【摘 要】
：
钻井过程中由于地质条件复杂多变,得到的信息多是不精确的、模糊的、不确定和非数值化的。为此,结合地质导向钻井技术研究,通过对收集的不同来源的大量钻井信息进行综合处理,
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钻井过程中由于地质条件复杂多变,得到的信息多是不精确的、模糊的、不确定和非数值化的。为此,结合地质导向钻井技术研究,通过对收集的不同来源的大量钻井信息进行综合处理,建立了井场数据库和模型数据库,利用初步形成的地质导向现场应用技术成功地实施了地质导向钻井,为薄油层、厚油层顶部剩余油等复杂油气藏开发提供了技术支撑。
Due to the complexity and variety of geological conditions during drilling, most of the information obtained is inaccurate, fuzzy, uncertain and non-numerical. Therefore, based on the study of geosteering drilling technology, a large number of drilling information collected from different sources are comprehensively processed, and a wellsite database and a model database are established. The geologically piloted drilling technology is successfully implemented by using the initially formed geosteering field application technology, It provides technical support for the development of complex reservoirs such as thin reservoirs and remaining oil at the top of thick reservoirs.
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