We found a match
Your institution may have access to this item. Find your institution then sign in to continue.
- Title
SIMULACIÓN DEL PROCESO FERMENTATIVO PARA LA OBTENCIÓN DE BIOETANOL A PARTIR DE RESIDUOS DE ARROZ.
- Authors
Capdevila, Verónica; Gely, Cristina; Pagano, Ana; Kafarov, Viatsheslav
- Abstract
In this paper presents a simulation model of the fermentation/separation process of bioethanol from hydrolyzed pretreated rice husk, using Aspen HYSYSsimulator. Sensitivity studies performed on the developed model indicated levels for selected variables: biomass/water ratio of 1:2,89 ; biomass flow of 50 t/h and inlet temperature separator of 30°C, leading to maximize the yield of bioethanol. From these variables, a bioethanol production of 8,81 t/h with a purity of 65,51% w/w is obtained, corresponding to a flow of hydrolyzed treated biomass of 50 t/h. This work represents an advance in the development of the simulation model of the complete process to obtain second generation of bioethanol from rice husks.
- Subjects
ETHANOL as fuel; RICE residues; SIMULATION methods &; models; ENERGY crops; LIGNOCELLULOSE; FERMENTATION
- Publication
Avances en Ciencias e Ingeniería, 2015, Vol 6, Issue 2, p11
- ISSN
0718-8706
- Publication type
Article