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As Oman advances towards net zero by 2050, methane management is emerging as a critical measure of operational efficiency, environmental accountability and the long-term competitiveness of its energy industry.
Oman's energy transition is entering a phase where ambition must increasingly be demonstrated through measurable operational performance.
For decades, the competitiveness of oil and gas producers has been assessed through production capacity, reserves, infrastructure and cost efficiency. Today, another dimension is becoming increasingly important: the emissions associated with every unit of energy produced.
For Oman, this shift presents both an environmental responsibility and an economic opportunity. As the Sultanate advances its net-zero 2050 ambitions, reducing methane emissions and improving emissions intensity across existing energy infrastructure could become an important component of its wider industrial decarbonisation strategy.
The challenge is no longer simply to produce energy more efficiently. It is to demonstrate that efficiency through credible measurements, transparent reporting and verifiable reductions.
Methane is a potent greenhouse gas and the primary component of natural gas. Unlike carbon dioxide, which can remain in the atmosphere for centuries, methane has a comparatively short atmospheric lifetime, making reductions particularly valuable for slowing near-term warming.
According to the International Energy Agency's Global Methane Tracker 2026, fossil fuel operations generated an estimated 124 million tonnes of methane emissions in 2025, with oil and natural gas activities accounting for approximately 81 million tonnes.
The IEA also estimates that around 75% of methane emissions from oil and gas operations could be avoided using existing technologies. For energy producers, these findings have important implications.
Methane escaping through equipment leaks, venting and other operational sources represents both an environmental impact and a loss of potentially marketable natural gas.
Addressing these emissions can therefore deliver benefits beyond decarbonisation, including improved resource utilisation, reduced operational losses and stronger asset performance.
One of the most consequential shifts in energy-sector sustainability is the growing focus on emissions intensity.
Rather than assessing environmental performance solely through total emissions, intensity metrics examine the amount of greenhouse gases released relative to a defined level of production or activity.
For oil and gas operators, this can include greenhouse gas emissions per barrel of oil equivalent produced, or methane emissions relative to natural gas production.
These measurements help operators understand how efficiently individual assets perform and identify where operational improvements can deliver the greatest impact.
However, emissions intensity and absolute emissions must be considered together.
An operator may reduce emissions per unit of production while its total emissions continue to increase as output expands. Consequently, meaningful decarbonisation requires both improved operational efficiency and sustained reductions in overall emissions.
For Oman, incorporating these metrics into asset management, investment planning and sustainability reporting could strengthen the ability of energy producers to demonstrate measurable progress.
Oman's energy sector has begun translating methane management objectives into operational practices.
Petroleum Development Oman (PDO), for example, has adopted methane monitoring and leak detection initiatives across its facilities.
According to PDO's 2024 Sustainability Report, the company completed its third cycle of leak detection and repair surveys across its assets in 2024, using optical gas imaging cameras and drone-based inspections.
PDO also reported conducting site-level methane measurement campaigns covering more than 20 facilities, alongside deploying technologies to assess flare destruction efficiency. The company reported receiving OGMP 2.0 Gold Standard recognition for its methane management efforts.
Similarly, OQ Exploration & Production has identified emissions reduction as part of its decarbonisation strategy.
OQEP reports achieving greenhouse gas emissions intensity below 15 kilograms of carbon dioxide equivalent per barrel of oil equivalent across its operated assets. The company also highlights its SMART Fugitive Methane Leak Detection tool as part of its efforts to identify and address emissions sources.
These initiatives demonstrate how methane management is moving beyond policy commitments into practical applications involving measurement technologies, equipment monitoring and operational improvements.
They also highlight an emerging opportunity for Oman's energy sector: developing more consistent, comparable and independently verifiable approaches to emissions management across assets and operators.
The global conversation around methane is evolving from estimating emissions to measuring them more accurately.
International frameworks such as the United Nations Environment Programme's Oil & Gas Methane Partnership 2.0 (OGMP 2.0) place increasing emphasis on measurement-based reporting, including source-level and site-level emissions data.
The framework is designed to help companies improve reporting accuracy, identify emissions sources and demonstrate progress towards reduction targets.
For Oman's operators, the next stage of methane management could increasingly involve three interconnected priorities.
First, stronger measurement capabilities. Satellite observations, aerial monitoring, optical gas imaging and continuous sensors can help identify emissions sources that conventional estimation methods may overlook.
Second, faster operational response. Detection becomes valuable when it leads to timely maintenance, equipment upgrades, leak repairs and reductions in avoidable venting.
Third, more transparent performance reporting. Consistent emissions baselines, clear intensity metrics and verified reductions can help investors, regulators and industry stakeholders evaluate progress.
The opportunity is to move from simply knowing that methane emissions exist to understanding precisely where they occur, how significant they are and which interventions deliver the greatest measurable reductions.
Energy markets are increasingly connecting environmental performance with supply-chain accountability.
The European Union's methane regulatory framework, for example, is introducing requirements that will progressively increase scrutiny of methane emissions associated with internationally traded fossil fuels.
According to the IEA, methane-intensity requirements for imported oil, gas and coal are scheduled to apply from 2030.
For an internationally connected energy producer such as Oman, this evolving regulatory environment reinforces the strategic importance of credible emissions data.
While production reliability, pricing and energy security remain essential, environmental performance could become an increasingly influential consideration in commercial relationships and investment decisions.
Producers capable of demonstrating lower emissions intensity, stronger measurement practices and sustained reductions may be better positioned to respond to changing market expectations.
Oman's wider decarbonisation agenda already recognises the importance of reducing methane emissions, improving energy efficiency and addressing routine gas flaring.
The Ministry of Energy and Minerals has highlighted initiatives aimed at achieving zero routine gas flaring by 2030, strengthening emissions management and deploying digital technologies to improve environmental performance across the sector.
The next challenge is to scale these efforts across the energy value chain.
That means embedding methane management into everyday operational decisions, integrating emissions performance into asset economics and ensuring that environmental commitments are supported by measurable outcomes.
It also creates opportunities for technology providers, engineering companies, research institutions and energy operators to collaborate on monitoring systems, emissions reduction solutions and workforce capabilities.
For Oman, methane management is not separate from energy security or industrial competitiveness. It is increasingly connected to both.
Oman's transition towards a lower-carbon economy will require investment in renewable energy, hydrogen, infrastructure and emerging technologies.
But it will also depend on improving the environmental performance of the energy systems already in operation.
Reducing methane emissions represents one of the more immediate opportunities to make progress.
The next chapter of Oman's energy transformation may therefore be defined not only by the new capacity it develops, but by how effectively it measures, manages and reduces the emissions associated with existing assets.
Because the future of sustainable energy will not be determined by production alone, but by the measurable impact of how that energy is produced.
https://www.iea.org/reports/global-methane-tracker-2026/key-findings?utm_source=chatgpt.com
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Frequently Asked Questions | The Oil & Gas Methane Partnership 2.0
