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Artificial Intelligence for Heavy Oil Assets: The Evolution of Solutions and Organization Capability

机译:用于重油资产的人工智能:解决方案和组织能力的演变

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Artificial Intelligence (AI) techniques have been successfully applied in the petroleum industry since the early 1990s initially attempting to solve simple tasks and more recently evolving into hybrid systems taking on complex optimization and modeling problems. Artificial Intelligence has become an integral part of our business in the last 10 years with applications ranging from reservoir characterization, production optimization to surrogate models used in reservoir simulation. Chevron's San Joaquin Valley Business Unit has been implementing AI technologies through Chevron's i-fieldTM program since 2003. With the majority of the production coming from heavy oil assets, most of the intelligent applications developed using AI target the optimization of thermal operations. The paper describes the operator's experience and continuing efforts towards integration of Artificial Intelligence technologies in the Business Unit. The manuscript covers two topics: a review of several successful Artificial Intelligence applications implemented in the heavy oil assets while focusing on solutions and value creation, and an internal training program aimed at developing the company's organizational capability in this domain. The first part discusses the successful implementation of AI techniques, neural networks, genetic algorithms, fuzzy logic, case- based reasoning and hybrid systems to solve complex projects. Case studies covering well candidate selection, optimization of cyclic steam scheduling, increased production opportunities identification, well failure diagnostic and job planning are presented. The review concludes with lessons learned, challenges and business value creation (increased production, NP PV, time savings, etc). The second part highlights the efforts of initiating and implementing a training program aimed at building awareness and organizational capability. In 2009, a few AI enthusiasts and practitioners formed an Interest Group with the mission of enhancing reservoir management workflows by developing innovative solutions using Data Mining and AI technologies. The section describes the target audience, training material, workshops structure, brainstorming exercises and lessons learned from the sessions completed so far. Ultimately, the review is intended to demonstrate the value of applying AI, and how to grow AI organizational capability. A brief overview of future plans concludes the paper.
机译:自20世纪90年代初期自20世纪90年代初期成功地应用了人工智能(AI)技术,最初试图解决简单的任务,更近日发展成为复杂优化和建模问题的混合系统。在过去的10年里,人工智能已成为我们业务的一个组成部分,在过去的10年里,通过储层特征,生产优化对储层模拟中使用的代理模型的应用。雪佛龙的圣Joaquin Valley Business Obsers于2003年以来一直通过雪佛龙I-FieldTM计划实施AI技术。随着大部分产量来自重油资产,大多数使用AI开发的智能应用程序都是针对热操作的优化。本文介绍了运营商的经验,持续努力在业务部门中融入人工智能技术。稿件涵盖了两个主题:对重型石油资产实施的几个成功的人工情报应用程序审查,同时专注于解决方案和价值创造,以及旨在在该领域开展公司组织能力的内部培训计划。第一部分讨论了AI技术,神经网络,遗传算法,模糊逻辑,基于案例的推理和混合系统来解决复杂项目的成功实现。案例研究涵盖了较好的候选选择,循环蒸汽调度的优化,提高了生产机会鉴定,井失效诊断和工作计划。审查与经验教训,挑战和商业价值创造(增加生产,NP PV,时间储蓄等)。第二部分突出了启动和实施旨在建立意识和组织能力的培训计划的努力。 2009年,一些AI爱好者和从业者通过使用数据挖掘和AI技术开发创新解决方案,为加强水库管理工作流的使命而形成了一个兴趣团。本节介绍了目标受众,培训材料,讲习班结构,头脑风暴练习和从迄今为止完成的会议中学到的经验教训。最终,审查旨在展示应用AI的价值,以及如何发展AI组织能力。简要概述未来计划的结论是本文。

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