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OPTIMIZED WELL SPACING FOR IN SITU SHALE OIL DEVELOPMENT

机译:原位页岩油开发的优化井距

摘要

A method for spacing heater wells for an in situ conversion process is provided The method includes the steps of determining a direction along which thermal energy will travel most efficiently through a subsurface formation, and completing a plurality of heater wells in the subsurface formation, with the heater wells being spaced farther apart in the determined direction than in a direction transverse to the determined direction In one aspect, the step of determining a direction along which thermal energy will travel most efficiently is performed based upon a review of geological data pertaining to the subsurface formation The geological data may comprise the direction of least horizontal pnncipal stress in the subsurface formation Alternatively, the geological data may comprise the direction of bedding in the subsurface formation, the tilt of the subsurface formation relative to the surface topography, the organic carbon content of the kerogen, the initial formation permeability
机译:提供了一种用于原位转换过程中间隔开加热器井的方法。该方法包括以下步骤:确定热能将最有效地传播通过地下地层的方向,并完成地下地层中的多个加热器井。加热器井在确定的方向上比在横向于确定的方向的方向上间隔得更远。一方面,基于与地下有关的地质数据的回顾来执行确定热能最有效地传播的方向的步骤。地质数据可以包括地下地层中最小水平主应力的方向。或者,地质数据可以包括地下地层中的层理方向,地下地层相对于表面形貌的倾斜度,地层中有机碳含量。干酪根,初始形成渗透率

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