Effect of Hydrofracking on Aquifers

A. Faruque, Josh Goldowitz
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引用次数: 1

Abstract

Geologists have understood the presence of shale gas and shale oil since the early twen- tieth century but always considered it unattainable due to shale’s low permeability. The shale gas revolution in the USA, brought about by the combination of horizontal drill - ing and hydraulic fracturing, has proven the feasibility of economically accessing this resource and significantly increasing the world’s proven reserve. As we enter the era of application of this technology worldwide, countries will have to weigh the promise of increased energy independence and hydrocarbon revenue against the potential damage to water supplies. Hydrofracking’s voracious thirst for water and potential to pollute will impact surface water bodies and aquifers. We review the basic technique, and poten - tially contaminating fracking fluid additives. We examine the potential damage to water quality and the potential effect on water availability in China, Mexico, South Africa, and Algeria.
水力压裂对含水层的影响
自20世纪初以来,地质学家已经了解了页岩气和页岩油的存在,但由于页岩的低渗透率,地质学家一直认为页岩气和页岩油难以开采。水平钻井与水力压裂相结合所带来的美国页岩气革命,证明了经济开采页岩气的可行性,并显著增加了世界已探明储量。随着我们进入这项技术在全球范围内应用的时代,各国将不得不权衡提高能源独立性和碳氢化合物收入的前景,以及对水供应的潜在破坏。水力压裂法对水的巨大需求和潜在的污染将影响地表水体和含水层。本文综述了压裂液添加剂的基本技术和潜在污染。我们研究了中国、墨西哥、南非和阿尔及利亚对水质的潜在损害和对水可用性的潜在影响。
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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