Plunger-Lift Modeling Toward Efficient Liquid Unloading in Gas Wells

Gopi Krishna Chava, G. Falcone, C. Teodoriu
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引用次数: 5

Abstract

This paper is a follow-up to Chava et al. (2008), which introduced a preliminary plunger-lift model built around the availability of smart-plunger (PCS 2005) data. The latter devices are equipped with internal gauges to record pressure and temperature with time, which can be downloaded whenever the plunger is at surface. We present an updated model that accounts for pressure drop caused only by gravitation but satisfactorily reproduces the dynamics of a field installation in east Texas. We also present a comparison of the predictions from the new model with the corresponding results from some earlier plunger-lift models available in the public domain.
气井高效卸液柱塞举升模型
本文是Chava等人(2008)的后续研究,他们介绍了一个围绕智能柱塞(PCS 2005)数据的可用性建立的初步柱塞提升模型。后一种装置配备了内部压力表,可以记录压力和温度随时间的变化,当柱塞在地面时,这些数据可以下载。我们提出了一个更新的模型,该模型只考虑了重力引起的压降,但令人满意地再现了德克萨斯州东部现场装置的动态。我们还将新模型的预测结果与公共领域中可用的一些早期柱塞举升模型的相应结果进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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