Bridging research to response – how the spill response community benefits from academic engagement

R. Holland, T. Coolbaugh, Paul Schuler
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Abstract

Often technical advances are made through key industry-academic alliances in a diverse range of engineering, medical and scientific disciplines. Oil spill response studies are no stranger to research programmes within the academic / R&D community and have advanced our knowledge, understanding and capability significantly over the last 50 years. For example, following the use of industrial detergents during Torrey Canyon in 1967, the research, development and scientific rigour behind the latest marine dispersants is testament to the value in investment of resources to develop and deliver solutions to new and emerging risks. Typically, spill responders are focussed on operational issues and seeking maximum reward when selecting a response technique(s) as part of a given spill scenario. Research scientists conversely may be focussed on a more detailed aspect of the spill such as a sub-cellular, non-lethal biological effect which may have limited relevance to the immediate clean-up effort. Having a spill response organisation intrinsically involved with academic response research ensures that an element of “operational realism” is injected into the programmes to produce outputs with more direct relevance and application to advance the boundaries of future spill response techniques and capability. The paper discusses the merits and leverage potential of “Bridging Research to Response” and offers suggestions for future collaborations potentially adding value to all spill stakeholders.
桥接研究响应-溢油响应社区如何从学术参与中受益
通常,技术进步是通过各种工程、医学和科学学科的关键产业-学术联盟实现的。在过去的50年里,溢油响应研究对学术/研发界的研究项目来说并不陌生,它极大地提高了我们的知识、理解和能力。例如,继1967年在Torrey Canyon使用工业洗涤剂之后,最新海洋分散剂背后的研究,开发和科学严谨证明了资源投资的价值,以开发和提供针对新出现的风险的解决方案。通常情况下,当选择一种响应技术作为给定泄漏场景的一部分时,泄漏响应人员关注的是操作问题,并寻求最大的回报。相反,研究科学家可能会把注意力集中在泄漏的更详细的方面,如亚细胞的、非致命的生物效应,这可能与立即清理工作的关系有限。让溢油应变机构从本质上参与学术应变研究,可确保在计划中注入“实际操作”元素,以产生更直接相关和应用的产出,以推进未来溢油应变技术和能力的界限。本文讨论了“桥接研究与应对”的优点和利用潜力,并为未来的合作提供了建议,这些合作可能为所有泄漏利益相关者增加价值。
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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