Taught by Highwood Emissions Management’s Thomas Fox, Making Sense of Methane Measurement Technologies outlines the value of different approaches for detecting and quantifying methane emissions. 

Actionable insights will be provided on methane measurement that can be applied by your team and across your company. Participants will learn how to strategically think about using these measurement techniques, both for LDAR and for better data predictive analytics, as well as to use measurement data for voluntary disclosure and ESG reporting.

Attendees will learn about the current state of measurement and the value of different approaches for detecting and quantifying methane emissions.

“New regulations are expected in both Canada and the U.S. that will transform how methane detection and quantification technologies are used,” said Fox, who will deliver the course on February 9. “Increasingly, voluntary ESG measurement strategies are expected.”

Fox said the methane measurement space is changing so quickly that it requires a full-time job to stay on top of the new and emerging technologies. Attendees will leave the course knowing how to choose the right methane measurement technologies for their operations.

“Doors are opening for using new technologies with the new regulations,” said Fox. “But in many cases, these technologies are only allowed if they can be demonstrated to achieve similar emissions reductions as some of the legacy methods. There’s a huge amount of potential for doing things more efficiently and getting better measurements from different types of equipment and facilities.”

Attendees will learn how to strategically think about how to use these technologies moving forward, both for LDAR but also for better data predictive analytics and using measurement data as part of voluntary disclosure and ESG reporting.

The course is recommended for anyone working in the energy sector in the United States or Canada seeking to benefit from rapidly evolving innovation in methane measurement.

Register today for One Hundred Options: Making Sense of Methane Measurement Technologies.