Waves

Flare and incomplete combustion monitoring

Flare and incomplete combustion

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Emissions from flaring systems and combustion devices can be a major source of methane if they are not performing appropriately. Both in OGMP 2.0 L4/L5 as well as in the new EU Methane Regulation, the performance of flaring systems and combustion devices must be measured and reported; the EU regulation requires 98% Methane Destruction Removal Efficiency (D.R.E) for flaring and combustion devices.

For this reason, it is key to monitor and assess the performances of both flaring systems and combustion devices. Aellia offers monitoring and assessment with camera and drones, in line with EU regulation and OGMP Technical Guidance Documents.

Flare and incomplete combustion monitoring

Flare efficiency monitoring

We measure and report your flare's performance with a multispectral Optical Gas Imaging camera that measures CH4 and CO2 in the fumes. It can be applied to all flares including maintenance flares, emergency flares as well as mobile flaring installations both permanently and periodically.

Flare efficiency monitoring with agni camera

Incomplete combustion assessment

An incomplete combustion assessment is conducted in all the combustion devices that use gas as fuel. This is conducted with the portable Testo 350 which can be used in difficult places and measures the mass flow and emission rates.

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UAV

UAV Flare Measurements

Thanks to our UAV-assisted emission monitoring services, companies gain access to real-time insights into flaring operations. Aellia utilizes advanced sensor technologies to provide precise and comprehensive measurements of flaring activities. From quantifying methane slip to analyzing combustion efficiency, we deliver accurate data, enabling informed decision making and targeted optimization strategies.

Methane Destruction Removal Efficiency

Quantifying unburnt methane emissions and correlating this data with the mass flow of methane input to the flare.

Flare Combustion Efficiency

Includes simultaneous measurement and analysis of the concentrations of flaring emissions such as Methane, Carbon Dioxide, Carbon Monoxide, Volatile Organic Compounds and even NOx emissions.

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