压裂政策中的风险与应对

H. Wiseman
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引用次数: 30

摘要

一种叫做水力压裂法(也叫压裂法、水力压裂法或水力压裂法)的石油和天然气开采技术席卷了全国,并提高了能源政策辩论的利害关系。为了破坏地下页岩和致密砂岩地层,作业人员钻了数千口新井,向井中注入水和化学物质,忧心忡忡的公民团体和媒体将矛头指向燃烧的自来水,并担心化学污染;与此同时,行业代表和许多州监管机构发誓,这种做法从未污染过地下水。注油只是复杂油井开发过程中的一个阶段,将注意力集中在注油上可能会分散人们对“致密”油气开发核心问题的关注,并使最紧迫的问题得不到解决。通过对水力压裂井场的法规和违反环境和油气法律的指控进行比较,本文阐明了必须为指导现代油气开发的政策和法规变化提供信息的因素。到目前为止,违规的例子表明,最紧迫的风险可能主要不是来自化学物质和地下水的注入,而是来自压裂引入的油井开发过程的其他阶段,以及压裂推动的更高的钻井率。这并不意味着压裂本身没有风险。相反,我们必须认识到压裂过程中必不可少的几个非注入阶段所带来的新风险,以及通过压裂实现的钻井,我们必须将注意力转移到问题最大的阶段。例如,化学品在运输到井场时可能会泄漏,而且必须储存和处理更多新型废物。此外,在压裂前的钻井过程中,甲烷可能会污染地下水源。如果政策制定者和监管机构允许钻井和压裂以目前的疯狂速度继续下去,他们就必须改变路线,认识并应对这些核心风险。本文的分析提供了一个初步的前进路径。
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Risk and Response in Fracturing Policy
An oil and gas extraction technique called hydraulic fracturing (also called fracing, fracking, or hydrofracking) has swept the country and has raised the stakes of the energy policy debate. As operators drill thousands of new wells and inject water and chemicals down these wells in order to fracture underground shale and tight sandstone formations, concerned citizens’ groups and the media have pointed to flaming tap water and have worried about chemical contamination; at the same time, industry representatives and many state regulators have sworn that the practice has never contaminated groundwater. The outpouring of attention to injection — just one stage of a complex well development process — threatens to distract from the core issues of “tight” oil and gas development, and to leave the most pressing concerns unaddressed. Through a comparison of regulation and of alleged violations of environmental and oil and gas laws at hydraulically fractured well sites, this Article illuminates the factors that must inform policy and regulatory changes that guide modern oil and gas development. The examples of violations so far suggest that the most pressing risks may predominantly arise not from the injection of chemicals and water underground but from other stages of the well development process introduced by fracturing, and from the higher rate of well drilling spurred by fracturing. This does not suggest that fracturing itself poses no risks. Rather, we must recognize the new risks introduced by several non-injection stages essential to the fracturing process, as well as the drilling enabled by fracturing, and we must shift our attention to the most problematic stages. Chemicals may spill when transported to well sites, and more and new types of wastes must be stored and disposed of, for example. Furthermore, methane may contaminate underground water sources during the drilling process preceding fracturing. If policymakers and regulators allow drilling and fracturing to continue at their current frenzied pace, it is imperative that they change course to recognize and respond to these core risks. The analysis in this Article offers an initial path forward.
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