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Optimization of coiled-tubing drainage gas recovery technology in tight gas field:

机译:致密气田盘管排水采气技术的优化:

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In this study, research progress on critical liquid-carrying theory was introduced and its applicable conditions were presented and analyzed. The design technique of coiled-tubing drainage gas recovery was proposed, including the design method and calculation formula of diameter of coiled tubing, strength, and installation of a gas well Christmas tree, along with running time. Based on the design method, coiled-tubing drainage gas recovery technology was used in SD block of Sulige gas field to solve the problem of gas effusion. The field test results show a good effect of smaller pressure difference and higher gas production rate when the coiled-tubing drainage gas recovery method is used.
机译:在这项研究中,介绍了临界载液理论的研究进展,并提出了其适用条件并进行了分析。提出了连续油管排水采气的设计技术,包括连续油管直径,强度,气井圣诞树的安装,运行时间的设计方法和计算公式。在此设计方法的基础上,苏里格气田SD区块采用了旋管排水采气技术,解决了瓦斯涌出的问题。现场测试结果表明,采用盘管排水法回收气时,压差较小,产气率较高。

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