作为油藏压力管理一部分的高盐盐水释放到海洋环境的影响潜力

J. Blackford, M. Dewar, T. Espie, S. Wilford, Nicolas Bouffin
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引用次数: 2

摘要

本报告描述了作为碳捕获和储存水库压力管理的一部分,对可能向海洋排放高盐盐水所产生的潜在环境影响进行的评估。我们已经使用复杂的高分辨率流体动力学模型来评估一些指导方案。尽管一些未稀释的盐水具有很高的环境影响潜力,但我们发现,在像北海这样的流体动力学活跃区域,分散会迅速稀释处理后的盐水,因此潜在的影响足迹(暴露在环境破坏盐度或温度下的区域)很小,根据场景和现场条件,通常在10米左右。释放的盐水中的污染物可能有更大的影响潜力,这取决于浓度。我们建议考虑卤水释放高度,以进一步限制潜在的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Impact Potential of Hypersaline Brines Released into the Marine Environment as Part of Reservoir Pressure Management
This report describes an assessment of environmental impact potential arising from the possible disposal of hypersaline brines into the ocean as part of reservoir pressure management for Carbon Capture and Storage. We have used sophisticated high-resolution hydrodynamic models to assess a number of guided scenarios. Although the characteristics of some brines in their undiluted form would have a high environmental impact potential, we find that dispersion in a hydrodynamically active region like the North Sea acts to dilute disposed brine rapidly, such that the potential impact footprint (area exposed to environmentally damaging salinity or temperature) is small, generally measured in 10’s of meters depending on scenario and in-situ conditions. Contaminants within the released brines may have more impact potential, depending on concentration. We recommend consideration of brine release height to further limit impact potential.
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