Artificial Intelligence Opportunities for Environmental Protection

Dayanch Hojageldiyev
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Abstract

Artificial Intelligence systems utilize a variety of technologies making it possible to produce comprehensive, nonetheless easy-to-use tools, which can be used by Health, Safety and Environment professionals in oil and gas industry. The objective of this paper is to provide an overview of AI opportunities for constantly evolving oil and gas business in addressing such issues as environmental protection. This paper examines a variety of AI applications aimed to provide support to HSE professionals in reviewing big batches of random data and identify important patterns for further planning; develop viable models to assist examination of various event scenarios, predict and mitigate emergencies. As with any data-driven AI tool, the type and amount of data available are perhaps the decisive factors when selecting the AI agent environment. The HSE fields with ample amounts of workable data for machine learning will be reviewed. AI systems utilize a variety of technologies making it possible to produce comprehensive, nonetheless easy-to-use tools, which can be used by HSE professionals in their daily activities. Artificial intelligence technologies today offer a pool of decision-making models for oil and gas industry. The tools developed based on the AI technologies and machine learning can help specialists working in the fields of HSE to advance their efforts in environmental protection, and contribute to mitigating climate change and weather disaster issues, biodiversity conservation, waste reduction, water security, healthy oceans, and clean air. There are over 80 areas in environmental protection initiatives where the AI and ML models are actively used. These tools prove to be more effective in executing routine tasks with higher accuracy and faster completion rates. The AI is also progressing in unsupervised decision-making, which however, raises concerns among the scientists and law-makers as algorithms using historical data may not only incorporate previous discriminations and biases, but reinforce them. Artificial intelligent systems using machine learning are constantly improving in accuracy, presenting an opportunity for constantly growing oil and gas business in improving their environmental compliance activity, and developing a well-praised image of a sustainable community partner.
人工智能为环境保护带来机遇
人工智能系统利用多种技术,可以生产出全面且易于使用的工具,供油气行业的健康、安全和环境专业人员使用。本文的目的是概述人工智能在不断发展的油气业务中解决环境保护等问题的机会。本文研究了各种人工智能应用,旨在为HSE专业人员提供支持,以审查大量随机数据,并确定进一步规划的重要模式;开发可行的模型,以协助检查各种事件情景,预测和减轻紧急情况。与任何数据驱动的AI工具一样,在选择AI代理环境时,可用数据的类型和数量可能是决定性因素。将审查具有大量机器学习可用数据的HSE领域。人工智能系统利用各种技术,可以生产出全面且易于使用的工具,供HSE专业人员在日常活动中使用。如今,人工智能技术为油气行业提供了一系列决策模型。基于人工智能技术和机器学习开发的工具可以帮助HSE领域的专家推进他们在环境保护方面的工作,并有助于缓解气候变化和天气灾害问题,保护生物多样性,减少废物,水安全,健康的海洋和清洁的空气。在环保措施的80多个范畴中,人工智能和机器学习模型得到积极应用。事实证明,这些工具在执行日常任务时更有效,具有更高的准确性和更快的完成率。人工智能在无监督决策方面也取得了进展,但这引起了科学家和立法者的担忧,因为使用历史数据的算法不仅可能包含以前的歧视和偏见,而且还会加强它们。使用机器学习的人工智能系统的准确性不断提高,为不断增长的油气企业提供了改善环境合规活动的机会,并树立了可持续发展的社区合作伙伴的良好形象。
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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