Abstract
Approximately 80 countries produce sugar, and fortuitously alcohol, from sugar cane. In all these countries the cogeneration technology of steam turbines is utilized, although almost always inefficient. The greater potential of cogeneration in Brazil is in sugar and alcohol sector, because of the use of sugar cane bagasse as combustible. This work applies the techniques of simulation and economic analysis to different configuration of plants, to determine power generation and associated costs of each alternative. The application of the same procedure at operating condition of several configurations in transient system permits the determination of production profile of exceeding during one day. (C.M.).
Walter, A C.S.;
Bajay, S V;
[1]
Nogueira, L A.O.
[2]
- Universidade Estadual de Campinas, SP (Brazil). Faculdade de Engenharia Mecanica
- Escola Federal de Engenharia de Itajuba, MG (Brazil)
Citation Formats
Walter, A C.S., Bajay, S V, and Nogueira, L A.O.
Thermal-economic analysis of cogeneration systems; Analise termo-economica de sistemas de cogeracao.
Brazil: N. p.,
1992.
Web.
Walter, A C.S., Bajay, S V, & Nogueira, L A.O.
Thermal-economic analysis of cogeneration systems; Analise termo-economica de sistemas de cogeracao.
Brazil.
Walter, A C.S., Bajay, S V, and Nogueira, L A.O.
1992.
"Thermal-economic analysis of cogeneration systems; Analise termo-economica de sistemas de cogeracao."
Brazil.
@misc{etde_10124735,
title = {Thermal-economic analysis of cogeneration systems; Analise termo-economica de sistemas de cogeracao}
author = {Walter, A C.S., Bajay, S V, and Nogueira, L A.O.}
abstractNote = {Approximately 80 countries produce sugar, and fortuitously alcohol, from sugar cane. In all these countries the cogeneration technology of steam turbines is utilized, although almost always inefficient. The greater potential of cogeneration in Brazil is in sugar and alcohol sector, because of the use of sugar cane bagasse as combustible. This work applies the techniques of simulation and economic analysis to different configuration of plants, to determine power generation and associated costs of each alternative. The application of the same procedure at operating condition of several configurations in transient system permits the determination of production profile of exceeding during one day. (C.M.).}
place = {Brazil}
year = {1992}
month = {Dec}
}
title = {Thermal-economic analysis of cogeneration systems; Analise termo-economica de sistemas de cogeracao}
author = {Walter, A C.S., Bajay, S V, and Nogueira, L A.O.}
abstractNote = {Approximately 80 countries produce sugar, and fortuitously alcohol, from sugar cane. In all these countries the cogeneration technology of steam turbines is utilized, although almost always inefficient. The greater potential of cogeneration in Brazil is in sugar and alcohol sector, because of the use of sugar cane bagasse as combustible. This work applies the techniques of simulation and economic analysis to different configuration of plants, to determine power generation and associated costs of each alternative. The application of the same procedure at operating condition of several configurations in transient system permits the determination of production profile of exceeding during one day. (C.M.).}
place = {Brazil}
year = {1992}
month = {Dec}
}