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Application of TiO_2 and Fumed Silica Nanoparticles and Improve the Performance of Drilling Fluids

机译:TiO_2和MUMED二氧化硅纳米粒子的应用,提高钻井液性能

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In these experiments, two nano particles dissolved that in water, are used to inject into simulated environment and also the effect of these nano particles in water base drilling typical fluid have been investigated. Using nanoparticles in all samples has resulted in recovery increase. Finally, considering the experiments, it is demonstrated that flows with nano and in particular Titanium dioxide nano(TiO_2) have the highes amount of recovery factors. So, using nanoparticles in water flooding and even some of the polymer flooding ones. Also, results of the other tests, regarding each typical drilling costs of each foot and importance of time in the operation, it is possible to replace technically and economically ordinary additional (here, the widely used sodium hydroxide) with Fumed silica nano in drilling fluid to prevent cementcontamination of the drilling fluid. The advantages of nano TiO_2 are possessing suitable thermal transition qualities in the drilling fluid.
机译:在这些实验中,将两个纳米颗粒溶解在水中,用于注射模拟环境,并且还研究了这些纳米颗粒在水基钻典型流体中的效果。在所有样品中使用纳米颗粒导致恢复增加。最后,考虑到实验,证明用纳米和特别是二氧化钛纳米(TiO_2)流动的恢复因子量高。因此,使用纳米颗粒在水利中,甚至是一些聚合物泛滥的颗粒。另外,关于每足持时间的每个尺寸钻井成本的其他测试的结果,可以在技术上和经济上普通的(这里,广泛使用的氢氧化钠)在钻孔流体中用热化二氧化硅纳米取代防止钻井液的粘合。纳米TiO_2的优点在钻井液中具有合适的热转变品质。

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