An integrated approach for incorporating thermal membrane distillation in treating water in heavy oil recovery using SAGD

Nesreen A. Elsayed , Maria A. Barrufet , Mahmoud M. El-Halwagi
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引用次数: 28

Abstract

The production of heavy oil and bitumen requires unconventional methods. One such approach is steam-assisted gravity drainage (SAGD). This technology has key advantages but is characterized with substantial levels of water consumption and discharge. Therefore, there is a need for effective water treatment and reuse methods in SAGD. This paper examines the use of an emerging technology: thermal membrane distillation (TMD) as an integral part of water treatment for SAGD. Synergistic effects are exploited from heat and mass integration of SAGD and TMD. Specifically, the hot produced water and blowdown water are evaluated for treatment using TMD because of their thermal content and because of the need for high levels of purity which can be achieved by TMD. Several design configurations and scenarios are proposed and evaluated to assess the technical and economic viability of including TMD as a process in water-management systems for SAGD.

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结合热膜蒸馏处理SAGD稠油采出水的综合方法
重油和沥青的生产需要非常规的方法。其中一种方法是蒸汽辅助重力泄放(SAGD)。该技术具有关键优势,但其特点是耗水量和排放量很大。因此,SAGD需要有效的水处理和回用方法。本文探讨了一种新兴技术的使用:热膜蒸馏(TMD)作为SAGD水处理的一个组成部分。SAGD和TMD的热量和质量集成发挥了协同效应。具体来说,由于热产出水和排污水的热含量以及TMD可以达到的高纯度要求,因此对TMD的处理进行了评估。提出并评估了几种设计配置和方案,以评估将TMD作为SAGD水管理系统中的一个过程的技术和经济可行性。
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