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The risks of hydraulic fracturing and the responsibilities of engineers

机译:水力压裂的风险和工程师的责任

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One third of U.S. natural gas is extracted by injecting fluid at high pressure into shale formations, a process associated with a number of possible hazards and risks that have become the subject of intense public controversy. We develop a three-part schema to make sense of risks of hydraulic fracturing and the responsibilities of engineers: the lab, the field, and the forum. In the lab, researchers seek to answer basic questions about, for example, the behavior of shale under particular conditions; there uncertainty seems to arise at every turn. In the field, engineers and others work to implement technological processes, such as hydraulic fracturing and the subsequent extraction of oil and gas; hazards may arise as natural and social systems respond in sometimes surprising ways. In the forum, the public and their representatives deliberate about risk and acceptable risk, questions that are framed in ethical as well as technical terms. The difficulty of characterizing – and in living up to – the responsibilities of engineers lie in part in the apparent distance between the lab and the forum. We examine in turn uncertainties in the lab, hazards in the field, and deliberation in the forum, leading to the conclusion that scientists and engineers can and should help to inform public deliberation but that their research cannot, on its own, resolve all controversies. Scientists and engineers who seek to inform deliberation should be mindful of the scope and limits of their authority, clear and modest in communicating research findings to the public, and careful to avoid even apparent conflicts of interest wherever possible. We close by drawing from the lab-field-forum schema to suggest a direction for pedagogical innovations aimed at the formation of responsible engineers in the context of college-level degree programs.
机译:美国三分之一的天然气是通过将高压流体注入页岩地层中来开采的,这一过程与许多可能的危害和风险相关,这已成为公众争论的焦点。我们开发了一个由三部分组成的方案,以了解水力压裂的风险和工程师的职责:实验室,现场和论坛。在实验室中,研究人员寻求回答有关例如特定条件下的页岩行为的基本问题。似乎动uncertainty出现不确定性。在现场,工程师和其他人员致力于实施技术流程,例如水力压裂以及随后的石油和天然气开采;当自然和社会系统以有时令人惊讶的方式做出响应时,可能会产生危害。在论坛上,公众及其代表讨论了风险和可接受的风险以及道德和技术术语中的问题。表征和履行工程师职责的困难部分在于实验室与论坛之间的明显距离。我们依次检查了实验室中的不确定性,现场的危害以及论坛中的审议情况,得出的结论是,科学家和工程师可以而且应该帮助告知公众审议的内容,但是他们的研究无法独自解决所有争议。试图为审议提供信息的科学家和工程师应牢记其权限的范围和限制,在向公众传达研究结果时应明确而谦虚,并应尽一切可能避免明显的利益冲突。最后,我们从实验室现场论坛的模式中吸取经验,为教学创新提出了一个方向,旨在在大学学位课程的背景下组建负责任的工程​​师。

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