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Study on Well Control Technology of High Temperature Geothermal Drilling

机译:高温地热钻井井控制技术研究

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With the rapid development and research of geothermal resources, the number, drilling depth and formation temperature of high temperature geothermal wells increases year by year. But, so far the well control technology of high temperature geothermal drilling has not been paid attention to by relative person, the serious shortage of related technology and equipments retards the development of geothermal resources. This article describes the calculating methods of formation pressure, collapse pressure, circulating temperature, saturation vapor pressure and mud circulating temperature in high temperature geothermal wells, it can offer reference data for the design of drilling fluid, bottom hole assembly (BHA), well control equipment. High temperature geothermal drilling depends on the formation pressure and collapse pressure, the safe mud window is very narrow, suitable for pressure balance or underbalanced drilling, we design a simple structure, high speed, good heat resistance rotary blowout preventer (RBOP), which can increase the operability of geothermal wells balanced drilling.
机译:随着地热资源的快速发展和研究,高温地热井的数量,钻探深度和地层温度逐年增加。但是,到目前为止,高温地热钻井的良好控制技术尚未得到相对人的注意,相关技术和设备的严重短缺延缓了地热资源的发展。本文介绍了高温地热井中的形成压力,塌陷,循环温度,饱和蒸气压和泥浆循环温度的计算方法,可以为钻井液,底部孔组件(BHA),井控制设计提供参考数据设备。高温地热钻削取决于地层压力和塌陷压力,安全泥窗是非常窄的,适用于压力平衡或凹陷的钻孔,我们设计简单的结构,高速,耐热性旋转井喷防喷器(RBOP),可以提高地热井均衡钻井的可操作性。

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