首页> 外文会议>SPE Canada Unconventional Resources Conference >Empowering Multivariate Statistical Analysis and Integrating it with Full Field 3D Geomodel Combined with Unconventional Fracture Modeling UFM for Production Optimization, a Montney Example
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Empowering Multivariate Statistical Analysis and Integrating it with Full Field 3D Geomodel Combined with Unconventional Fracture Modeling UFM for Production Optimization, a Montney Example

机译:多元统计分析和整合与全场3D地理典范结合的多元统计分析与整体骨折建模UFM用于生产优化,Montney示例

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This paper presents a novel approach in statistical analysis of well performance of multi-stage fractured wells completed in specific part of Montney. For the first time, both geological and hydraulic fracture parameters were considered in analysis with objective of finding most influential parameters that impact deliverability of wells. Results from single point statistical analysis were further extended to unsupervised discrete classification using neural-network to bin the reservoir. Binning classification was then used to design and optimize hydraulic fracture parameters.
机译:本文介绍了在蒙特尼特定部分完成的多阶段裂缝井的井性能统计分析中的一种新方法。 首次考虑了地质和液压骨折参数,目的是在分析中,目的是找到影响井的可交换性的最具影响力的参数。 单点统计分析的结果进一步扩展到使用神经网络的无监督离散分类,以将储层箱箱。 然后用于设计和优化液压骨折参数的分类分类。

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