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Prediction of temperature drop accompanying a given pressure drop for natural gas wellstreams

机译:天然气井流伴随给定压降的温度降的预测

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Accurate prediction of the temperature drop accompanying a given pressure drop for the natural gas production systems is necessary in the effective design of natural gas production facilities. Current rigorous compositional models depend on many variables and require information about fluid composition. In this paper, a simple-to-use method which is easier than current available models, is presented to predict accurately the appropriate temperature drop accompanying a given pressure drop in natural gas production systems based on the black-oil model to get a quick approximate solution for the temperature drop of a natural gas streams in gas production systems. Considering the results, the new developed correlation is recommended for rapid estimation of temperature drops in gas production systems for pressures up to 45 MPa and pressure drops up to 25 MPa. The obtained results illustrate that good agreement is observed between the reported data and the values calculated using the new developed method. The average absolute deviation between reported data and the proposed correlation is around 4.6%. The proposed method appears to be superior owing to its accuracy and clear numerical background, wherein the relevant coefficients can be retuned quickly for various data.
机译:在天然气生产设备的有效设计中,准确预测伴随天然气生产系统的给定压降的温度下降是必要的。当前严格的组成模型取决于许多变量,并且需要有关流体组成的信息。在本文中,提出了一种简单易用的方法,该方法比当前可用的模型容易,可根据黑油模型准确预测天然气生产系统中伴随给定压降的适当温度降,从而快速估算出解决天然气生产系统中天然气流温降的解决方案。考虑到结果,建议使用新开发的相关性,以快速估计压力高达45 MPa和压力降高达25 MPa的气体生产系统中的温度下降。获得的结果表明,在报告的数据和使用新开发的方法计算的值之间观察到良好的一致性。报告的数据与建议的相关性之间的平均绝对偏差约为4.6%。所提出的方法由于其准确性和清晰的数值背景而显得优越,其中相关系数可以针对各种数据快速重调。

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