Abstract
The use of butanol instead of water as a solvent for carbon dioxide-absorbing alkanolamines has the advantage of a higher absorption rate and a lower energy expenditure for the regeneration of the absorbing agent.
Citation Formats
Henkel, H J, Stamm, H, and Szabo de Bucs, E.
Method for the absorptive removal of carbon dioxide from gases. [especially alkaline fuel cell gases].
Germany: N. p.,
1976.
Web.
Henkel, H J, Stamm, H, & Szabo de Bucs, E.
Method for the absorptive removal of carbon dioxide from gases. [especially alkaline fuel cell gases].
Germany.
Henkel, H J, Stamm, H, and Szabo de Bucs, E.
1976.
"Method for the absorptive removal of carbon dioxide from gases. [especially alkaline fuel cell gases]."
Germany.
@misc{etde_7343760,
title = {Method for the absorptive removal of carbon dioxide from gases. [especially alkaline fuel cell gases]}
author = {Henkel, H J, Stamm, H, and Szabo de Bucs, E}
abstractNote = {The use of butanol instead of water as a solvent for carbon dioxide-absorbing alkanolamines has the advantage of a higher absorption rate and a lower energy expenditure for the regeneration of the absorbing agent.}
place = {Germany}
year = {1976}
month = {Mar}
}
title = {Method for the absorptive removal of carbon dioxide from gases. [especially alkaline fuel cell gases]}
author = {Henkel, H J, Stamm, H, and Szabo de Bucs, E}
abstractNote = {The use of butanol instead of water as a solvent for carbon dioxide-absorbing alkanolamines has the advantage of a higher absorption rate and a lower energy expenditure for the regeneration of the absorbing agent.}
place = {Germany}
year = {1976}
month = {Mar}
}