Abstract
The combustion of celulignin from biomass with addition of 1% of K, generates a plasma with electric conductivity of 100 S/M. This allows the establishment of a small size thermoelectric plants in triple or double cycle with magnetohydrodynamic generator (MHD), gas turbine and steam turbine. It is presented calculations of a pilot plant of 20 MW{sub t} in the MHD circuit and a total of 30 MW{sub t} with net efficiency of 27%. For plants larger than 60 MW{sub t} it is expected net efficiency larger than 37%. 3 refs., 10 figs., 3 tabs
Pinatti, D G;
Guimaraes, O L.C.;
Silva, A C da;
Batista, J F;
[1]
Fernandes Filho, G E.F.;
Magalhaes Filho, P
[2]
- Fundacao de Tecnologia Industrial (FTI), Lorena, SP (Brazil)
- UNESP, Guaratingueta, SP (Brazil). Faculdade de Engenharia
Citation Formats
Pinatti, D G, Guimaraes, O L.C., Silva, A C da, Batista, J F, Fernandes Filho, G E.F., and Magalhaes Filho, P.
A 20 MW{sub t} pilot plant for the generation of electric power by magnetohydrodynamic process using biomass; Planta piloto de 20 MW{sub t} de geracao de energia eletrica por magnetohidrodinamica a partir da biomassa.
Brazil: N. p.,
1990.
Web.
Pinatti, D G, Guimaraes, O L.C., Silva, A C da, Batista, J F, Fernandes Filho, G E.F., & Magalhaes Filho, P.
A 20 MW{sub t} pilot plant for the generation of electric power by magnetohydrodynamic process using biomass; Planta piloto de 20 MW{sub t} de geracao de energia eletrica por magnetohidrodinamica a partir da biomassa.
Brazil.
Pinatti, D G, Guimaraes, O L.C., Silva, A C da, Batista, J F, Fernandes Filho, G E.F., and Magalhaes Filho, P.
1990.
"A 20 MW{sub t} pilot plant for the generation of electric power by magnetohydrodynamic process using biomass; Planta piloto de 20 MW{sub t} de geracao de energia eletrica por magnetohidrodinamica a partir da biomassa."
Brazil.
@misc{etde_469719,
title = {A 20 MW{sub t} pilot plant for the generation of electric power by magnetohydrodynamic process using biomass; Planta piloto de 20 MW{sub t} de geracao de energia eletrica por magnetohidrodinamica a partir da biomassa}
author = {Pinatti, D G, Guimaraes, O L.C., Silva, A C da, Batista, J F, Fernandes Filho, G E.F., and Magalhaes Filho, P}
abstractNote = {The combustion of celulignin from biomass with addition of 1% of K, generates a plasma with electric conductivity of 100 S/M. This allows the establishment of a small size thermoelectric plants in triple or double cycle with magnetohydrodynamic generator (MHD), gas turbine and steam turbine. It is presented calculations of a pilot plant of 20 MW{sub t} in the MHD circuit and a total of 30 MW{sub t} with net efficiency of 27%. For plants larger than 60 MW{sub t} it is expected net efficiency larger than 37%. 3 refs., 10 figs., 3 tabs}
place = {Brazil}
year = {1990}
month = {Dec}
}
title = {A 20 MW{sub t} pilot plant for the generation of electric power by magnetohydrodynamic process using biomass; Planta piloto de 20 MW{sub t} de geracao de energia eletrica por magnetohidrodinamica a partir da biomassa}
author = {Pinatti, D G, Guimaraes, O L.C., Silva, A C da, Batista, J F, Fernandes Filho, G E.F., and Magalhaes Filho, P}
abstractNote = {The combustion of celulignin from biomass with addition of 1% of K, generates a plasma with electric conductivity of 100 S/M. This allows the establishment of a small size thermoelectric plants in triple or double cycle with magnetohydrodynamic generator (MHD), gas turbine and steam turbine. It is presented calculations of a pilot plant of 20 MW{sub t} in the MHD circuit and a total of 30 MW{sub t} with net efficiency of 27%. For plants larger than 60 MW{sub t} it is expected net efficiency larger than 37%. 3 refs., 10 figs., 3 tabs}
place = {Brazil}
year = {1990}
month = {Dec}
}