QLM

Measurement of fugitive methane emissions from an abandoned coal exploration hole in Queensland, Australia using a Quantum Gas LiDAR Science of the Total Environment, Volume 992, p 179925

Sebastian Hoerning and Philip Hayes, Gas Energy Transition Research Centre, The University of Queensland,·August 2025

Controlled Release Test Results for the Methane Lidar Camera Earth ArXiv

M. Doshi, T. Yamada, S.Quinn, G.Erol, M.Kinneson, and A. Pomerantz·February 2025

Assessing the Progress of the Performance of Continuous Monitoring Solutions under a Single-Blind Controlled Testing Protocol ( note QLM is instrument B) J. Environmental Science & Technology, Am. Chem. Soc. 2024 58 (25), 10941-10955

Chiemezie Ilonze, Ethan Emerson, Aidan Duggan, and Daniel Zimmerle·June 2024

Using Quantum Gas Lidar for Continuous Methane Emissions Quantification of Gas to Grid Plants in Water Sewage Treatment Works EGU 24-2391, European Gas Union General Assembly 2024, Vienna, Austria

A. Van Pelt, B. Srinamasivayam, A. Harrison, D. Millington-Smith, and G. Lindsay·April 2024

Single Photon Lidar Gas Imagers for Practical and Widespread Continuous Methane Monitoring Applied Energy (2022) 306 (Part B), 118086

J. Titchener, D. Millington-Smith, C. Goldsack, G. Harrison, A. Dunning, X. Ai, and M.Reed·January 2022

The Details

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QLM Quantum Lidar Methane Camera brochure

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