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Puloli Inc. Unveils Leading Performance in Methane Monitoring Tests

Puloli, Inc., a leading provider of IoT solutions, has made headlines recently by publishing significant results from their Paradigm M-Series methane monitoring devices. These results emerged from rigorous tests conducted earlier this year in the Eagle Ford basin, South Texas, in collaboration with Colorado State University's Methane Emissions Technology Evaluation Center (METEC) and SLR International Corporation.

The tests were performed in a specially designed Controlled Release Test (CRT) facility located near upstream and midstream operations within Eagle Ford. This advanced testing setup was managed by CSU METEC, demonstrating a strong partnership between academia and industry.

Key Objectives of the Testing Process

The independent validation aimed to address several important objectives:

• - Simulate Typical Operations: Replicate the equipment configuration typical of a site in the Eagle Ford region to ensure relevant results.
• - Monitor Real Conditions: Create and implement a monitoring system reflective of an actual production environment.
• - Statistical Relevance: Gather statistically significant sample sizes across different testing scenarios and weather conditions.
• - Provide Actionable Metrics: Generate reliable metrics for the expected performance of the Paradigm system.
• - Validate SLA Metrics: Establish a solid foundation for the Paradigm Service Level Agreement (SLA).

Impressive Results from Testing Phases

The outcomes of the testing were exceptional and highlighted the efficiency of the Paradigm system:

• - From the first testing sequence, Puloli achieved a Probability of Detection (PoD) of up to 94% for release rates at 25 kg/hour while maintaining an impressively low false positive rate of 0.14% and a full operational factor of 100%.
• - In the second phase, independent evaluations showed a PoD of 90% was reached at 5.5 kg/hour, with a perfect detection rate at figures exceeding 11.3 kg/hour.

Additionally, further data analysis indicated that the Paradigm system's quantification accuracy is approximately 75% at the mid-point of each release rate range. The normalized statistics for 15-minute releases revealed a mean of 0.97, with a standard deviation of 0.43, showcasing the system's precision.

Industry Impact and Future Directions

These performance metrics are significant for several reasons:

• - Unprecedented Testing: This represents the first large-scale testing in the industry by a methane monitoring provider, indicating Puloli’s leading role in this field.
• - First Publication: The results mark a pioneering moment as they are the first published performance results from this type of comprehensive testing.
• - Exceeding Expectations: The numbers surpass common expectations set by upstream and midstream operators, establishing a new standard.
• - Building Industry Trust: Such transparent and rigorous testing reinforces trust within the industry regarding methane quantification and monitoring.

Looking ahead, Puloli is set to expand its controlled release test program by launching a more complex Controlled Release Test Center. This enhanced facility will accommodate intricate structures and multiple release sources, further solidifying the Paradigm M-Series as the leading service in the methane data Software as a Service (SaaS) market.

The test results are now available for public access on Puloli's website, providing a resource for industry professionals seeking to understand the advancements in methane monitoring technologies. Additionally, Puloli will sponsor the Methane Mitigation Summit Americas taking place from December 3-5, 2024 in Houston, Texas, where further insights on test results and the performance of Paradigm M-Series will be shared.

For more information about Puloli's groundbreaking methane monitoring solutions and to access the full test report, visit puloli.com. With their innovative approach, Puloli continues to empower industries, ensuring effective and reliable methane monitoring, crucial for environmental sustainability efforts.