应用地球物理+AI 的智能化物探技术发展策略

doi:10.3969/j.issn.1002-302x.2019.05.008

摘要/Abstract

摘要： 科技创新已成为全球石油工业提升效益的主要增长方式，智能化技术成为企业转型发展的核心推动力。对当前物探技术与人工智能相结合的现状做了深度调研，指出以“应用地球物理+AI”的智能物探整体处于起始阶段，近两年发展迅猛，对智能物探未来发展策略提出了建议：一是做好顶层设计，构建共享、共建的智能物探平台，形成良好的智能物探技术发展生态体系；二是采用“试点先行、逐步展开” 的发展战略，分步骤、分层次地开展中国石油智能物探体系建设，构建良好的人工智能发展技术体系；三是培养聚集物探智能化人才团队，构建良好的人才体系。为中国石油实现智能油田、透明油田，推动从资本主导、资源主导逐渐转向技术主导的业务转型奠定基础。

关键词: 人工智能, 应用地球物理+AI, 智能物探, 智能油田, 透明油田

Abstract: Technological innovation has become the main growth method for global petroleum industry to improve economic performance. Intelligent technology becomes a key engine for transformation of enterprises. This paper makes an indepth investigation of the present conditions for combination of current geophysical technology with artificial intelligence. It points out that the “applied geophysical + AI” intelligent geophysical prospecting is under its preliminary stage, but it was under rapid development in recent two years. The paper also comes up with the suggestions on future development of intelligent geophysical prospecting. First of all, the efforts should be focused on top design, configuration of the sharing and collaborative intelligent geophysical platform to bring about an ecological system for healthy intelligent geophysical technological development. Secondly, the development plan should be executed “step by step with the pilot spots selected”, while the CNPC intelligent geophysical system is under construction at various levels. Thirdly, it is necessary to set up the professional teams for geophysical intelligence, establish a good talents system to lay the foundation for CNPC to construct intelligent oilfields and transparent oilfields so that the company’s business development can be dominated by technology instead of capitals and resources.

中图分类号:

杨午阳　魏新建　何欣. 应用地球物理+AI 的智能化物探技术发展策略[J]. 石油科技论坛, 2019, 38(5): 40-47.

Yang Wuyang, Wei Xinjian, He Xin. Development Plan for Intelligent Geophysical Prospecting Technology of Applied Geophysical+AI[J]. Petroleum Science and Technology Forum, 2019, 38(5): 40-47.

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