Learn How Flare Monitoring Cameras Detect Problems Before Failure

Getting More From Every Burn

An efficient flare loses less fuel and burns more completely. Thermal monitoring flags blocked burner tips, poor fuel distribution, and airflow issues before they quietly drain efficiency.

How Drone-Based Flare Inspection Works

Instead of shutting the flare down or sending a crew up scaffolding, a thermal drone flies a controlled pattern around the stack, capturing calibrated imagery from multiple angles. The precision of high-tech infrared cameras allows them to measure temperatures with accuracy as small as 0.05°C – something that cannot be accomplished by manual inspection.

Benefits to consider:

• No shutdown required – the system operates even while the flare is functioning
• Faster process – what takes several hours by foot will take minutes airborne
• Increased safety – no worker needs to climb up and work near the open fire
• Decreased costs – less scaffolding, less confined space entry, less emergency work

Common Problems Caught by Thermal Flare Inspection

Thermal imaging surfaces issues that are invisible to the naked eye:

• Burner tip fouling — cold zones where gas isn't igniting properly
• Uneven flame spread — poor fuel-air mixing across the burner array
• Heat loss through casings — a sign of failing refractory or thinning metal
• Structural fatigue — cracks and weld failures create distinct thermal patterns
• Gas leaks — escaping hydrocarbons cool as they expand, creating a visible signature
• Incomplete combustion — thermal patterns above the flame reveal inefficient burning

Catching any of these early means a scheduled repair instead of an emergency one.

Where This Technology Gets Used

Flare Monitoring Cameras and drone-based inspection are used wherever high-temperature combustion is part of daily operations, including oil and gas facilities, petrochemical plants, refineries, power stations, and LNG terminals.