致密气藏开发中提高压裂设计和经济性的迭代方法

K. Yilmaz, Burc Umul, Moosa Madha
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摘要

这是北美非常规资源开发的激动人心的时刻。事实证明,这一成功推动了世界其他地区效仿该行业改变游戏规则的结果。因此,改进的水平钻井和水力完井技术目前正在向世界其他地区推广,运营商正在寻求在致密储层和页岩区复制北美的成功经验。与北美相比,更高的天然气价格进一步推动了这一趋势。介绍了土耳其西北部色雷斯盆地南部Mezardere组致密气砂潜力发现的工作流程。这一过程始于对地质和储层特征的进一步了解,随后应用北美钻井和完井技术,从以前不经济的资源中提取商业碳氢化合物。建立了水力压裂设计,包括垫块体积、支撑剂和凝胶浓度、级体积和典型压力剖面、生产剖面和井设计参数。该内容还介绍了如何在现有直井应用中改进完井设计,以降低水平开发计划中的资本风险。论文最后展示了从Thrace盆地迄今为止不经济的部分成功提取商业天然气如何通过显着提高生产结果来改变土耳其的能源未来。结果公布后,该盆地引起了许多大型勘探开发公司的关注。结果表明,深层盆地非常规资源的经济性提高是可能的;从而改变和加速这类游戏的开发计划。
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An Iterative Approach to Enhance Frac Design and Economics While Developing Tight Gas Reservoirs
These are exciting times for unconventional resource development across North America. This success has proven to be a driver for the rest of the world to attempt to emulate the game-changing results found in the industry. As a consequence, improved horizontal drilling and hydraulic completion technology are currently being disseminated to the rest of the world, where operators are seeking to replicate the North American success in tight reservoirs and shale plays of interest. This being further fueled by higher gas prices than are awarded in North America. This paper introduces a work-flow process to describe how tight gas-sand potential was discovered in the Mezardere Formation in the southern part of the in Thrace Basin in NW Turkey. The process began with the development of an improved understanding of geology and reservoir characterization followed by the application of North American drilling and completion technologies to commercially extract hydrocarbons from previously uneconomic resources. Design of hydraulic fracturing, including pad volumes, proppant and gel concentrations, stage volumes and typical pressure profiles, production profiles and well design parameters are established. The content also presents how completion designs can be improved in a vertical well application in existing wellbores as a means to mitigate capital risk in a horizontal development plan. The paper concludes by showing how the successful extraction of commercial gas production from heretofore uneconomic portions of the Thrace basin has the potential to change the energy future in Turkey via dramatically improved production results over previous conventional completions. When results were made public, the basin garnered attention from many large E&P Operators. The results proved that improved economic enhancement of deep basin unconventional resources as possible; thereby changing and accelerating development plans for this type of play.
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