What Is Optical Gas Imaging and When Is It Used?
OGI cameras reveal invisible gas leaks — but coverage limits mean smarter detection strategies are essential for large pipeline networks.
OGI cameras reveal invisible gas leaks — but coverage limits mean smarter detection strategies are essential for large pipeline networks.
EU Methane Regulation demands stricter pipeline LDAR programmes — discover which inspection method meets Type-2 compliance and why it matters.
Estimated emission factors mask super-emitters and skew methane inventories — here's why direct measurement is now essential.
LDAR and the EU Methane Regulation aren't the same — here's what gas operators must know to stay compliant.
Transmission vs. distribution pipelines: key differences that determine how gas infrastructure is inspected and regulated.
A few super-emitters can cause the majority of methane losses — here's how operators find and fix them.
DIAL laser technology detects methane leaks from helicopters at 150 km/h — here's the science behind its remarkable precision.
Active and passive CH4 detection differ fundamentally — discover which method meets EU Methane Regulation compliance for pipeline inspection.
Helicopter-mounted DIAL lasers now scan entire pipeline corridors for methane leaks — faster, smarter, and regulation-ready. Here's how.
EU Methane Regulation deadlines are here — discover which detection methods truly meet Type-2 compliance standards in 2026.