From Data Centers to Global LNG Markets: The Growing Role of Certified Natural Gas

Natural gas markets have traditionally rewarded a straightforward combination of reliable supply, competitive price and operational performance. Those fundamentals have not changed; however, some customers now also expect suppliers to demonstrate verified methane emissions associated with the gas they produce and deliver.

Two major forces are driving the rising demand for certified natural gas: the rapid growth of energy-intensive sectors such as data centers and emerging global methane standards for liquefied natural gas (LNG) imports.

Demand is also appearing from customers seeking to reduce their carbon footprint, particularly manufacturers using natural gas as a feedstock rather than an energy source.

These trends are creating strong incentives for operators to demonstrate transparent, verifiable emissions performance.

For natural gas producers and midstream companies, these developments give independently verified methane performance commercial relevance beyond environmental reporting, particularly where it could influence access to customers and markets.

Certified natural gas is natural gas whose greenhouse gas impact at defined stages of the value chain has been calculated and independently evaluated. Certification efforts have historically focused heavily on methane emissions from production, although frameworks can extend to gathering, processing, transmission, storage and LNG infrastructure.

A central measure is methane intensity, broadly defined as methane emissions relative to the amount of natural gas produced or handled. The precise calculation and system boundary depend on the framework being used.

The value lies not simply in calculating methane intensity, but in independently verifying the performance behind it. Frameworks such as MiQ evaluate methane intensity alongside operating practices and the technologies used to detect leaks and minimize emissions. This gives customers credible evidence of methane management rather than relying solely on company-reported claims. According to the International Energy Agency, approximately 27% of natural gas produced in the United States is certified.

As buyers seek better emissions information, an operator’s ability to measure, manage and substantiate performance can become part of the product it brings to market.

One assumption about certified gas deserves scrutiny: that certification only makes financial sense if the gas commands a substantial price premium.

Available market information does not yet fully support this as a primary business case. Transactions and premiums remain limited and difficult to generalize. In practice, the reasons operators pursue natural gas certification tend to fall into three categories: preferred market access, potential margin improvement and brand reputation.

An operator evaluating natural gas certification solely by asking, “How much more can we charge for this gas?” may therefore be using too narrow a definition on return of investment.

A stronger business case considers whether customers are requesting verified methane information, whether certification could help qualify gas for a new customer or market and whether changing market requirements make stronger methane data commercially valuable.

Not every operator will arrive at the same answer. Certification requires resources, data and ongoing operational attention. The starting point should be a clear business case, whether certification supports access to a target market, strengthens the credibility of environmental performance or both.

The rise of digital infrastructure provides one of the clearest emerging examples.

Data centers are driving substantial new electricity demand. The U.S. Department of Energy (DOE) estimates that data centers consumed about 4.4% of U.S. electricity in 2023 and could account for approximately 6.7% to 12% by 2028.

A growing share of that demand is being met with onsite natural gas. As of 2026, data center developers have announced roughly 101 gigawatts of behind-the-meter natural gas generation in the United States, with about seven gigawatts already under construction, according to RBC Capital Markets. MiQ estimates a single 100-megawatt data center running continuously on gas-fired power could avoid more than 82,000 metric tons of CO₂e annually by sourcing Grade A certified gas. Applied only to the seven gigawatts under construction, that implies an upstream methane opportunity on the order of 5 to 6 million metric tons of CO₂e per year.

That tonnage lands on companies with public, dated sustainability commitments: Meta targets net zero across its value chain in 2030, Microsoft has pledged to be carbon negative by 2030 and Amazon projects net zero by 2040, even as each company contracts for multi-gigawatt onsite gas generation. Certified gas is one of the few procurement levers directly addressing the upstream portion of it and why verified methane performance is beginning to enter data center energy procurement.

Meta has already provided a public example. In May 2026, the company announced a targeted request for proposals to procure MiQ Certificates associated with low-methane-intensity natural gas. Meta connected the procurement to onsite, behind-the-meter natural gas generation in locations where local utilities cannot meet its electricity needs. It said the initiative is intended to mitigate emissions from upstream natural gas production and align with the company’s corporate sustainability strategies.

This example illustrates how market access and reputation can reinforce each other. For natural gas suppliers, demonstrating methane performance can help meet emerging customer expectations while providing credible evidence of environmental performance. That reputational value matters: the Onterris Outlook Report found that companies increasingly view environmental performance as a business imperative, even as they continue to work through how to translate it into measurable financial returns. Certified natural gas provides one way to connect those priorities by giving buyers independently verified evidence of methane performance.

At the same time, global LNG markets are creating a strong financial incentive for U.S. natural gas suppliers. International LNG prices have remained well above U.S. natural gas prices, supporting strong demand for exports to Europe and Asia.

But this opportunity intersects with methane performance. Europe is implementing methane requirements for imported natural gas, while Asian markets are also advancing initiatives focused on understanding and reducing methane emissions across LNG supply chains.

The European Union methane regulation, for example, establishes requirements related to methane emissions associated with imported crude oil, natural gas and coal. For applicable contracts, importers must begin reporting the methane intensity of production by August 5, 2028 (per current proposed timeline). Requirements tighten further in 2030, when applicable imports will need to demonstrate methane intensity below maximum values established by the European Commission.

Certification should not be treated as automatically equivalent to compliance. Specific methodologies, assurance requirements and contractual obligations must be evaluated for the market involved.
But the commercial direction is clear. Gas suppliers seeking access to markets with methane-related requirements will need increasingly robust information about emissions performance. Measurement, reporting and certification programs are essential to the foundation.

Demand for verifiable emissions information is also emerging from manufacturers that use methane as a raw ingredient rather than an energy source. Natural gas is a key input for products such as ammonia, fertilizer and plastics. In these applications, emissions associated with gas production can contribute to the lifecycle footprint of the finished product, giving manufacturers another reason to seek credible information about their supply.

The certification and reporting landscape includes several prominent programs, among them the Oil and Gas Methane Partnership 2.0 (OGMP 2.0), MiQ, ONE Future, Project Canary and Equitable Origin’s EO100 Standard. Operators may also participate in more than one program.

Different programs address different business objectives. Some emphasize methane inventories, measurement or methane intensity, while others address broader environmental and social performance. Some provide independent certification, while others function primarily as reporting or performance frameworks. While not interchangeable, these programs are often stacked.

The differences reinforce an important point: choosing a program should follow the business objective, not precede it.

Once an operator identifies a credible business case, the technical pathway becomes clearer.

A readiness assessment can examine methane inventory quality and boundaries, monitoring technologies, operating practices, training and reporting processes. Depending on the framework, operators may also need to reconcile equipment-level estimates with facility-level measurements.

This work can identify gaps before they affect certification performance and help determine whether the expected commercial value justifies further investment. Independent certification then serves a different role: providing assurance where performance meets the selected standard.

The sequence matters. Define the market need first, assess current performance second and pursue the appropriate certification when there is a clear reason to do so.

Certified natural gas is not a universal requirement for selling gas, nor is certification automatically the right investment for every operator.

What is changing are the commercial settings where credible methane performance can matter. Data centers are adding substantial electricity demand, and in at least one public example, incorporating certified upstream methane performance into energy procurement. Global LNG markets are introducing methane-related requirements for imports.

Taken together, these signals point toward a market where the ability to measure, manage and independently demonstrate methane performance may increasingly support participation in specific commercial opportunities.

For producers and midstream operators, it is about whether the customers and markets they want to serve are beginning to value, or require, the assurance certification can provide.

Understand where the gas is going, determine what those markets expect and evaluate current methane performance against those expectations. Where a clear business case exists, certification can become more than an environmental credential. It can become a commercial capability.