解决长期含水历史匹配挑战有助于优化钻井方案

N. Yusuf, P. Andrew, Lynn Silpngarmlers
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引用次数: 0

摘要

储层_b7是Adobe油田的顶级储层之一,在多年的钻井活动中考虑进一步开发。利用旧的模拟模型进行了该储层的初始机会识别和新钻次预测。多年来,该模型面临的挑战一直是预测现有生产商的产水量,这就需要在模型中引入局部渗透率障碍。然而,为了验证这一机会并确保生产预测的可靠性,委托进行了一项新的模拟研究。在新的研究中,采用了一种系统的方法,其中包括地球建模师和模拟工程师之间的持续接触。这导致鉴定出一种质量较低的相,而这种相没有得到适当的表征。对这些相的重新描述改善了历史匹配,在井间和油藏水平上都获得了良好的压力和饱和度匹配。最新的历史匹配模型用于验证所提出的机会,并表明亚经济增量复苏。这导致了钻井计划中迄今为止的最佳机会的消除,并防止了公司的不良投资。
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Resolution of a Perennial Water-Cut History Match Challenge Helps to Optimize Drilling Program
Reservoir_B7 is one of the top reservoirs in Adobe field and was considered for further development in a multi-year drilling campaign. The initial opportunity identification and new drill forecasts for this reservoir were done using an old simulation model. Over the years, the challenge with this model had been the prediction water production from existing producers which necessitated the introduction of local permeability barriers in the model. However, to validate this opportunity and ensure reliability of production forecasts, a new simulation study was commissioned. A systematic approach was employed during the new study which involved continuous engagement between Earth Modeler and Simulation Engineer. This led to identification of a low-quality facies which had not been properly characterized. Recharacterization of these facies led to an improvement in history match with an overall good pressure and saturation matches on both well-by-well and reservoir levels. The latest history matched model was used to validate the proposed opportunity and indicated a sub-economic incremental recovery. This led to elimination of hitherto top opportunity from the drilling program and preventing a bad investment by the company.
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