以及模块化设备设计、选型和模块关键连接处设计,实现地面流程设备的模块化组合,保障开发井完井作业安全顺利。最后通过有限元分析软件SACS对模块三维建模仿真,分析并计算模块所受载荷工况。模块化相关设计满足作业的设计指标和安全分析,对于相关模块化技术及方案在自营深水开发项目进行推广具有一定借鉴意义。
In order to reduce the floor area of ground equipment for sand control operations,meet the fast and flexible installation and disassembly of subsequent sand control operations,as well as the post-phase inspection,maintenance,inspection and repair,the layout of sand control equipment and process in deepwater gas field was studied.The modular adaptability analysis,modular equipment design,selection and module key connection design were carried out,the modular combination of surface process equipment was realized to ensure the safety and smooth completion of development Wells.Finally,the finite element analysis software SACS was used to model and simulate the module,and the load condition of the module was analyzed and calculated.The modular related design satisfies the design index and safety analysis of the operation,and has certain reference significance for the popularization of the relevant modular technology and scheme in the self-operated deepwater development projects.
作者
周新卫
ZHOU Xinwei(China Oilfield Services Limited,Tianjin 300459,China)
出处
《科技和产业》
2025年第13期51-56,共6页
Science Technology and Industry
关键词
防砂作业
撬装设备
平台
模块化
三维分析
sand control operation
skidding equipment
platform
modularization
three-dimensional analysis
作者简介
周新卫(1986-),男,河北石家庄人,工程师,研究方向为石油机械。
