首页> 外文会议>Conference on Minimize Hazards and Maximize Profits through the Recovery of Coalbed and Coal Mine Methane: A New Energy Resource for the 21st Century March 27 amp; 28, 2000 Brown Palace Hotel Denver, CO >A Simulation-Based Approach To Evalauting Coalbed Methane Reservoir Producibility and Operatign Practices Case Studies in Coalbed Methane Reservoir Simulation
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A Simulation-Based Approach To Evalauting Coalbed Methane Reservoir Producibility and Operatign Practices Case Studies in Coalbed Methane Reservoir Simulation

机译:基于模拟的煤层气储层生产能力评价方法及运行实践案例研究

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摘要

Coal seam gas reservoirs are complex both geologically and in the mechanism of gas production. Unlike conventional gas reservoirs, the raditional methods of analogy, decline curve analysis and material balance are not adequate to describe two-phase (gas-water) flow conditions in naturally fractured coal reservoirs. Reservoir simualtion, however, provides a consistent and reliable way to account for the mechanisms of coal seam gas desorption and diffusion. The reservoir simulator also provides the means by which field and laboratory data can be integrated into a single geologic/reservoir model in order to cost effectively evalaute exploration protocols and long-term development strategies.
机译:煤层气储层在地质上和产气机理上都很复杂。与常规气藏不同,采用放射学的类比,下降曲线分析和物料平衡方法不足以描述自然裂缝性煤层中的两相(气-水)流动条件。然而,储层模拟提供了一种一致可靠的方法来解释煤层瓦斯解吸和扩散的机理。储层模拟器还提供了一种手段,可以将野外和实验室数据集成到单个地质/储层模型中,从而以经济有效的方式评估勘探方案和长期开发策略。

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