A simple model to predict the performance of a H2O–LiBr absorber operating with a microporous membrane
M Venegas, M de Vega, N García-Hernando… - Energy, 2016 - Elsevier
A microporous membrane is used in combination with rectangular microchannels in the
absorber of an absorption chiller with the aim of reducing the size of this cooling technology.
The simulation of the heat and mass transfer between the solution and the vapour phase in
a H 2 O–LiBr absorber using porous fibres is considered. Heat and mass transfer processes
are modelled by means of selected correlations and data gathered from the open literature.
This new model is applied for the simulation of the absorber under typical operating …
absorber of an absorption chiller with the aim of reducing the size of this cooling technology.
The simulation of the heat and mass transfer between the solution and the vapour phase in
a H 2 O–LiBr absorber using porous fibres is considered. Heat and mass transfer processes
are modelled by means of selected correlations and data gathered from the open literature.
This new model is applied for the simulation of the absorber under typical operating …
A simple model to predict the performance of a H2O&-LiBr absorber operating with a microporous membrane
MC Venegas Bernal, M Vega Blázquez… - 2016 - e-archivo.uc3m.es
A microporous membrane is used in combination with rectangular microchannels in the
absorber of an absorption chiller with the aim of reducing the size of this cooling technology.
The simulation of the heat and mass transfer between the solution and the vapour phase in
a H2O&-LiBr absorber using porous fibres is considered. Heat and mass transfer processes
are modelled by means of selected correlations and data gathered from the open literature.
This new model is applied for the simulation of the absorber under typical operating …
absorber of an absorption chiller with the aim of reducing the size of this cooling technology.
The simulation of the heat and mass transfer between the solution and the vapour phase in
a H2O&-LiBr absorber using porous fibres is considered. Heat and mass transfer processes
are modelled by means of selected correlations and data gathered from the open literature.
This new model is applied for the simulation of the absorber under typical operating …
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