Methane Emissions: Turning Technology Investments into Measurable Results

Investing in emissions measurement technologies raises a fundamental question: how will the data collected translate into better operational decisions?

In the oil and gas industry, this discussion is particularly relevant when it comes to methane. In addition to supporting greenhouse gas reduction goals, methane monitoring can help identify leaks, reduce product losses, and improve asset integrity management.

The Global Methane Tracker 2026 from the International Energy Agency (IEA) highlights that approximately 70% of methane emissions from the energy sector could be reduced using technologies that are already available today. A significant portion of this potential can be achieved at little or no net cost when considering the value of recovered gas and prevailing energy prices. However, the actual return depends on operating conditions and the corrective actions required to address identified issues.

Today, organizations have access to a wide range of technologies, including optical gas imaging (OGI) cameras, drone-based sensors, and fixed monitoring systems, expanding their ability to detect, monitor, and understand methane emissions across operations.

The choice of technology should always start with a clear understanding of the measurement objective. Detecting a leak, measuring gas concentration, and quantifying emission rates are distinct activities that require different approaches. For example, an image of a gas plume may help identify the source of an emission, but it does not, by itself, determine how much methane is being released.

Understanding this distinction is critical for selecting the appropriate solution and generating data that can effectively support operational decision-making. The International Association of Oil & Gas Producers (IOGP) emphasizes the importance of aligning detection and quantification technologies with the intended application and reporting objectives.

The value of any investment in methane monitoring is realized when the results enable organizations to identify significant emission sources, prioritize mitigation efforts, support leak detection and repair (LDAR) programs, and verify the effectiveness of corrective actions.

Technology alone, however, is not enough. Success also depends on qualified professionals, well-defined procedures, measurement traceability, and a clear understanding of uncertainty and data quality considerations.

Taking an integrated approach, Intertek Methane Clear brings these elements together through a comprehensive suite of services, including direct measurements using drones and fixed sensors, inspection and testing, data management and analytics, as well as mitigation consulting. The solution supports measurement, reporting, and verification (MRV) programs while helping organizations advance toward their OGMP 2.0 commitments.

This integrated model helps establish a clear connection between what was measured, the actions taken, and the results subsequently achieved and verified.

Ultimately, the key question for decision-makers is not whether to invest in methane monitoring technology, but which decisions that investment will enable and how the resulting data can drive measurable sustainability improvements. It is through the integration of technology, technical expertise, and operational execution that emissions measurement is transformed into tangible, lasting results. In that context, choosing the right partner becomes a decisive factor in maximizing both the value of the investment and the effectiveness of the program.