增强恢复能力

基于 Smartwater 的协同技术在提高石油采收率方面具有潜力

这项工作探讨了智能水在聚合物驱、表面活性剂/聚合物驱、碳酸水驱和泡沫辅助注气中的协同效应。

修井机正在俄克拉荷马州西部的一口先前钻好的井上工作，试图通过修复来恢复生产，夕阳反射在红土上
盖蒂图片社。

在整篇论文中，作者探讨了 smartwater 在聚合物驱、表面活性剂聚合物 (SP) 驱、碳酸水驱和泡沫辅助注气工艺中的协同效应。分析了一系列多尺度实验数据，以证明和量化这些提高石油采收率方法中水化学协同作用的好处。Smartwater 除了将聚合物驱中的聚合物浓度要求降低三分之一之外，还使石油采收率提高了 5-7%。

实验材料、方法和程序

材料。盐水。

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Enhanced recovery

Smartwater-Based Synergistic Technologies Offer Potential in Enhanced Oil Recovery

This work explores the synergistic effects of smartwater in polymerflooding, surfactant/polymerflooding, carbonated waterflooding, and foam-assisted gas-injection.

Workover rig working on a previously drilled well trying to restore production through repair in Western Oklahoma with sunset reflecting off red dirt Gloss Mountains
Getty Images.

In the complete paper, the authors explore the synergistic effects of smartwater in polymerflooding, surfactant polymer (SP) flooding, carbonated waterflooding, and foam-assisted gas-injection processes. A suite of multiscale experimental data is analyzed to demonstrate and quantify the benefits of water-chemistry synergies in these enhanced oil recovery methods. Smartwater increased oil recoveries by 5–7% in addition to reducing polymer-concentration requirements by one-third in polymerflooding.

Experimental Materials, Methods, and Procedures

Materials. Brines.

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