Wait or Get the Oil: How SAGD Technology Implementation Options will Vary Future Production

A. A. Terentiyev, Pavel Valeryevich Roschin, A. V. Nikitin, V. N. Kozhin, K. Pchela, I. I. Kireyev, Sergei Valerevich Demin, A. T. Litvin, I. Struchkov
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Abstract

One of the complications at the stage with steam injection start into the SAGD injection well in the Terrigenous reservoir with extra-heavy oil (EHO) is its injectivity rate. Traditionally, preheating the well bottom-hole (BH) zone with steam and subsequent recovery of hot water or steam through the annulus is used to get adequate injectivity. As an alternative to steam preheating it is proposed to inject an aromatic solvent/reagent to ensure sufficient well injectivity. Calculations were performed with the real reservoir model. The mutual influence of wells in SAGD blocks under the conditions of solvent/reagent injection was studied for this.
等待还是获得石油:SAGD技术实施方案如何改变未来的产量
在陆源超稠油油藏(EHO)中,SAGD注水井开始注汽阶段的一个复杂问题是注汽速率。传统的方法是用蒸汽预热井底(BH)区域,然后通过环空回收热水或蒸汽,以获得足够的注入能力。作为蒸汽预热的替代方案,建议注入芳香溶剂/试剂以确保足够的井注入能力。采用真实储层模型进行了计算。为此,研究了SAGD区块在溶剂/试剂注入条件下井间的相互影响。
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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