Applications of System Dynamics and Big Data to Oil and Gas Production Dynamics in the Permian Basin

Pub Date : 2022-01-01 DOI:10.4018/ijban.314223
J. Burns, Pinyarat Sirisomboonsuk
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Abstract

In this paper, the authors create, justify, and document a system dynamics model of the oil and gas production within the Permian Basin of Texas. Then the researchers show how to fit the model to historical time series data (big data). The authors use the model to better understand the process structure, the production dynamics, and to explore the deleterious consequences of limited pipeline capacity in the Permian Basin. The model is also employed to better understand how to increase revenues derived from the basin. From this model, numerous suggestions are made as to how to improve the overall revenue and profitability coming from the Permian Basin. The model's ultimate purposes and its associated big data are to foster a basic appreciation of the causality inherent in the ‘system' and how basic model parameters affect and influence measures of model performance.
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系统动力学和大数据在二叠纪盆地油气生产动力学中的应用
在本文中,作者创建、证明并记录了德克萨斯州二叠纪盆地内石油和天然气生产的系统动力学模型。然后,研究人员展示了如何将模型与历史时间序列数据(大数据)相匹配。作者使用该模型来更好地了解二叠纪盆地的工艺结构、生产动态,并探索管道容量有限的有害后果。该模型还用于更好地了解如何增加该流域的收入。从这个模型中,我们对如何提高二叠纪盆地的整体收入和盈利能力提出了许多建议。该模型的最终目的及其相关的大数据是促进对“系统”中固有的因果关系以及基本模型参数如何影响和影响模型性能指标的基本认识。
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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