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首页> 外文期刊>Earth-Science Reviews: The International Geological Journal Bridging the Gap between Research Articles and Textbooks >A review on borehole instability tin active shale formations: Interactions; mechanisms and inhibitors
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A review on borehole instability tin active shale formations: Interactions; mechanisms and inhibitors

机译:钻孔不稳定锡活性页岩地层的综述:相互作用; 机制和抑制剂

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Shale formations are known for their chemical interactions with water based muds which may result in swelling, bit balling or even closure of the wellbore. As a result, eco-friendly water based fluids with inhibitive characteristics are required for drilling through shale formations. The aim of this study is to provide a deeper insight into drilling through shale formations by providing few approaches for different circumstances. Many inhibitors developed so far are introduced with their mechanism of shale inhibition presented. It appears that silicate based muds and thermally,activated mud emulsion (TAME) are the best option to mitigate shale related issues, but more studies are required to provide a permanent solution for this very complicated issue, especially under HPHT conditions.
机译:出于与水基泥浆的化学相互作用,已知页岩形成,可能导致井筒的肿胀,钻头球或甚至闭合。 结果,通过页岩形成钻探所需的具有抑制特性的环保水分。 本研究的目的是通过在不同情况下提供一些方法来提供通过页岩形成钻探的更深层次的洞察力。 到目前为止发展的许多抑制剂是用它们的页岩抑制机制引入。 看来,硅酸盐基泥浆和热活化的泥浆乳液(驯服)是减轻页岩相关问题的最佳选择,但需要更多的研究来为这种非常复杂的问题提供永久性解决方案,特别是在HPHT条件下。

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