We have ignition: First flame achieved in new flare detection field experiment

Led by Ph.D. student Kevin Galvin, the EAO group is preparing to perform the first independent, blind intercomparison of flare detection and flare volume quantification systems, evaluating satellite, aircraft, drone, and ground-based sensors under realistic operating conditions. The study includes a blind testing phase, in which participants estimate flow rates without access to ground-truth data, as well as a collaborative phase focused on improving how flare performance and emissions are measured. By combining controlled releases with advanced monitoring systems, the project will generate a high-quality dataset to support more accurate and transparent emissions tracking.

At this stage, we are finalizing experimental design, instrumentation, and partnerships.  This represents the first iteration of an evolving experimental framework, with plans to expand to additional technologies, measurement approaches, and collaborators over time.