Collaborating in the Metaverse for Successful Subsurface Reservoir Characterization

P. Norlund, D-W.Tsai David
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Abstract

With increased pressure on energy companies to reduce costs whilst also planning more complex wells with lower carbon emissions, companies worldwide are always looking for ways to be more efficient & successful in their subsurface reservoir characterization. Improved collaboration across the traditional gaps in the Exploration & Production (E&P) disciplines is an important way to achieve these goals. In this paper, we review the vision of the Metaverse, a fully realized digital world that exists beyond the one in which we live and continues to exist even when we do not interact with it. The Metaverse has some key technological concepts that potentially provide a roadmap to help deliver desired improvements for reservoir characterization collaboration. The first is through an immersive three-dimensional world that can bring together people from remote locations to collaborate in one space. The second is through the realization of a Subsurface Digital Twin. We review where we are and what can be achieved with current technologies using our own research and development as examples, and we postulate on how these technologies will be improved in the immediate future.
在Metaverse中合作,成功表征地下储层
随着能源公司降低成本的压力越来越大,同时也在规划更复杂、更低碳排放的井,世界各地的公司一直在寻找更有效、更成功的地下油藏表征方法。改善勘探与生产(E&P)学科之间的传统差距是实现这些目标的重要途径。在本文中,我们回顾了虚拟世界的愿景,这是一个完全实现的数字世界,它存在于我们生活的世界之外,即使我们不与它互动,它也会继续存在。Metaverse有一些关键的技术概念,可以提供一个路线图,帮助实现油藏描述协作的预期改进。第一种是通过一个沉浸式的三维世界,可以将来自偏远地区的人们聚集在一个空间中进行协作。第二种是通过实现地下数字孪生。我们以我们自己的研究和开发为例,回顾了我们所处的位置,以及当前技术可以实现的目标,并对这些技术在不久的将来将如何改进提出了假设。
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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