4, v.1Computer aided tools for process synthesis, analysis and optimium design of biofuel production author indexsubject indexsearch form
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Encontro de Energia no Meio Rural



Abstract

SANTIAGO, B. H. S., SELVAM, P. V. P, MARINHO NETO, J. et al. Conservação e cogeração de energia com produção de biocombustíveis derivados da lenha. In Procedings of the 4th Encontro de Energia no Meio Rural, 2002, Campinas (SP) [online]. 2002 [cited 19 January 2022]. Available from: <http://www.proceedings.scielo.br/scielo.php?script=sci_arttext&pid=MSC0000000022002000100040&lng=en&nrm=iso> .

The charcoal making industry and the other industries which use wood as fuel produce larger quantity of wastes leading to serious pollution needing end pipe tecnology. Among the solution to rednce this toxic effect of this polution, we need to undertand pyrolysis, which results in decomposition and transformation of biomass into residues .In this present work, the charcoal production system is studied and developed to produce liquid and gas bio combustivel . In addition to this, the modeling and simulation of energy production based on pyrolysis of wood was also made The present study involve inovative methods of process . analysis and synthesis which were carried out for the small scale cogeneration of energy production as well as the energy integeration of charcoal production with co production bio combustivel. Using the modern process simulater of Super pro design, three diferent process route with flowsheet have been developed. Comparative results of economic parameters of theer routes are obtained including environment impact.In this study, the key feature of our work is related with the optimization the production of biocombustivel with lower pollution technology acessible to rural community.

Keywords : Energy; Cogeneration; Biooil; Charcoal; Conservation.

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