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An Investigation on Qualitative Analysis of Hydraulic Fracture Simulation for Field Development Planning

机译：现场发展规划水力骨折模拟定性分析调查

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Hydraulic fracture simulation in a variety of methods is being undertaken to better describe the stimulated reservoir in a commercial full field reservoir simulator. Studies so far suggest that the reliable evaluation of the stimulation performance is critical for field development planning. Therefore, pressure transient studies, near wellbore simulation techniques, variety of gridding techniques, LGR, cross platform tools, equivalent effective wellbore radius concept, etc. are being incorporated in simulating hydraulically fractured reservoirs. The objective of this paper involves in presenting a critical review of the LGR and PeBi techniques utilized by the industry for dynamic modelling and simulation of the hydraulically fractured wells. One of the most critical issues in simulation studies is saving run time, in order to achieve this feat, many different methods as mentioned above have been incorporated till date in the industry. Optimizing the hydraulic fracture model, to save run time, trial and error method has been utilized. A tight reservoir model is used to incorporate sensitivities in gridding techniques and well placement.
机译：正在进行各种方法中的液压断裂模拟，以更好地描述商业全场储层模拟器中的刺激水库。到目前为止的研究表明，可靠的刺激性能评估对于现场开发规划至关重要。因此，压力瞬态研究，靠近井筒仿真技术，各种网格化技术，LGR，横平台工具，等效有效的井筒半径概念等都被纳入模拟液压骨折储层。本文的目的涉及呈现由行业的水力压裂井的动态建模和仿真利用LGR和PEBI技术进行严格审查。模拟研究中最关键的问题之一是节省运行时间，以实现这一壮举，如上所述的许多不同的方法已在行业中纳入日期。优化液压骨折模型，以节省运行时间，试验和误差方法已被利用。紧密水库模型用于纳入网格技术和井放置的敏感性。

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