Abstract
It is essential to detect spontaneous combustion as soon as it occurs so as to prevent such outbreaks from becoming a serious conflagration. At present CO detection is the basic method used. States the need for setting up additional measuring points (in air returns from working palces and in return airways in general). Where possible measuring instruments should be placed near zones where there is a particularly high risk of spontaneous combustion. Measurement should be undertaken on a continuous basis or as frequently as possible and must be capable of distinguishing between extraneous CO (shotfiring and diesel motors) and CO emanating from outbreaks of spontaneous combustion. The article describes two instruments developed by CERCHAR: the remote-control CO monitors type C and CSD. Both devices make use of a UNOR analyser.
Citation Formats
Boutonnat, M, and Jeger, M.
Detection of spontaneous combustion underground by measuring CO levels.
France: N. p.,
1980.
Web.
Boutonnat, M, & Jeger, M.
Detection of spontaneous combustion underground by measuring CO levels.
France.
Boutonnat, M, and Jeger, M.
1980.
"Detection of spontaneous combustion underground by measuring CO levels."
France.
@misc{etde_6688059,
title = {Detection of spontaneous combustion underground by measuring CO levels}
author = {Boutonnat, M, and Jeger, M}
abstractNote = {It is essential to detect spontaneous combustion as soon as it occurs so as to prevent such outbreaks from becoming a serious conflagration. At present CO detection is the basic method used. States the need for setting up additional measuring points (in air returns from working palces and in return airways in general). Where possible measuring instruments should be placed near zones where there is a particularly high risk of spontaneous combustion. Measurement should be undertaken on a continuous basis or as frequently as possible and must be capable of distinguishing between extraneous CO (shotfiring and diesel motors) and CO emanating from outbreaks of spontaneous combustion. The article describes two instruments developed by CERCHAR: the remote-control CO monitors type C and CSD. Both devices make use of a UNOR analyser.}
journal = []
volume = {2}
journal type = {AC}
place = {France}
year = {1980}
month = {Jan}
}
title = {Detection of spontaneous combustion underground by measuring CO levels}
author = {Boutonnat, M, and Jeger, M}
abstractNote = {It is essential to detect spontaneous combustion as soon as it occurs so as to prevent such outbreaks from becoming a serious conflagration. At present CO detection is the basic method used. States the need for setting up additional measuring points (in air returns from working palces and in return airways in general). Where possible measuring instruments should be placed near zones where there is a particularly high risk of spontaneous combustion. Measurement should be undertaken on a continuous basis or as frequently as possible and must be capable of distinguishing between extraneous CO (shotfiring and diesel motors) and CO emanating from outbreaks of spontaneous combustion. The article describes two instruments developed by CERCHAR: the remote-control CO monitors type C and CSD. Both devices make use of a UNOR analyser.}
journal = []
volume = {2}
journal type = {AC}
place = {France}
year = {1980}
month = {Jan}
}