Over 20 years, methane has become more than 80 times more potent than CO₂, making it a formidable climate pollutant. Methane has drawn attention due to its short-term effects and relatively simple abatement possibilities as pressure mounts for global efforts to keep warming to 1.5°C. Since overall emissions are still rising, particularly from the energy sector, the IEA’s Global Methane Tracker 2025 emphasizes how urgent it is to reduce emissions. This urgency is compounded by the fact that methane’s atmospheric lifetime is just about a decade, meaning that reductions can yield rapid climate benefits.

Key Findings from the IEA’s Global Methane Tracker 2025

According to the analysis, methane emissions linked to energy exceed 120 million tons annually and do not appear to be peaking. Fossil fuels continue to be a significant source, accounting for around one-third of methane emissions caused by humans. The IEA has included emissions from mines and wells abandoned for the first time, adding 8 million tons in 2024 alone. An extra 20 million tons come from traditional bioenergy use, especially biomass in underdeveloped countries. These findings paint a clear picture: despite growing awareness, significant blind spots remain in methane accounting and mitigation.

Also Read: Top 10 Global Methane Hotspots Identified In New Atmospheric Study

Energy Sector Under Scrutiny

Only just over 5% of worldwide oil and gas production satisfies near-zero emission norms, indicating that the industry is still lagging. Between 2010 and 2024, upstream gas, oil, and steam coal emissions remained consistently high. The number has increased even more as a result of this year’s statistics, which include abandoned facilities. Although adoption is still low, the IEA’s Global Methane Tracker 2025 highlights that most of these pollutants might be reduced using inexpensive or cost-negative alternatives.

Missed Opportunities for Mitigation

Although readily available solutions to reduce methane emissions exist, their application is still uneven. Proven solutions include enhanced infrastructure, routine flaring and venting prohibitions, and Leak Detection and Repair (LDAR) programs. Few of the many international commitments have resulted in measurable, practical cuts. This is indicative of a larger absence of oversight and enforcement, particularly in areas with inadequate governance structures. Stronger enforcement mechanisms, alongside greater funding for infrastructure upgrades, could help bridge this implementation gap.

Policy & Industry Progress: Still Inadequate

Although methane pledges currently cover around 80% of oil and gas production, just 5% align with the company’s near-zero emission commitments. Numerous sizable manufacturers and businesses still lack clear objectives or solid action plans. While some countries, such as Canada, have attempted to update their methane inventories, in Canada’s case, by 35%, the majority still report data that is, according to the IEA, over 80% below real levels.

Also Read: Rising Methane From Tropical Wetlands Threatens Climate Goals

Technological Advances and Monitoring Tools

The methane monitoring landscape has significantly grown, with more than 25 satellites currently in use. MethaneSAT and Tanager-1, two noteworthy new additions in 2024, better identify smaller and scattered sources, especially emitters with rates under 500 kg/h. The discrepancy between reported and real emissions was further exacerbated in 2024 when Sentinel-5P data showed a record number of super-emitting incidents. The rise in satellite capabilities represents a turning point, allowing greater transparency and accountability for emitters worldwide.

Why The IEA’s Global Methane Tracker 2025 Report Matters

Since pre-industrial times, methane has been responsible for around 30% of global temperature increases. Because of its short atmospheric lifespan, reducing methane is the quickest method to limit climate change in the near future. According to the IEA, preventing leaks and reducing flaring can recover up to 100 billion cubic meters of gas, making methane abatement a climate necessity and a lost economic opportunity. Beyond environmental benefits, methane reductions can significantly enhance energy efficiency and market stability.

Conclusion: What Needs to Happen Next

The IEA’s Global Methane Tracker 2025 report from the IEA emphasizes a worldwide call to action. The EU’s 2024 law is among the earliest efforts to address methane emissions from imports, and around 100 nations have already started creating national methane action plans. However, there are still significant gaps, especially in areas like northern Russia and Venezuela, with poor satellite visibility. Stronger Measurement, Monitoring, Reporting, and Verification (MMRV) systems, more policy enforcement, and improved international collaboration are all emphasized in the report. The coming years will determine whether these frameworks translate into meaningful change.

Even though some businesses, such as ConocoPhillips and TotalEnergies, fulfill the UNEP’s strictest reporting requirements, they are still the exception. The message is straightforward: the expenses are reasonable, the data is becoming better, and the tools are available. The political will to take large-scale action is what’s lacking.

Without decisive leadership and global alignment, the window to act on methane will continue to narrow.

Also Read: IEA Reports Persistently High Methane Emissions From Energy Sector In 2024 Despite Available Mitigation Measures