甲烷排放监测标准化:石油和天然气行业的全球政策视角

Andrew Emuobosa Esiri, Olusile Akinyele Babayeju, Ifeanyi Onyedika Ekemezie
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引用次数: 0

摘要

石油和天然气行业排放的甲烷具有很高的全球升温潜能值,是造成气候变化的主要因素。对这些排放物进行准确和标准化的监测对于有效减缓气候变化至关重要。本综述探讨了甲烷排放监测技术的现状,强调了直接测量、遥感和建模方法的优势和局限性。它还研究了不同的监管框架和行业实践,确定了准确性、一致性和经济障碍等关键挑战。文件提出了统一全球监测标准的战略,包括采用国际准则、认证计划和集中报告平台。此外,论文还倡导创新的监管方法,以激励更好的监测和报告实践,并强调通过数据共享和能力建设开展国际合作的必要性。综述最后讨论了标准化监测对行业的潜在影响,概述了未来的研究和发展方向,并呼吁所有利益相关者采取积极措施,以实现有效的甲烷减排。关键词甲烷排放、石油和天然气行业、监测技术和监管框架。
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Standardizing methane emission monitoring: A global policy perspective for the oil and gas industry
Methane emissions from the oil and gas industry are a major contributor to climate change due to their high global warming potential. Accurate and standardized monitoring of these emissions is essential for effective mitigation. This review explores the current state of methane emission monitoring technologies, highlighting the strengths and limitations of direct measurement, remote sensing, and modeling approaches. It also examines the diverse regulatory frameworks and industry practices, identifying key challenges such as accuracy, consistency, and economic barriers. The paper proposes strategies for harmonizing monitoring standards globally, including adopting international guidelines, certification programs, and centralized reporting platforms. Additionally, it advocates for innovative regulatory approaches that incentivize better monitoring and reporting practices and emphasizes the need for international cooperation through data sharing and capacity building. The review concludes by discussing the potential impact of standardized monitoring on the industry, outlining future research and development directions, and calling for proactive steps by all stakeholders to achieve effective methane emission reduction. Keywords: Methane Emissions, Oil and Gas Industry, Monitoring Technologies and Regulatory Frameworks.
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