Novel Gas Leak Imager for the Oil & Gas Sector
Lead Participant:
M-SQUARED LASERS LIMITED
Abstract
The ability to directly image gas emissions has significant application in areas as diverse as oil & gas, health and
safety within the workspace, environmental monitoring, security and process control. Our aim is to develop an
active, low-cost gas imager using a laser illumination source and a single pixel camera system. The imaging
device is based compressive sensing using only a single pixel detector coupled to a spatial light modulator,
similar to that used in digital data projectors. The reliance on a single pixel, rather than specialist infrared
detector arrays, means the system developed can be extremely low-cost. Crucially, it can be extended all the
way into the infrared where currently no cost-effective imaging solutions are available.
safety within the workspace, environmental monitoring, security and process control. Our aim is to develop an
active, low-cost gas imager using a laser illumination source and a single pixel camera system. The imaging
device is based compressive sensing using only a single pixel detector coupled to a spatial light modulator,
similar to that used in digital data projectors. The reliance on a single pixel, rather than specialist infrared
detector arrays, means the system developed can be extremely low-cost. Crucially, it can be extended all the
way into the infrared where currently no cost-effective imaging solutions are available.
Lead Participant | Project Cost | Grant Offer |
---|---|---|
M-SQUARED LASERS LIMITED | £173,131 | £ 121,192 |
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Participant |
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INNOVATE UK |
People |
ORCID iD |
Stefan Olsson Robbie (Project Manager) |