Remote sensing of methane emissions by combining optical similitude absorption spectroscopy (OSAS) and lidar

Remote sensing of methane emissions by combining optical similitude absorption spectroscopy (OSAS) and lidar

Monitoring the emission of gases is difficult to achieve in industrial sites and in environments presenting poor infrastructures. Hence, robust methodologies should be developed and coupled to Lidar technology to allow remote sensing of gas emission. OSAS is a new methodology to evaluate gas concent...

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Main Authors: Galtier Sandrine, Anselmo Christophe, Welschinger Jean-Yves, Cariou Jean-Pierre, Sivignon Jean-François, Miffre Alain, Rairoux Patrick
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:EPJ Web of Conferences
Online Access:https://doi.org/10.1051/epjconf/201817601010
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spelling doaj-1a08aa2c32a14516a90d0702db08f2db2021-08-02T04:26:07ZengEDP SciencesEPJ Web of Conferences2100-014X2018-01-011760101010.1051/epjconf/201817601010epjconf_ilrc28_01010Remote sensing of methane emissions by combining optical similitude absorption spectroscopy (OSAS) and lidarGaltier SandrineAnselmo ChristopheWelschinger Jean-YvesCariou Jean-PierreSivignon Jean-FrançoisMiffre AlainRairoux PatrickMonitoring the emission of gases is difficult to achieve in industrial sites and in environments presenting poor infrastructures. Hence, robust methodologies should be developed and coupled to Lidar technology to allow remote sensing of gas emission. OSAS is a new methodology to evaluate gas concentration emission from spectrally integrated differential absorption measurements. Proof of concept of OSAS-Lidar for CH4 emission monitoring is here presented.https://doi.org/10.1051/epjconf/201817601010
collection DOAJ
language English
format Article
sources DOAJ
author Galtier Sandrine
Anselmo Christophe
Welschinger Jean-Yves
Cariou Jean-Pierre
Sivignon Jean-François
Miffre Alain
Rairoux Patrick
spellingShingle Galtier Sandrine
Anselmo Christophe
Welschinger Jean-Yves
Cariou Jean-Pierre
Sivignon Jean-François
Miffre Alain
Rairoux Patrick
Remote sensing of methane emissions by combining optical similitude absorption spectroscopy (OSAS) and lidar
EPJ Web of Conferences
author_facet Galtier Sandrine
Anselmo Christophe
Welschinger Jean-Yves
Cariou Jean-Pierre
Sivignon Jean-François
Miffre Alain
Rairoux Patrick
author_sort Galtier Sandrine
title Remote sensing of methane emissions by combining optical similitude absorption spectroscopy (OSAS) and lidar
title_short Remote sensing of methane emissions by combining optical similitude absorption spectroscopy (OSAS) and lidar
title_full Remote sensing of methane emissions by combining optical similitude absorption spectroscopy (OSAS) and lidar
title_fullStr Remote sensing of methane emissions by combining optical similitude absorption spectroscopy (OSAS) and lidar
title_full_unstemmed Remote sensing of methane emissions by combining optical similitude absorption spectroscopy (OSAS) and lidar
title_sort remote sensing of methane emissions by combining optical similitude absorption spectroscopy (osas) and lidar
publisher EDP Sciences
series EPJ Web of Conferences
issn 2100-014X
publishDate 2018-01-01
description Monitoring the emission of gases is difficult to achieve in industrial sites and in environments presenting poor infrastructures. Hence, robust methodologies should be developed and coupled to Lidar technology to allow remote sensing of gas emission. OSAS is a new methodology to evaluate gas concentration emission from spectrally integrated differential absorption measurements. Proof of concept of OSAS-Lidar for CH4 emission monitoring is here presented.
url https://doi.org/10.1051/epjconf/201817601010
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AT welschingerjeanyves remotesensingofmethaneemissionsbycombiningopticalsimilitudeabsorptionspectroscopyosasandlidar
AT carioujeanpierre remotesensingofmethaneemissionsbycombiningopticalsimilitudeabsorptionspectroscopyosasandlidar
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AT rairouxpatrick remotesensingofmethaneemissionsbycombiningopticalsimilitudeabsorptionspectroscopyosasandlidar
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