Aeromon has experience in helping clients with OGMP 2.0 Level 5 requirements for site-level methane emission monitoring and reconciliation.

They are leaders in Unmanned Aerial System assisted fugitive emission measurements for industrial customers, including area mapping, leak detection, and quantifying sources.

Their measurement data serves as a tool for maintenance and development. The information obtained on fugitive emissions from numerous pollutants aids customers in meeting existing and upcoming sustainability goals and regulatory requirements.

Aeromon customizes their measurements to suit clients interests. The methods are chosen based on site-specific limitations and they have the capacity to reach difficult to access locations. During the measurement process, they provide preliminary results that are subsequently analyzed and presented in a final report.

Single Measurements

They offer one-time measurements to address pressing issues or as the basis for further collaboration. This is a turnkey package that comprises of planning, performing and reporting on the measurements.

Recurrent Measurements

They implement periodic surveys of sites in aid of your environmental targets. A business model is created to ensure successful integration into the clients workflow.

Long-term Monitoring

By way of rental agreement or continual monitoring, they deliver hands-on service. Based on purpose, this could include continuous reporting and in-person training.

Their market leading proprietary technology:

• Technology has been validated in harsh conditions both on industrial onshore and offshore facilities.
• Ability to measure multiple pollutants simultaneously allowing measurement of process emissions such as CO2, CO, tVOC, and NOx together with methane.
• Flexibility allows their measurement services to be conducted using industrial drone or simply carrying the device in hand, or using other transportation methods to suit site-specific requirements.
• Accurate detections and methods to quantify even extremely low leakages, e.g., 10 g/h of methane measured at 25 - meter distance, that have been validated in blind controlled release tests.
• Results are provided together with respective dynamic uncertainty margins using source specific information and environmental conditions for each source or source area.
• Multiple quantification methods that include Mass Balance and Reverse Dispersion Modeling enable accuracy in quantification and flexibility when choosing the best flight paths when considering local wind conditions, site infrastructure, and restrictions.

Aeromon's technology offers a baseline knowledge of sites’ fugitive emissions. With mobile emission monitoring, it is possible to measure previously inaccessible sources. Their technology enables the sampling of fugitive emissions when unloading cargo or filling up tanks, as well as monitoring at high altitudes. Their BH-12 device, in collaboration with the Aeromon Cloud Service Platform, is made to support both current and future sensors, whilst allowing for simultaneous and selective detection of multiple compounds.