先做一个好的地球科学家,其他的自然会随之而来

B. Roth, D. Hills
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引用次数: 0

摘要

本文旨在展示从石油和天然气行业中学习到的应用,特别是在地球科学领域,因为它们与不断发展的碳捕集、利用和封存(CCUS)行业中的应用有关。此外,本文将重点介绍当前的教育项目如何为在CCUS领域开始职业生涯的年轻专业人士或希望过渡到CCUS的职业人士提供人才管道。为了演示所述的目标,将介绍在油气行业中作为一名成功的地球科学家所需要的基本理论和知识。这将包括对基本技能和工作知识的讨论,以及对石油和天然气行业广泛使用的各种软件的介绍。这提供了说明地球科学社区的背景,以及许多地球科学教育管道的优先重点。然后,将油气工作流程与CCUS工作流程进行比较,以证明技能和技术是一致的。从我们开发CCUS项目的经验中获得的工作流程示例将重点介绍地质特征,例如生成地下地质和结构模型以及开发储层模型以预测羽流迁移。很明显,这些工作流的基本原理和实现它们所必需的技能在本质上是相同的。油气和CCUS工作流程都使用相同的基础知识和地质知识(例如,储层孔隙度、渗透率、体积),相同的数据(例如,地球物理测井、地震反射调查、地质岩心分析),甚至相同的软件。这证明了以前油气行业保留的知识和工作流程的直接应用,并强调了它们在应用新机会方面的重要性。从地质表征的角度来看,本文的讨论清楚地确定了在油气勘探的详细历史中所获得的经验的重叠,并将其直接应用于新兴的CCUS领域。本文提供的例子还表明,培养新人才的渠道已经存在,重点是学习地球科学的基础知识,这些技能的具体应用可以在CCUS社区内无缝实施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Be a Good Geoscientist First, and the Rest Will Follow
This paper seeks to demonstrate the application of learnings from the oil and gas industry, specifically in the field of geoscience, as they relate to applications within the growing industry of Carbon Capture, Utilization and Storage (CCUS). Additionally, this paper will highlight how current educational programs are already geared to produce a talent pipeline for young professionals beginning their careers in the CCUS field or for later career professionals who are looking to transition into CCUS. To demonstrate the stated objectives, the fundamental theories and knowledge required to operate as a successful geoscientist in the oil and gas industry will be presented. This will include a discussion of basic skills and working knowledge as well as an introduction to various software utilized extensively within the oil and gas industry. This provides context illustrating where the geoscience community has been and the prior focus of many geoscience education pipelines. Then, a comparison of the oil and gas workflows to CCUS workflows will be made to demonstrate that the skills and techniques are aligned. Example workflows from our experience developing CCUS projects will be presented with a focus on the geologic characterization, such as generating subsurface geologic and structural models and developing reservoir models to predict plume migration. It will be made clear that the fundamentals of these workflows and the skills necessary to implement them are essentially the same. Both oil and gas and CCUS workflows utilize the same basic knowledge and geologic understanding (e.g., reservoir porosity, permeability, volumetrics), the same data (e.g., geophysical well logs, seismic reflection surveys, geologic core analysis) and even the same software. This demonstrates the direct application of knowledge and workflows that were previously gatekept by the oil and gas community and highlights their significance in ability to be applied to new opportunities. The discussion presented in this paper clearly identifies the overlap of experience gained throughout the detailed history of oil and gas exploration and its direct application to the burgeoning world of CCUS from the perspective of geologic characterization. The examples provided herein also demonstrate that the pipeline for creating new talent already exists with emphasis on learning the fundamentals of geoscience, and the specific application of those skills can be enacted seamlessly within the CCUS community.
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