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Research and Application of High-Production Area Seismic Prediction Technology for High-Rank Coalbed Methane Reservoir

机译:高级煤层储层高产煤层气预测技术的研究与应用

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摘要

In order to accurately predict the high-production areas in CBM reservoirs, we identified the main geological factors controlling the CHM production. Based on the statistical analysis data of the geological and production area and seismic prediction methods, the comparative influence of the five main geological factors was studied. The validity of the seismic prediction method was further evaluated. The results show that the production of a GEM well is influenced by the reservoir structure, gas content, permeability, and coal-body structure. The above four geological controlling factors can be accurately evaluated by the seismic attributes. The proposed high-production area seismic prediction method can be applied for accurate localization of the high-production areas. When the high-production evaluation index is lower than 0.2, the daily gas production exceeds 1000 The method can provide an effective instrument for evaluating formation productivity.
机译:为了准确预测CBM储层中的高产量,我们确定了控制CHM生产的主要地质因素。 基于地质和生产区的统计分析和地震预测方法,研究了五个主要地质因素的比较影响。 进一步评估了地震预测方法的有效性。 结果表明,宝石的生产受储层结构,煤气含量,渗透性和煤体结构的影响。 可以通过地震属性准确地评估上述四个地质控制因素。 所提出的高生产区地震预测方法可用于高产域的准确定位。 当高产量评估指标低于0.2时,每日气体产量超过1000,该方法可以提供用于评估形成生产率的有效仪器。

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