Understanding and Measuring Emissions Intermittency with LongPath Technologies

When operators think about how to respond to super-emitter response program events, they need to think about their emissions coverage and their emissions quantification. The LongPath system can quantify emissions and provide coverage of the whole site.
Explore how LongPath Technologies provides unparalleled precision in responding to super-emitter events within the oil and gas sector. Our innovative system excels in quantifying emissions and offering extensive site coverage, ensuring no emission source goes undetected, regardless of its height or nature. From ground-level wells to towering flares 80-100 feet high, LongPath's laser beams achieve full-site coverage, capturing every plume.
In the era of super-emitter response programs, traditional methods like satellite overflights may identify high-rate emissions but often fall short in assessing the persistence and actual average rate of these emissions. LongPath's technology fills this gap by accurately determining the intermittency and the emissions rate. This critical information is essential for operators, especially under new regulations like the Inflation Reduction Act (IRA), where accurate waste emission charges (WEC) calculations depend on understanding the true dynamics of methane emissions.
Our open, continuous monitoring system, characterized by "hunting methane with laser beams," represents a breakthrough approach. Unlike point sensors that rely heavily on wind data and assumptions, LongPath's line sensors directly measure the methane volume emitted from a site. This direct approach minimizes uncertainties and provides a robust foundation for accurate emissions quantification and management.
Join us in our journey towards a sustainable future by leveraging LongPath's cutting-edge technology to monitor and respond to methane events effectively.
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