Five Fundamentals of a World-Class Methane Management Program

Operators often confuse more methane data with a more effective methane program.

More data only creates value if the people, processes and systems are in place to do something with it.

An operator may have sophisticated measurement technology, but does that tool satisfy your regulatory requirements and give the level of data visibility you need to support operational decisions?

World-class methane monitoring programs make those connections. They generate defensible data, get it to the right teams in a way they can understand and act on, and use the results to improve environmental and operational performance over time.

Whether managing methane at an oil and gas facility or a landfill, every operator faces many of the same challenges. While the exact approach may vary by facility, I have seen five fundamentals consistently define the strongest methane programs.

Today’s compliance requirements establish an important baseline. Mature methane programs build from that foundation with a longer-term view.

From there, teams should identify one or two high-impact opportunities where better methane information could improve operating decisions, reduce uncertainty, or address a significant emissions risk.

For an oil and gas operator, the baseline may include a reliable inventory, a documented management of change (MOC) process, and alignment with leak detection and repair (LDAR), quantification and reporting requirements. The next investment might target higher-emitting facilities or sources where better data could pinpoint product loss, investigate abnormal emissions or strengthen confidence in reported performance.

For a landfill operator, the baseline may include surface emissions monitoring, applicable LDAR requirements and landfill gas generation assessments. From there, the next investment might focus on wellfield optimization or targeted methane monitoring, where better data could improve gas capture efficiency, identify collection issues or prioritize corrective actions before smaller issues become more significant.

Moving beyond the compliance baselines does not have to happen overnight. Trying to implement too much at once can recreate the same reactive cycle if new technologies and processes have not been fully integrated. Operators also need to account for evolving requirements, from state regulations such as Washington’s Landfill Methane Emissions Rule to international requirements such as the EU Methane Regulation. A phased, multi-year strategy allows teams to prioritize the areas of greatest impact, implement improvements, evaluate the results and determine what comes next.

Having data is not the same thing as being able to defend it. When a team is confident it understands what happened and why, I ask one more question: “Can you prove it?” If the answer is no, there is still work to do.

When the supporting data cannot withstand scrutiny, operators face greater exposure to regulatory challenges, costly follow-up investigations and questions about the credibility of their reported performance.

A defensible methane emissions reduction program allows a team to explain what is happening, test emissions estimates against measured performance, document response and demonstrate the outcome. This record supports reporting and verification while giving operators information they can use to identify opportunities for improvement before any external scrutiny occurs.

Defensibility, however, does not mean every emissions factor should be replaced with measurement. Some sources may be adequately represented by an emissions factor. The opportunity is to identify where measured data can materially improve accuracy and confidence and invest there.

Methane sources do not carry equal risk, and every measurement does not deliver equal value. Invest where better information can improve decision-making.

Start with three questions:

Start with the decisions, not the instrument. When teams know what they need to understand, where the greatest uncertainty resides and how quickly they need to respond, the choosing the right approach becomes more focused.

Finding a methane issue is only useful if the team knows what to do next. Strong programs make that response part of routine operations, making sure methane considerations are embedded in how operations identify, prioritize and respond to abnormal conditions.

This process can be surprisingly practical. A monthly or quarterly checklist, for example, can put methane best practices in front of field teams alongside the work they’re already doing.

The end goal for methane emissions management is to become part of how the facility operates, not a separate environmental process that begins only after a problem is found.

Finding an emission and taking corrective action does not tell you whether the problem was solved. To close the loop between measurement and action, you have to measure again to determine if the intervention worked, if emissions declined and if the issue is recurring. Over time, this process reveals recurring problems, successful interventions and any gaps that remain.

Another question I ask of mature teams is: What did you get better at this year?

A mature team should be able to point to gaps if found, identify what changed and whether those changes worked. At this point, the value of methane data proves its worth beyond a reporting mechanism by helping the team operate better.

A world-class methane program is never finished because the conditions around it do not stand still. Regulations changes, measurement technologies are continually advancing and new data capabilities expose opportunities the team couldn’t see before.

Maturity comes from having a repeatable process for responding to change that allows the team to leverage the data they have to understand what is happening and act where it matters most.

A program built around defensible data, targeted measurement and operational integration can keep improving without having to reinvent itself every time something around it changes.