Remote sensing using satellite technology is emerging as a powerful tool for investigating methane emissions of all kinds. Where a large number of flares are operated over wide or inaccessible… can be used to monitor for flares with anomalous methane emissions. Separate toolkit entries cover the use of satellites for identifying a flare with a performance issue.
Where there is adequate separation between flares relative to the spatial resolution of the satellite it is possible to measure methane emissions and derive efficiency estimates. However, at the current state-of-the art the limits of detection, resolution and accuracy of measurements mean that when measuring methane from flares (using instruments such as hyperspectral imagery) the majority of this capability is currently directed towards the challenge of identifying a flare that has a performance issue, rather than the more complex measurement of measuring destruction efficiency. Measuring efficiency also requires high accuracy measurements of CO2 and/or data on flare volumes from the operator.
In addition to satellite operators, there are a growing number of service organisations that will process publicly available or privately sourced data and use analytics to give insights to an operator.
No case studies currently available
Remote sensing is the process of characterizing an area at a distance by analyzing reflected and emitted electromagnetic radiation. In recent years there have been a range of developments that allow this methodology to be used to assess flare efficiency. In general, they are either based around measurement of methane itself or infer flare volumes from the heat signature. In all cases, information on flaring volumes is also required to fully assess efficiency.