Optimised multifuel CHP with high performance and low emissions

Pasi Vainikka; Raili Taipale; Kari Hillebrand; Satu Helynen

Optimised multifuel CHP with high performance and low emissions

Pasi Vainikka, Raili Taipale, Kari Hillebrand, Satu Helynen

Research output: Contribution to conference › Conference article › Scientific

Abstract

Variations in physical and chemical properties of wood fuels may cause unexpected problems throughout the power production chain, which in turn pose new challenges for fuel handling systems, combustion technologies and boiler designers and operators. A R&D project named "BIOMAX" was established under the EU-funded Framework Programme 5 with the objective to show the viability of modern circulating fluidised bed (CFB) technology in maximising the use of biomass fuels in large-scale heat and power generation. This includes providing means for safe, sufficient and well-controlled biomass fuel supply and handling and for approppriate and safe boiler operation. In the project experiments have been condusted in both pilot plant scale and at the World's largest 240 Mwe (550 MWth, 194 kg/s, 165 bar, 545 deg. C) biofuel fired circulating fluidised bed boiler plant operated by Ahlholmens Kraft Ltd. Both pilot and full-scale experiments included the whole share range of biomass co-firing from 100% to 10% (enb.). Such a unique experiment matrix is possible to carry out only at plants with capacity to use particularly wide range of fuels.

Original language	English
Number of pages	2
Publication status	Published - 2004
MoE publication type	Not Eligible
Event	World Bioenergy Conference and Exhibition - Jönköping, Sweden Duration: 2 Jun 2004 → 4 Jun 2004

Conference

Conference	World Bioenergy Conference and Exhibition
Country/Territory	Sweden
City	Jönköping
Period	2/06/04 → 4/06/04

Cite this

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title = "Optimised multifuel CHP with high performance and low emissions",

abstract = "Variations in physical and chemical properties of wood fuels may cause unexpected problems throughout the power production chain, which in turn pose new challenges for fuel handling systems, combustion technologies and boiler designers and operators. A R&D project named {"}BIOMAX{"} was established under the EU-funded Framework Programme 5 with the objective to show the viability of modern circulating fluidised bed (CFB) technology in maximising the use of biomass fuels in large-scale heat and power generation. This includes providing means for safe, sufficient and well-controlled biomass fuel supply and handling and for approppriate and safe boiler operation. In the project experiments have been condusted in both pilot plant scale and at the World's largest 240 Mwe (550 MWth, 194 kg/s, 165 bar, 545 deg. C) biofuel fired circulating fluidised bed boiler plant operated by Ahlholmens Kraft Ltd. Both pilot and full-scale experiments included the whole share range of biomass co-firing from 100% to 10% (enb.). Such a unique experiment matrix is possible to carry out only at plants with capacity to use particularly wide range of fuels.",

author = "Pasi Vainikka and Raili Taipale and Kari Hillebrand and Satu Helynen",

note = "Project code: C2SU00005; World Bioenergy Conference and Exhibition ; Conference date: 02-06-2004 Through 04-06-2004",

year = "2004",

language = "English",

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TY - CONF

T1 - Optimised multifuel CHP with high performance and low emissions

AU - Vainikka, Pasi

AU - Taipale, Raili

AU - Hillebrand, Kari

AU - Helynen, Satu

N1 - Project code: C2SU00005

PY - 2004

Y1 - 2004

N2 - Variations in physical and chemical properties of wood fuels may cause unexpected problems throughout the power production chain, which in turn pose new challenges for fuel handling systems, combustion technologies and boiler designers and operators. A R&D project named "BIOMAX" was established under the EU-funded Framework Programme 5 with the objective to show the viability of modern circulating fluidised bed (CFB) technology in maximising the use of biomass fuels in large-scale heat and power generation. This includes providing means for safe, sufficient and well-controlled biomass fuel supply and handling and for approppriate and safe boiler operation. In the project experiments have been condusted in both pilot plant scale and at the World's largest 240 Mwe (550 MWth, 194 kg/s, 165 bar, 545 deg. C) biofuel fired circulating fluidised bed boiler plant operated by Ahlholmens Kraft Ltd. Both pilot and full-scale experiments included the whole share range of biomass co-firing from 100% to 10% (enb.). Such a unique experiment matrix is possible to carry out only at plants with capacity to use particularly wide range of fuels.

AB - Variations in physical and chemical properties of wood fuels may cause unexpected problems throughout the power production chain, which in turn pose new challenges for fuel handling systems, combustion technologies and boiler designers and operators. A R&D project named "BIOMAX" was established under the EU-funded Framework Programme 5 with the objective to show the viability of modern circulating fluidised bed (CFB) technology in maximising the use of biomass fuels in large-scale heat and power generation. This includes providing means for safe, sufficient and well-controlled biomass fuel supply and handling and for approppriate and safe boiler operation. In the project experiments have been condusted in both pilot plant scale and at the World's largest 240 Mwe (550 MWth, 194 kg/s, 165 bar, 545 deg. C) biofuel fired circulating fluidised bed boiler plant operated by Ahlholmens Kraft Ltd. Both pilot and full-scale experiments included the whole share range of biomass co-firing from 100% to 10% (enb.). Such a unique experiment matrix is possible to carry out only at plants with capacity to use particularly wide range of fuels.

M3 - Conference article

T2 - World Bioenergy Conference and Exhibition

Y2 - 2 June 2004 through 4 June 2004

ER -

Optimised multifuel CHP with high performance and low emissions

Abstract

Conference

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