Record Methane Emissions. Proven Solutions. So Why Isn’t the Gap Closing

The International Energy Agency released its Global Methane Tracker 2026 this week - and the headline finding is both striking and preventable: methane emissions from the energy sector have plateaued near record highs, despite the fact that the technology and economics to reduce them have never been more compelling.

For operators, the report deserves a close read. Not because it introduces new obligations, but because it quantifies - with increasing precision - both the scale of the problem and the size of the opportunity being left on the table.

The Gap Between Commitment and Action

Commitments to reduce methane now cover over half of global oil and gas production. Yet emissions plateaued near record highs in 2025 - revealing a significant implementation gap.

The explanation is straightforward: pledges don't reduce emissions. Measurement does. At GHGSat, we see this play out every day - operators who have made commitments but lack the continuous, facility-level data needed to act on them. Closing that gap is exactly what we're built for.

124 Million Tonnes - and Most of It Addressable

The IEA estimates methane emissions from oil, gas, and coal total 124 million tonnes a year. More telling is how much of it is preventable: around 70% could be reduced using existing technologies, and more than 35 million tonnes could be abated at no net cost - because the value of the gas recovered exceeds the cost of abatement.

These are not emissions that require sacrifice. They represent operational waste that monitoring and mitigation can convert into recovered product and revenue.

The Energy Security Dimension

The 2026 Tracker makes an argument that goes beyond climate: methane abatement is an energy security issue. The IEA estimates that cutting methane from oil and gas operations globally could deliver nearly 100 bcm of gas to markets each year - double the supply volumes disrupted by the ongoing crisis in the Middle East.

Reducing methane isn't a trade-off against energy supply. It is energy supply.

The Data Quality Problem

Despite a large increase in reporting, the IEA notes that methane emissions estimates remain subject to significant uncertainty. When figures are based on proxies rather than direct measurement, operators are managing a problem they can't fully see.

GHGSat is helping close that gap. Our constellation - the world's largest dedicated to methane monitoring - detected over 28,000 methane plumes in 2025, across 2.93 million facilities in 127 countries, totalling 25.1 million tonnes of CH4. That's what moving from estimates to evidence looks like at scale.

The Emerging Market Frontier

The 2026 Tracker highlights the emergence of markets for fuels with near-zero methane intensity - a development reshaping how energy is priced and traded globally. Verified, low-methane supply is becoming a premium product, and the operators best positioned to compete are those who can demonstrate performance with independently validated data.

GHGSat's detection capabilities have been validated by NASA, the European Space Agency, Stanford University, and METEC at Colorado State University - providing the scientific credibility that regulators, investors, and buyers increasingly require.

The IEA's Tracker tells the world where emissions stand and what's possible. GHGSat provides the facility-level data needed to act on it.

Curious what the numbers look like for your operations? Use GHGSat's methane emissions calculator to run your own estimate.

Ready to talk about what this means for your operations? Get in touch with the GHGSat team.