首页> 外文会议>Annual convention of the indonesian petroleum association >APPLICATION OF NOVEL DOPED NANOMATERIAL RESIN TO INCREASE SAND CONSOLIDATION IN A LOOSE SANDSTONE RESERVOIR
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APPLICATION OF NOVEL DOPED NANOMATERIAL RESIN TO INCREASE SAND CONSOLIDATION IN A LOOSE SANDSTONE RESERVOIR

机译:新型掺杂型纳米材料在松散砂岩储层中增加砂固结的应用

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Sand production is a major problem in the petroleum industry. Most fields located in Kalimantan Island experience severe sand problems. Various methods and techniques including mechanical and chemical methods have been proposed but some have failed and some have been ineffective in controlling sand production. Traditional sand control methods tend to solve sand production problems but cause a significant drop in the value of the permeability of the reservoir. This study comprises of the evaluation of a new chemical composition to consolidate the loose sand at their contact point so that it can withstand the drag forces induced by the reservoir fluids and other induced forces. The proposed chemical used is the combination of nano silica and resin. This study is focussed to study the effect of concentration to the compressive strength of the injected core. Permeability is then measured to make sure that there is no significant reduction in the permeability of the core.
机译:沙子生产是石油工业的主要问题。位于卡马丹岛的大多数田地都体验严重的沙子问题。已经提出了包括机械和化学方法的各种方法和技术,但有些方法已经失败,有些在控制砂生产方面无效。传统的砂对照方法倾向于解决砂生产问题,但导致水库渗透率的值略有下降。该研究包括评估新的化学组合物,以将松散的砂巩固在其接触点,使得它可以承受由储层液体和其他诱导力引起的阻力。所使用的拟议化学品是纳米二氧化硅和树脂的组合。本研究侧重于研究浓度对注射芯的抗压强度的影响。然后测量渗透率以确保核心的渗透性没有显着降低。

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