Methane and carbon dioxide measurement with industry-leading TDLAS technology and 3D temperature profiling — descended from the spectrometer NASA JPL built for the Curiosity rover.
SeekIR® measures gas concentration by laser absorption along the flight path, at parts-per-billion sensitivity for methane and carbon dioxide. The laser locks to a single methane absorption line, so other hydrocarbons on site do not register as methane. Detection performance was measured in single-blind controlled release trials at METEC, Colorado State University, with results published in Elementa.
Vertical and horizontal temperature profiles captured in flight feed plume models and flux planes — turning raw readings into defensible emission rates with dynamic uncertainty bounds.
Lightweight, ruggedized, and drone-agnostic. Measures methane, carbon dioxide, and 3D temperature profiles. Field-proven from the North Sea to the Permian Basin.
Real-time gas concentration and telemetry streamed from sky to screen, so crews confirm findings before the drone lands.
Reconciliation analytics comparing measured vs. inventoried emissions, packaged into framework-ready submissions.
The SeekIR® specification sheet covers sensor performance, operating envelope, and validation references. Available to qualified operators under NDA.
Request the SeekIR® specification sheet (available under NDA) or a sample survey deliverable for technical review.
Get in touch
