CO2 emission mitigation through fuel transition on Danish CHP and district heating plants

CO2 emission mitigation through fuel transition on Danish CHP and district heating plants

The study analysed how carbon dynamics were influenced by the transition from coal or natural gas to forest biomass on a number of district heat and combined heat and power plants in Denmark. For 10 plants, we calculated the cumulative net carbon emissions over time (t) from the fuel transition (CCE...

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Bibliographic Details
Main Authors: Bentsen, N.S (Author), Nielsen, A.T (Author), Nord-Larsen, T. (Author)
Format: Article
Language:English
Published: Blackwell Publishing Ltd 2021
Subjects:
bioenergy
Biomass
Carbon
carbon emission
carbon emissions
Carbon emissions
climate effect
climate impact
Coal
coal-fired power plant
Cogeneration plants
Denmark
District-heating plants
Emission saving
Forestry
fossil fuel
Fossil fuel power plants
fuel transition
greenhouse gas
Greenhouse gases
Harvest residues
indirect GHG effect
indirect land use change
Indirect land-use changes
Industrial emissions
Industrial residues
Land use
land use change
Natural gas
Natural gasoline plants
Residual biomass
Sensitivity analysis
Transport distances
wood chips
wood pellets
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