增强恢复

哥伦比亚油田聚合物注入试验表明碳足迹减少

本文介绍了哥伦比亚奇奇梅内重油田的聚合物注入试验。

图1——2019—2020年氚气田能源矩阵及总要素排放。
图1——2019—2020年氚气田能源矩阵及总要素排放。
来源:SPE 218169。

Chichimene 是哥伦比亚东部的一个油田。自 2014 年以来,该油田部分区域已成功实施了使用注水工艺的提高采收率 (EOR)。在五种注入模式中进行了聚合物注入试验,以优化该工艺,这是在高温和重油等具有挑战性的油藏条件下基于聚合物的 EOR 的一种有前途的策略。

田野背景

哥伦比亚的能源转型战略包括 EOR 技术,该技术通过加速石油生产(即使能耗较低),提高传统石油生产工艺的效率和碳强度。文献中的几项研究报告称,使用热法和化学法实施 EOR 可以改善能源和碳指标。

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Enhanced recovery

Polymer-Injection Pilot in Colombian Field Indicates Reduced Carbon Footprint

This paper describes a polymer-injection pilot in the Chichimene heavy oil field in Colombia.

Fig. 1—Chichimene field energy matrix and total factor emissions during 2019–2020.
Fig. 1—Chichimene field energy matrix and total factor emissions during 2019–2020.
Source: SPE 218169.

Chichimene is an oil field in eastern Colombia. Since 2014, enhanced oil recovery (EOR) using a water-injection process has been performed successfully in part of this field. A polymer-injection pilot was executed over five injection patterns to optimize this process as a promising strategy for polymer-based EOR in challenging reservoir conditions with high temperatures and heavy oil.

Field Background

Included in Colombia’s energy-transition strategy are EOR technologies that, through the acceleration of oil production even with low energy consumption, increase the efficiency and carbon intensity of conventional oil-production processes. Several studies in the literature have reported improved energy and carbon indicators as a result of implementing EOR using thermal and chemical methods.

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