SPONSORED: REMOTE THERMAL HYPERSPECTRAL IMAGING
parameters. RevealPro enables significant flexibility in the operation of the Hyper-Cam, but is organised in a very customisable and user-friendly fashion. The RevealPro GUI allows the user to optimise the software experience for their specific measurement workflow,’ Sante explained. This addresses another
challenge for today’s thermal infrared hyperspectral imaging users. Namely, the collection of high-quality hyperspectral data and then the processing of that data in a way that allows the user to extract the relevant information. Saute said: ‘There are many instrumental parameters that need to be optimised to ensure high data quality and often users will feel that the learning curve is steep. Additionally, for those new to hyperspectral imaging, it can often be a challenge to process the large quantities of data generated by hyperspectral imaging.’ Telops also offers in-depth
Hyper-Cam training sessions led by its experienced Field
Applications Engineering team to educate users on operational and data processing best practices. ‘We want our customers to be
successful with our products, and so we really try to take on a collaborative and educational role whenever possible,’ Saute added. Recently, Telops has also
introduced several automated data processing capabilities across a range of application areas to help users further. ‘For example, we have recently developed an algorithm that automatically performs gas detection, identification and quantification in real time,’ Saute explained. Additionally, Telops also
provides a software tool called FLAASH-IR, which allows the user to perform a common hyperspectral imaging data processing technique: temperature-emissivity separation. Now, Telops is focused on
developing smaller thermal infrared hyperspectral imaging systems with reduced power
“We have developed an algorithm that automatically performs gas detection,
In a recent white paper,
identification and quantification in real time”
requirements. Saute added: ‘The Hyper-Cam is well suited to airborne survey missions but the size, weight and power requirements limit deployment to larger fixed-wing platforms.’ Telops recently launched
the Hyper-Cam Airborne Mini. This ‘represents a dramatic reduction in size, weight and power consumption compared to the legacy Hyper-Cam airborne platform,’ according to Saute. ‘The small size of the Hyper-Cam Airborne Mini allows for operation from much smaller platforms, which further increases access to this powerful measurement technology.’
Telops describes how thermal infrared hyperspectral imaging was used to detect, identify and quantify unknown VOC emissions from a variety of industrial sites around Rotterdam port. The paper also explains how data processing algorithms helped to expand their gas detection and identification capabilities in this application. ‘Telops has worked hard to become a world leader in thermal infrared hyperspectral imaging, and I hope that our white paper clearly communicates Telops’ passion and expertise for this technology,’ Saute concluded. EO
• This article was brought to you by Photon Lines, UK and Ireland partner to Telops. Photon Lines offers a wide range of hyperspectral imaging solutions from more than one supplier, covering the electromagnetic spectrum from the UV to long wave thermal infrared.
New White Paper now online
From Telops
www.electrooptics.com/white-papers
Electro Optics
VIEW FOR FREE*
Thermal infrared hyperspectral imaging for the detection, identification, and quantification of industrial stack gas emissions
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