QLM is delighted to welcome John Bennett to the team as he joins as Head of Electronics.
QLM’s wealth of experience, expertise and talent continues to expand following our successful seed round of funding with the arrival of Dr Andrew Weld, who has joined the team as the Head of Research & Development.
Inzpire Limited has been selected as the trials partner of choice for QLM Technology’s RPAS-mounted methane detection and measurement sensor.
Inzpire’s Technical and Strategic Services Division will work with QLM Technology (QLM) to assess the ability of its new Light Detection and Imaging (Lidar) camera to detect and quantify methane emissions when mounted on an RPAS.
QLM’s team grows on both the technical and commercial sides as part of post-Seed expansion.
QLM is pleased to announce the close of its Seed funding round, securing a total of £3.1 million of multidisciplinary investment.
A quantum-enabled gas imaging Lidar camera able to visualise and quantify methane leaks caused by oil and natural gas extraction and use has been developed by QLM Technology Ltd, based in Bristol.
QLM has been named a 2021 BloombergNEF Pioneer, joining eleven other companies recognised for their leadership in transformative technologies.
QLM’s first white paper, detailing the revolutionary quantum single photon detection technology behind the upcoming gas camera, is available from today.
QLM is delighted to release their newly produced animation, produced in collaboration with AVC Immedia as part of the recent TechX project, demonstrating a vision for the future of emissions monitoring and depicting how the revolutionary quantum gas cameras will perform when instgalled on gas processing plants worldwide, measuring emissions on a continuous basis.
The SPLICE project enables the combined expertise of a wide range of experts to be brought to bear on the challenge of delivering QLM’s revolutionary quantum gas camera to the market. In this article, Jolyon De Freitas, Technical Lead for the Compound Semiconductor Applications Catapult on the SPLICE project, explains how CSAC is making the whole far greater than the sum of its parts.