OGMP 2.0 Explained: A Beginner-Friendly Guide to Global Methane Monitoring Standards

Confused by methane reporting standards? Here’s OGMP 2.0 explained in a straightforward, easy-to-understand way.

Understanding and addressing methane emissions play a pivotal role in combating climate change due to methane’s potent impact as a greenhouse gas. Methane is significantly more effective than carbon dioxide at trapping heat in the atmosphere, making it a critical target for emission reduction efforts. As such, the Oil and Gas Methane Partnership (OGMP) 2.0 emerges as a vital initiative designed to enhance the accuracy and transparency of methane monitoring and reporting practices around the world.

Launched under the auspices of the United Nations Environment Programme (UNEP) and supported by a coalition of industry leaders, governments, and NGOs, OGMP 2.0 represents a collaborative effort to drive meaningful change in the oil and gas sector. This updated framework sets forth comprehensive guidelines and standardized methodologies to measure and report methane emissions, aiming to unify and elevate industry practices. By encouraging companies to adopt best practices and provide consistent, reliable data, OGMP 2.0 seeks to create a level playing field that facilitates better regulatory and voluntary actions.

The initiative’s impact is profound, as it not only enhances the quality of data collected but also fosters greater accountability and transparency. This, in turn, supports policy-making and helps investors, stakeholders, and the public to make informed decisions regarding environmental performance. Additionally, the framework encourages technological innovation and the adoption of advanced monitoring techniques, which are essential for achieving significant reductions in methane emissions.

A Third of Global Oil and Gas Production Achieved Gold Standard Reporting

Reports submitted by members using 2024 data showed that nearly one-third of global oil and gas production had either achieved Gold Standard Reporting status or was expected to reach it within the next one to two years. Based on a conservative outlook that assumes OGMP 2.0 membership remains unchanged and current implementation plans continue, production reported at Level 5 is projected to account for roughly 25% of global output by 2027 and close to 30% by 2030.

Source: OGMP 2.0 Level 5 Assessment Report – pdf compliments of OGMP Partnership.

In essence, OGMP 2.0 serves as a cornerstone in the global effort to mitigate climate change by raising the standards for methane monitoring and reporting, ultimately striving to reduce emissions and protect the environment for future generations. Through its comprehensive approach, the initiative not only addresses immediate environmental concerns but also contributes to the long-term sustainability of the oil and gas industry.

What is OGMP 2.0?

OGMP 2.0 or the Oil and Gas Methane Partnership 2.0, is an enhanced reporting framework developed by the United Nations Environment Programme (UNEP) in collaboration with the Climate and Clean Air Coalition. It seeks to provide a comprehensive approach to methane emissions measurement and reduction in the oil and gas sector. This initiative builds upon the original OGMP framework, introducing more rigorous reporting standards and encouraging greater transparency.

Designed to help companies improve the accuracy and reliability of methane emissions reporting by encouraging a transition from estimated emissions data to direct, measurement-based reporting. Through its tiered reporting framework, companies are guided toward increasingly detailed and comprehensive emissions accounting across all major methane sources and assets.

The framework also promotes the use of advanced monitoring technologies and standardized methodologies to support more consistent and credible emissions data. By improving the quality of methane reporting, the framework helps companies better identify emission sources, develop reduction strategies, and track progress toward methane mitigation goals.

In addition, OGMP 2.0 supports greater industry accountability through data review and assurance processes conducted in collaboration with UNEP’s International Methane Emissions Observatory (IMEO). The framework has become widely recognized as a leading international standard for methane emissions reporting and plays an important role in supporting global climate initiatives and methane reduction commitments across the energy sector.

The Importance of Methane Monitoring 

Methane is a potent greenhouse gas, with a global warming potential significantly higher than carbon dioxide over a 20-year period. Effective monitoring is essential to accurately quantify emissions and implement reduction strategies. Having OGMP 2.0 explainedas a pivotal role in enhancing the accuracy and reliability of methane data, thereby supporting global efforts to curb climate change.

According to the IMEO 2021 Report;

“Curbing methane emissions from fossil fuels matters. And it matters under any plausible decarbonisation scenario. UNEP promotes a rapid transition away from fossil fuels but recognizes the climate importance of curbing methane emissions during the transition.” – International Methane Emissions Observatory (IMEO), 2021 Report

As governments, regulators, and investors place greater emphasis on emissions transparency, accurate methane monitoring is becoming increasingly important across the global energy sector. Frameworks such as OGMP 2.0 help companies move beyond generalized estimates toward measurement-based reporting that provides a clearer understanding of real-world emissions. By improving data quality, organizations can better identify high-emission sources, strengthen mitigation strategies, support ESG reporting initiatives, and contribute to broader international climate goals aimed at reducing methane emissions worldwide.

Key Components of OGMP 2.0

Five Levels of Reporting

OGMP 2.0 introduces a tiered approach to reporting, comprising five levels of increasing accuracy and comprehensiveness. These levels range from basic inventory estimates to detailed direct measurements. Companies are encouraged to progress through these levels to improve the precision of their emissions data.

Source-Level Reporting

The framework emphasizes source-level reporting, requiring companies to provide detailed data on emissions from specific equipment and processes. This granular approach enables targeted mitigation strategies and facilitates the identification of high-emission sources.

Commitment to Transparency

Transparency is a core principle of OGMP 2.0. Participating companies are expected to publicly disclose their methane emissions data and progress in meeting reduction targets. This openness fosters accountability and encourages industry-wide improvements.

Benefits of Adopting OGMP 2.0

Adopting OGMP 2.0 offers numerous benefits for companies and the broader environmental landscape. By aligning with these standards, companies can enhance their reputation, fulfill regulatory requirements, and contribute to global sustainability goals. Moreover, accurate emissions data can lead to more efficient operations and cost savings through targeted reduction measures.

For more details on the full benefits, read our article on OGMP 2.0 Benefits.

How OGMP 2.0 Fits into the Pillar Cluster

OGMP 2.0 is a vital component of a larger framework aimed at reducing greenhouse gas emissions in the energy sector. It complements other initiatives and standards, such as the Paris Agreement and national regulatory frameworks, by providing a robust methodology for methane monitoring and reporting. Linking OGMP 2.0 to these broader efforts strengthens the collective impact on climate change mitigation.

Overcoming Challenges in Methane Monitoring

Methane monitoring presents several challenges, including technological limitations and the need for standardized measurement techniques. OGMP 2.0 addresses these issues by promoting the use of advanced technologies and establishing consistent reporting protocols. By facilitating collaboration among stakeholders, the framework helps overcome barriers to effective methane management.

FAQs About OGMP 2.0 Explained

How does OGMP 2.0 ensure data accuracy?

OGMP 2.0 ensures data accuracy by requiring companies to move from estimated emissions reporting toward direct, measurement-based reporting across their operations. Its tiered reporting framework encourages increasingly precise and comprehensive methane measurements using advanced technologies and standardized methodologies.

In addition, emissions reported by OGMP 2.0 companies undergo rigorous review and quality assurance through UNEP’s International Methane Emissions Observatory (IMEO). IMEO analyses reported emissions to assess whether they align with measurement-based reporting from similar sources and assets, helping verify the reliability and consistency of company-reported information.

OGMP 2.0 assurance is supported through four key review steps: data quality evaluation, data analytics, data integration using independent datasets, and implementation reviews of company methodologies and technologies. More information can be found in UNEP’s overview of the four steps of data quality assurance.

What companies are involved in OGMP 2.0?

A wide range of oil and gas companies participate in OGMP 2.0, encompassing both major industry players and smaller operators. This initiative is designed to be inclusive, encouraging participation from across the entire sector to maximize its impact on reducing methane emissions. By involving a diverse array of companies, OGMP 2.0 aims to foster collaboration and innovation in the development of new technologies and practices that can significantly curb methane leaks.

The initiative sets a framework for companies to measure, report, and mitigate their emissions, enhancing transparency and accountability. By participating, companies are not only demonstrating their commitment to environmental responsibility but also contributing to a collective effort that can lead to substantial improvements in global methane management. Through regular workshops, knowledge-sharing platforms, and technical support, OGMP 2.0 provides valuable resources and guidance to help these companies achieve their emission reduction targets effectively.

A couple of notable US companies are Chevron, Harbour Energy and BP, Please see the full list of OGMP 2.0 Member Companies as of September 2025.

What are the future prospects of OGMP 2.0?

OGMP 2.0 is expected to play an increasingly important role in global climate policy as governments, investors, and industry stakeholders place greater focus on reducing methane emissions. Its measurement-based reporting framework is helping establish a global standard for transparent and credible methane accounting across the oil and gas sector.

As regulations and international climate commitments continue to evolve, OGMP 2.0 is likely to influence future methane disclosure requirements, corporate ESG reporting, and emissions reduction strategies. The framework’s emphasis on empirical data, advanced monitoring technologies, and independent verification supports more accurate emissions tracking and helps companies identify opportunities to reduce methane emissions more effectively.

In addition, growing participation from companies and support from organizations such as UNEP and the International Methane Emissions Observatory (IMEO) position OGMP 2.0 as a central framework for improving accountability, enhancing cross-industry collaboration, and supporting global methane reduction targets, including those aligned with the Global Methane Pledge.

Conclusion

 Having OGMP 2.0 explained, represents a significant advancement in global methane monitoring standards. By providing a comprehensive framework for emissions reporting and reduction, it supports the broader goal of mitigating climate change. As more companies adopt these standards, the oil and gas sector can make meaningful progress towards a more sustainable future. Understanding and implementing OGMP 2.0 is crucial for any stakeholder committed to environmental responsibility and climate action.