Gas Sight

Low-cost gas imaging


Gas Sight

Recent Insight
  • Quantum Technology for a Global Britain?
    The UK Quantum Showcase demonstrates why others around the world are seeking to copy the UK’s quantum technology approach. It’s little surprise that the UK government is providing additional funding of £315m over the next 5 years. The 2018 UK National Quantum Technology Showcase took place in the prestigious QEII ... read more
    Source: Fact Based Insight – prepare for tomorrowNovember 21, 2018
  • Beating quantum winter: opportunities further up the quantum value chain
    The development of large scale quantum computers is expected to be a decade long journey. Some predict a quantum winter before early investors see returns. This need not be the case for those willing to look more widely. Quantum computing is the poster child of the emerging quantum technology sector. ... read more
    Source: Fact Based Insight – prepare for tomorrowOctober 3, 2018
Latest News
  • QuantIC to showcase industrial collaboration at key photonics industry events this summer
    QuantIC will be at Photonex Scotland and Laser World of Photonics next month and will bring  industrial collaboration to the forefront to highlight the Hub’s role in developing new imaging technologies as part of the UK National Quantum Technologies Programme. Photonex Scotland, which takes place in Glasgow on 5 June ... read more
    Source: QuantIC – NewsMay 16, 2019
  • QuantIC’s Professor Martin Dawson delivers keynote talk at ICDT 2019
    QuantIC’s Professor Martin Dawson at the University of Strathclyde delivered a Keynote talk on Micro-LED technology to an audience of 1200 attendees at the International Conference on Display Technology (ICDT) 2019. Held in Kunshun, China from 26-29 March, the ICDT is the only display technology conference held solely by the ... read more
    Source: QuantIC – NewsApril 18, 2019
  • Científics de la Universitat proposen l’ús de molècules magnètiques per a la computació quàntica
    The two main problems that the quantum computing has to face is, on the one hand, the difficulty to keep the sufficient time the quantum information,  ... read more
    Source: Alert – Quantum ComputersApril 12, 2019
  • Towards general relativity through parametrized theories. (arXiv:1807.05534v2 [math-ph] UPDATED)
    Boundaries, GNH, and parametrized theories. It takes three to tango. This is the motto of my doctoral thesis and the common thread along it. The thesis is structured as follows: after some acknowledgments and a brief introduction, chapter 3 is devoted to establishing the mathematical background necessary for the rest ... read more
    Source: Cornell Univ. Library: – quantum physicsMarch 5, 2019
  • QuantIC’s Professor Hadfield made RSE Fellow
      QuantIC and University of Glasgow researcher Professor Robert Hadfield has been elected Fellow of the Royal Society of Edinburgh (RSE), Scotland’s National Academy. He joins an existing Fellowship of over 1600 individuals who give their time and expertise for free to support the RSE in delivering its mission of ... read more
    Source: QuantIC – NewsMarch 4, 2019
  • QuantIC at Photonics West 2019 – a wee wrap up
    QuantIC has just returned from a successful exhibition at Photonics West. The event saw more than 23,000 registered attendees this year, making it the biggest Photonics West to date. With hundreds of product launches and live demonstrations, as well as the staggering number of technologies on display, the exhibition floor ... read more
    Source: QuantIC – NewsFebruary 15, 2019
  • QuantIC imaging components make their international debut at Photonics West 2019
    QuantIC, the UK Quantum Technology Hub in Quantum Enhanced Imaging, will be exhibiting its latest imaging prototypes and associated components at Photonics West, from 5-7 February 2019 in San Francisco. Now in its 25th year, the event is the largest and most influential annual photonics technologies showcase in North America ... read more
    Source: QuantIC – NewsFebruary 1, 2019
  • Research to develop real-time computational 3D imaging – Vision Systems Design
    Vision Systems DesignResearch to develop real-time computational 3D imagingVision Systems DesignIt has been announced that HORIBA Scientific has developed for QuantIC, the UK Quantum Technology Hub in Quantum Enhanced Imaging, Time-Correlated Single-Photon Counting (TCSPC) electronics to support its research into real-time computational  ... read more
    Source: Google News – Quantum ImagingNovember 21, 2018
  • QuantIC at the 2018 National Quantum Technologies Showcase
    This year’s National Quantum Technologies Showcase in London was the best one yet with more attendees and exhibits and QuantIC was on hand with many demonstrators that were being exhibited for the first time to industry including the Hub’s Germanium on Silicon Single-Photon Avalanche Detector and Computational Photon Counting LiDAR ... read more
    Source: QuantIC – NewsNovember 16, 2018
  • What a quantum computer is, and why it needs to be more
    The goal of quantum computing research is to discover a means of .... This according to QuantIC, the quantum imaging technology hub led by the  ... read more
    Source: Alert – Quantum Enhanced ImagingNovember 12, 2018
Project Description

The global gas sensing market was estimated at USD 1.78 billion in 2013 and is projected to be worth USD 2.32 billion by 2018. Gas sensing has relevant applications in sectors such as oil and gas, building and construction, food processing, healthcare and water treatment. There is a gap in the market for low-cost, small-sized, low-power and highly portable remote gas detection system.
This technical feasibility project, lead by M Squared Lasers Ltd, will investigate the gas detection performance capabilities of the prototype Single-Pixel Camera (SPC) in an industrial setting. The project will enable testing of the single pixel camera combined with M Squared Lasers’ tunable mid-IR laser to form an active hyper-spectral imager system. Its sensitivity will be tested at different gas/air concentrations (down to less than 1000 ppm) and at extended distances (up to 10m).
The concept uses a telecoms laser diode to illuminate a scene at 1.65μm, exactly the wavelength corresponding to the absorption of methane gas. This image of the methane cloud is overlaid upon a high resolution RGB image of the overall scene, giving a composite full colour image where the methane appears as a red cloud.
The prototype camera has already demonstrated pure methane detection in a laboratory setting. Our challenge for the next stage of the project will be to increase the sensitivity of the system so that its operational range can be increased to 3 metres or more.

Project Details
  • Demonstrator: Gas Sight
  • Capabilities: Gas imaging
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