Methane Measurement for OGMP 2.0

A recent study by MethaneSAT ( read here) confirms what the industry has long suspected— smaller, dispersed methane sources account for the majority of emissions in the U.S. oil and gas sector. The study highlights a fundamental flaw in methane reduction strategies: while satellite data provides a big-picture view, it lacks the real-time accuracy needed to control emissions at the source.

In reality, using satellites to track and control methane leaks is like playing an endless game of whack-a-mole—by the time an emission hotspot is identified, valuable time has been lost, and operators are left chasing problems instead of preventing them.

The Problem with Satellite Tracking

Satellite-based methane monitoring is useful for broad, global-scale reporting but falls short when it comes to real-world methane reduction. Here’s why:

• Time Lag: Methane emissions detected by satellites can take days or even weeks to be processed and reported. By the time operators receive data, methane has already been released and dispersed.
• Limited Granularity: Satellite tracking identifies large-scale emission hotspots, but can’t pinpoint specific equipment failures, leaks, or the exact source of the problem.
• Ineffective for Compliance & Flaring Control: Regulations like OGMP 2.0 demand site-level, asset-specific reporting—something satellite data alone cannot provide.

The Real Answer: Site-Level Methane Measurement with Fluenta’s FlareSens

To actually reduce methane emissions, companies need real-time, site-specific data that enables immediate action—which is exactly what Fluenta’s FlareSens system delivers.

What is FlareSens?

FlareSens is a cutting-edge methane measurement system designed for real-time, high-precision monitoring of flare stacks, leaks, and emissions sources in the oil and gas industry. Unlike satellite tracking, FlareSens provides:

• Continuous, Real-Time Monitoring – Detects and quantifies methane emissions instantly, ensuring operators can respond before leaks become costly problems.
• High-Precision Flare Gas Measurement – Uses advanced ultrasonic technology to measure methane and other hydrocarbons with industry-leading accuracy.
• Regulatory Compliance & ESG Reporting – Fully aligned with OGMP 2.0 supporting companies in meeting global methane reduction targets ( learn more about Fluenta’s compliance solutions).
• Seamless Integration – Works alongside existing monitoring systems and automation platforms, reducing operational complexity and improving response times.

Shifting from Detection to Prevention

While satellite data will always have a role in broad methane tracking, it is not a substitute for site-level measurement. Regulators who rely solely on satellite detection are reacting too late—by the time a methane leak is reported, the damage is done.

FlareSens flips this model on its head by enabling operators to measure, control, and prevent emissions in real time—before they become a problem. This not only ensures compliance with tightening methane regulations but also protects revenue by reducing unnecessary flaring and emissions penalties.

Beyond Compliance: FlareSens as a Business Advantage

Adopting FlareSens isn’t just about avoiding fines and meeting regulatory targets—it’s a strategic move that enhances operational efficiency, reduces waste, and improves sustainability credentials.

By implementing FlareSens, operators can:

✅ Reduce methane losses and improve fuel efficiency.

✅ Enhance ESG reporting to attract investors and meet sustainability targets.

✅ Avoid regulatory penalties by ensuring compliance with OGMP 2.0 and national methane regulations.

✅ Demonstrate leadership in methane reduction, setting themselves apart from competitors.

The Bottom Line: It’s Time to Move Beyond Whack-a-Mole Methane Control

Satellite tracking identifies methane problems. FlareSens helps operators solve them.

Fluenta’s FlareSens system delivers real-time, precise methane measurement, empowering operators to take instant action and eliminate emissions at the source. The industry no longer needs to play catch-up—it’s time to take proactive control of methane reduction.