The World Bank announced the GFMR Partnership at COP28 in the United Arab Emirates (UAE) to help developing countries cut flaring and methane emissions generated by the oil and gas industry. GFMR builds on the work of the Global Gas Flaring Reduction Partnership (GGFR), widening its focus to address methane venting and leaks in addition to flare gas reduction. GFMR is active in over a dozen countries, which account for about a quarter of the oil and gas sector’s methane emissions.
Flaring and Methane Reduction Programs
East Asia and Pacific
GFMR is assisting Indonesia, Malaysia, and Thailand in developing a methane emissions baseline for each country, while also launching a dashboard for methane emissions, enabling more transparent and actionable monitoring and abatement strategies in the region. GFMR is now working with the Association of Southeast Asian Nations (ASEAN) Center for Energy to identify methane abatement projects.
Europe and Central Asia
In Uzbekistan, GFMR is mobilizing US$11 million to support a complete methane survey for the state-owned gas transmission company and kick-start a leak repair facility within the Ministry of Economy and Finance. This project will quickly eliminate around 100 thousand tonnes of methane emissions per year (over 2 MtCO2e/yr).
Latin America and Caribbean
In Brazil, GFMR is assisting the National Agency for Petroleum, Natural Gas, and Biofuels (ANP) to introduce improved methane emissions regulations from the oil and gas sector by the end of 2025.
Middle East and North Africa
GFMR is helping Iraq, Egypt, and Yemen identify flaring and methane reduction project opportunities while developing action plans to address them. GFMR is also assisting the East Mediterranean Gas Forum in developing and adopting carbon abatement policy and regulatory frameworks to lower the carbon intensity of oil and gas production and enable future sustained mitigation action.
South Asia
In Bangladesh, the World Bank is helping improve energy efficiency through improved monitoring and metering, and the detection and reduction of carbon dioxide and methane emissions.