Experimental Study on Effectiveness of Microwave Heating for Heavy Oil Imbibition Process

Gerry Sasanti Nirmala, A. K. Dewi, I. Halim, D. Abdassah, T. Marhaendrajana, A. Munir
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Abstract

Electromagnetic heating become a preferred method of thermal stimulation in heavy oil reservoirs, mainly due to the ability for creating high-temperature rises in a relatively short time compared to other methods. To investigate the ability of method in oil production, in this paper, an experimental study on microwave heating for heavy oil imbibition process is presented. The imbibition test is carried out using microwave heating, in which effectiveness of the proposed method is to be compared with the conventional one. It shows that the oil recovery is observable easier by the conventional heating, however the heating speed is conducted faster using the proposed method. The microwave imbibition occurs in 5 minutes and produces 0.15 ml of oil, while the conventional imbibition takes up to 96 hours to obtain 0.3 ml of oil in brine. In addition, more oil recovery in the imbibition process is obtainable by the addition of nano-particles.
重油渗吸过程微波加热效果实验研究
电磁加热成为稠油油藏热增产的首选方法,主要是因为与其他方法相比,电磁加热能够在相对较短的时间内产生高温升高。为考察微波加热稠油吸胀工艺在采油中的应用能力,对微波加热稠油吸胀工艺进行了实验研究。采用微波加热方法进行了渗吸试验,并与常规渗吸方法进行了效果比较。结果表明,采用常规加热方法采收率较好观察,但加热速度较快。微波吸胀在5分钟内产生0.15 ml的油,而常规吸胀需要长达96小时才能在盐水中获得0.3 ml的油。此外,在渗吸过程中,纳米颗粒的加入可以提高原油的采收率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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