Oil and Gas Methane Partnership
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| Oil and Gas Methane Partnership | |
|---|---|
| Name | Oil and Gas Methane Partnership |
| Abbreviation | OGMP |
| Formation | 2014 |
| Type | Multi-stakeholder initiative |
| Headquarters | Geneva |
| Region served | Global |
| Parent organization | United Nations Environment Programme |
Oil and Gas Methane Partnership
The Oil and Gas Methane Partnership is a multi-stakeholder initiative focused on reducing methane emissions from the global oil and gas industry. Launched under the auspices of the United Nations Environment Programme and involving energy companies, environmental organizations, and intergovernmental actors, the Partnership seeks to harmonize measurement, reporting, and mitigation approaches across producers, service companies, and host states. It aims to align corporate practices with international commitments such as the Paris Agreement and to inform policy processes including the United Nations Framework Convention on Climate Change negotiations.
Overview
OGMP convenes actors from the International Energy Agency, World Bank, European Commission, major energy corporations like BP, Shell plc, ExxonMobil, and Equinor ASA, alongside non-governmental organizations such as Environmental Defense Fund, Greenpeace International, and WWF International. The initiative emphasizes transparent measurement, standardized reporting frameworks, and independent verification to address methane—a potent greenhouse gas—across upstream, midstream, and downstream operations. OGMP sets technical guidance that interfaces with instruments like the Intergovernmental Panel on Climate Change assessment methodologies and statistical frameworks used by national reporting to the Global Stocktake under the Paris Agreement.
History and Development
OGMP was announced in 2014 at events involving the UN Environment Programme and industry stakeholders, building on earlier dialogues such as the Climate and Clean Air Coalition efforts and meetings of the International Maritime Organization on short-lived climate pollutants. Early participation included companies on lists compiled by Forbes and policy actors from the European Union and the United States Department of State. The Partnership expanded through iterative technical releases, culminating in OGMP 2.0, which introduced an enhanced Measurement, Reporting, and Verification protocol influenced by research from institutions such as National Aeronautics and Space Administration, Massachusetts Institute of Technology, and the Lawrence Berkeley National Laboratory.
Objectives and Scope
OGMP sets out to reduce methane emissions intensity and absolute emissions from upstream oil and gas production, gas processing and transmission, and liquefied natural gas operations. Primary objectives include standardized emissions accounting aligned with IPCC guidelines, adoption of best-available detection technologies used by organizations such as NASA, NOAA, and private firms like GHGSat, and implementation of mitigation measures advocated by International Energy Agency and World Bank technical teams. Scope covers well sites, pipelines, compressors, flaring and venting operations, and storage facilities located in jurisdictions ranging from Norway and United Kingdom to Nigeria and Kazakhstan.
Membership and Governance
Membership comprises multinational corporations (for example, TotalEnergies SE, Chevron Corporation, ENI), national oil companies, and corporate service providers, alongside civil-society observers including Clean Air Task Force and Natural Resources Defense Council. Governance is overseen by a secretariat hosted by the United Nations Environment Programme, with advisory inputs from technical committees that include experts from European Space Agency, U.S. Environmental Protection Agency, and academic centers such as Stanford University and Imperial College London. Decision-making balances corporate commitments, NGO scrutiny, and intergovernmental expectations exemplified by coordination with Organisation for Economic Co-operation and Development stakeholders.
Measurement, Reporting, and Verification (MRV)
OGMP 2.0 introduced a tiered MRV framework that integrates bottom-up methods (facility-level gas analyzers, optical gas imaging) and top-down approaches (airborne surveys, satellite retrievals from platforms like Sentinel-5P and Landsat). Reporting templates align with IPCC tiers and encourage reconciliation of discrepancies between company-inventory estimates and atmospheric measurements produced by institutions such as European Centre for Medium-Range Weather Forecasts and research groups at Harvard University. Verification protocols call on third-party auditors, peer review by participating NGOs, and use of standardized metadata to enhance comparability across operators in diverse legal environments including Russia and Canada.
Implementation and Projects
OGMP members have implemented projects ranging from methane leak detection and repair programs in basin operations like the Permian Basin and the Kashagan Field, to pilot deployments of continuous monitoring sensors in collaboration with technology firms such as Picarro and Sensors & Software. Partnerships have funded capacity-building initiatives in developing-country contexts, working with multilateral lenders like the International Finance Corporation and bilateral partners including the United Kingdom Department for International Development and the Norwegian Agency for Development Cooperation. Demonstration projects often reference operational best practices from American Petroleum Institute standards and align with corporate net-zero targets announced by companies on indices such as the FTSE 100 and the S&P 500.
Criticisms and Challenges
Critiques of OGMP include concerns about voluntary commitment efficacy, potential greenwashing by listed companies, and uneven uptake across national oil companies in regions such as Middle East and parts of Africa. Observers from Amnesty International and investigative journalism outlets like The Guardian have highlighted gaps between reported inventories and satellite-detected emissions hotspots. Technical challenges persist in reconciling bottom-up inventories with top-down atmospheric data, ensuring impartial third-party verification in jurisdictions with limited regulatory oversight, and scaling continuous monitoring technologies cost-effectively across dispersed assets.