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Progress in reducing gas flaring resumed in 2022, with gas flared worldwide falling by 5 billion cubic metres (bcm) to 139 bcm, its lowest level since 2010, according to new satellite data compiled by the World Bank's Global Gas Flaring Reduction Partnership (GGFR). The reduction in 2022 is equivalent to taking three million cars off the road.

Three countries – Nigeria, Mexico, and the United States – accounted for most of the decline in global gas flaring in 2022. Two other countries – Kazakhstan and Colombia – stand out for consistently reducing flaring volumes in the last seven years, World Bank said.

In addition to the overall reduction in flare volume, global flaring intensity – which is the amount of flaring per barrel of oil produced – also fell to its lowest level since satellite data began, due to the 5 percent increase in oil production in 2022. This indicates a gradual and sustained decoupling of oil production from flaring.

Despite this progress, the top nine flaring countries continue to be responsible for the vast majority of flaring, with Russia, Iraq, Iran, Algeria, Venezuela, the United States, Mexico, Libya, and Nigeria accounting for nearly three-quarters of flare volumes and under half of global oil production.

The satellite data shows that decreased Russian gas exports to the European Union did not increase gas flaring in Russia. Throughout 2022, the European Union significantly increased its liquefied natural gas (LNG) imports from the United States, Angola, Norway, Qatar, and Egypt, and via pipeline from Azerbaijan and Norway. Of these countries, only the United States, Angola, and Egypt have made substantial progress in converting associated gas that would otherwise be flared into LNG exports.

GGFR estimates that in 2022 gas flaring released 357 million tonnes of carbon dioxide equivalents, 315 million tonnes in the form of carbon dioxide and 42 million tonnes in the form of methane. The report also considers the ‘state of the science’ and the uncertainty surrounding how much methane is released from flaring. It finds that methane emissions due to flaring could be significantly higher than previously estimated. For example, if the average flare is just five percentage points less efficient at combusting methane, then globally, the amount of methane released would be three times higher than currently estimated.

"We're concerned by the amount of methane emitted through flaring, particularly from flares that are not working properly. Methane is a far more potent greenhouse gas than carbon dioxide in the short term. So, we need to understand this more and are ramping up our efforts to help developing countries tackle methane emissions," said Zubin Bamji, the World Bank's GGFR Program Manager.