Abstract
Taking in account the studies carried out about the vortex movement of bagasse particles, the study of pneumatic drying of this important biomass was carried out considering the heat and mass transfer. The drying process was modeled through the fundamentals equations which describe the kinetic of it and the obtained results were compared with results reported in the specialized literature on drying measurements in others kinds of bagasse pneumatics dryers under the same conditions of operation. This modulation permitted to made simulations of this process which produced acceptable results about the decrease humidity values of bagasse and it will permit to continue in the development of next studies about this topic because it is evident that it is possible to reduce bagasse dryer dimensions. (author)
Bombino Matos, Eugenio F.;
Roca Alarcón, Guillermo A.;
[1]
Marín Morán, Jorge E.
[2]
- Universidad de Oriente. Facultad de Ingeniería Mecánica. Santiago de Cuba (Cuba)
- Universidad de Oriente. Facultad de Ciencias Naturales. Santiago de Cuba (Cuba)
Citation Formats
Bombino Matos, Eugenio F., Roca Alarcón, Guillermo A., and Marín Morán, Jorge E.
Modulation of sugar cane bagasse pneumatic drying in a vortex; Modelación del secado neumático vortiginoso del bagazo de la caña de azúcar.
Cuba: N. p.,
2013.
Web.
Bombino Matos, Eugenio F., Roca Alarcón, Guillermo A., & Marín Morán, Jorge E.
Modulation of sugar cane bagasse pneumatic drying in a vortex; Modelación del secado neumático vortiginoso del bagazo de la caña de azúcar.
Cuba.
Bombino Matos, Eugenio F., Roca Alarcón, Guillermo A., and Marín Morán, Jorge E.
2013.
"Modulation of sugar cane bagasse pneumatic drying in a vortex; Modelación del secado neumático vortiginoso del bagazo de la caña de azúcar."
Cuba.
@misc{etde_22602499,
title = {Modulation of sugar cane bagasse pneumatic drying in a vortex; Modelación del secado neumático vortiginoso del bagazo de la caña de azúcar}
author = {Bombino Matos, Eugenio F., Roca Alarcón, Guillermo A., and Marín Morán, Jorge E.}
abstractNote = {Taking in account the studies carried out about the vortex movement of bagasse particles, the study of pneumatic drying of this important biomass was carried out considering the heat and mass transfer. The drying process was modeled through the fundamentals equations which describe the kinetic of it and the obtained results were compared with results reported in the specialized literature on drying measurements in others kinds of bagasse pneumatics dryers under the same conditions of operation. This modulation permitted to made simulations of this process which produced acceptable results about the decrease humidity values of bagasse and it will permit to continue in the development of next studies about this topic because it is evident that it is possible to reduce bagasse dryer dimensions. (author)}
journal = []
issue = {3}
volume = {16}
journal type = {AC}
place = {Cuba}
year = {2013}
month = {Jul}
}
title = {Modulation of sugar cane bagasse pneumatic drying in a vortex; Modelación del secado neumático vortiginoso del bagazo de la caña de azúcar}
author = {Bombino Matos, Eugenio F., Roca Alarcón, Guillermo A., and Marín Morán, Jorge E.}
abstractNote = {Taking in account the studies carried out about the vortex movement of bagasse particles, the study of pneumatic drying of this important biomass was carried out considering the heat and mass transfer. The drying process was modeled through the fundamentals equations which describe the kinetic of it and the obtained results were compared with results reported in the specialized literature on drying measurements in others kinds of bagasse pneumatics dryers under the same conditions of operation. This modulation permitted to made simulations of this process which produced acceptable results about the decrease humidity values of bagasse and it will permit to continue in the development of next studies about this topic because it is evident that it is possible to reduce bagasse dryer dimensions. (author)}
journal = []
issue = {3}
volume = {16}
journal type = {AC}
place = {Cuba}
year = {2013}
month = {Jul}
}