Biomass CHP technologies

Eija Alakangas, Martti Flyktman

Research output: Book/ReportReport

Abstract

The future COGEN project, funded by the SAVE II Programme of DG Energy of the European Commission, National Governments and the cogeneration industry, will provide the first in-depth long-term market analysis for cogeneration for 28 countries of EU, the EEA, the central European accession countries and other important neighbours.This report is a part of the future COGEN project and it is concentrating on the technology solutions of biomass CHP and experience of biomass CHP in Finalnd.Biomass CHP technologies are presented in different scale; under 1 MWe, from 1 10 10 MWe and in large scale from 10 to 240 MWe.Technology solutions include solid, liquid and gaseous biomass fuels.In biomass CHP the prevailing technology is steam boiler with stam turbine.The Rankine cycle continues to be the the prime power plant technology, when biomass CHP plants are built.Although new technologies are being developed, practically all industrial plants employ the Rankin cycle.A Rankine power plant has three main sections: fuel handling, boiler plant and steam and power section.Biomass is burned in grate or fluidised bed boiler but also separate gasifiers are used in connection with conventional CHP boilers. Biogas and liquid biofuel CHP plants usually have engines for elelctricity production.In small-scale CHP a process based on Stirling engines is under development.Technologies are presented also by some case projects.Also costs of Finnish biomass CHP plants in different scale is presented.
Original languageEnglish
PublisherVTT Technical Research Centre of Finland
Number of pages54
Publication statusPublished - 2001
MoE publication typeD4 Published development or research report or study

Publication series

SeriesVTT Energy Reports
Number7/2001
ISSN1457-3350

Fingerprint

Biomass
Boilers
Power plants
Steam
Stirling engines
Rankine cycle
Biogas
Liquids
Biofuels
Industrial plants
Solid solutions
Turbines
Engines
Costs
Industry

Keywords

  • biomass
  • bioenergy
  • biofuels
  • wood fuels
  • wastes
  • residues
  • combustion
  • cocombustion
  • fluidized bed combustion
  • fluidized beds
  • power plants
  • boilers
  • gogeneration
  • combined heat and power = CHP

Cite this

Alakangas, E., & Flyktman, M. (2001). Biomass CHP technologies. VTT Technical Research Centre of Finland. VTT Energy Reports, No. 7/2001
Alakangas, Eija ; Flyktman, Martti. / Biomass CHP technologies. VTT Technical Research Centre of Finland, 2001. 54 p. (VTT Energy Reports; No. 7/2001).
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Alakangas, E & Flyktman, M 2001, Biomass CHP technologies. VTT Energy Reports, no. 7/2001, VTT Technical Research Centre of Finland.

Biomass CHP technologies. / Alakangas, Eija; Flyktman, Martti.

VTT Technical Research Centre of Finland, 2001. 54 p. (VTT Energy Reports; No. 7/2001).

Research output: Book/ReportReport

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AU - Flyktman, Martti

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N2 - The future COGEN project, funded by the SAVE II Programme of DG Energy of the European Commission, National Governments and the cogeneration industry, will provide the first in-depth long-term market analysis for cogeneration for 28 countries of EU, the EEA, the central European accession countries and other important neighbours.This report is a part of the future COGEN project and it is concentrating on the technology solutions of biomass CHP and experience of biomass CHP in Finalnd.Biomass CHP technologies are presented in different scale; under 1 MWe, from 1 10 10 MWe and in large scale from 10 to 240 MWe.Technology solutions include solid, liquid and gaseous biomass fuels.In biomass CHP the prevailing technology is steam boiler with stam turbine.The Rankine cycle continues to be the the prime power plant technology, when biomass CHP plants are built.Although new technologies are being developed, practically all industrial plants employ the Rankin cycle.A Rankine power plant has three main sections: fuel handling, boiler plant and steam and power section.Biomass is burned in grate or fluidised bed boiler but also separate gasifiers are used in connection with conventional CHP boilers. Biogas and liquid biofuel CHP plants usually have engines for elelctricity production.In small-scale CHP a process based on Stirling engines is under development.Technologies are presented also by some case projects.Also costs of Finnish biomass CHP plants in different scale is presented.

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KW - biomass

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KW - wastes

KW - residues

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KW - cocombustion

KW - fluidized bed combustion

KW - fluidized beds

KW - power plants

KW - boilers

KW - gogeneration

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Alakangas E, Flyktman M. Biomass CHP technologies. VTT Technical Research Centre of Finland, 2001. 54 p. (VTT Energy Reports; No. 7/2001).