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首页> 外文期刊>Journal of Petroleum & Environmental Biotechnology >The Study of Effective of Added Aluminum Oxide Nano Particles to the Drilling Fluid: The Evaluation of Two Synthesis Methods
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The Study of Effective of Added Aluminum Oxide Nano Particles to the Drilling Fluid: The Evaluation of Two Synthesis Methods

机译:钻井液中添加氧化铝纳米粒子的有效性研究:两种合成方法的评价

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In this paper, the tests are designed for investigation of the effects of the synthesized Al2O3 nano particle prepared by ultrasonic and microwave on the drilling fluid flowing properties. Nano particles which are prepared with two different methods of ultrasonic and microwave are applied in drilling fluid. Experiments are held in heated tube section for simple drilling fluid and drilling fluid which contains 1% nano Aluminum oxide. Results illustrate on the numerical difference between values obtained from ultrasonic nano drilling fluid and those are obtained from microwave nano drilling fluid. Results show the addition of 1% nano aluminum oxide which is prepared by ultrasonic method into drilling fluid increases the amount of friction factor 6.84% and velocity about 4.4%, averagely. Also, the addition of 1% nano aluminum oxide which is prepared by microwave method into drilling fluid increases the amount of friction factor 5.8% and velocity about 3.7%, averagely.
机译:本文设计了测试方法,以研究超声和微波合成的Al2O3纳米颗粒对钻井液流动性的影响。用两种不同的超声波和微波方法制备的纳米颗粒被应用于钻井液中。实验在加热管段中进行,用于简单的钻井液和含有1%纳米氧化铝的钻井液。结果说明了从超声纳米钻井液获得的值与从微波纳米钻井液获得的值之间的数值差异。结果表明,通过超声方法制备的1%纳米氧化铝添加到钻井液中,平均增加了摩擦系数6.84%和速度约4.4%。而且,通过微波方法制备的1%纳米氧化铝的添加到钻井液中平均增加了5.8%的摩擦系数和约3.7%的速度。

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