Effects of greenhouse gas emissions timing on alternative biomass and fossil energy sources for district heating

Effects of greenhouse gas emissions timing on alternative biomass and fossil energy sources for district heating

District heating (DH) systems can improve energy efficiency, reduce greenhouse gas (GHG) emissions, and be a cost-effective residential space heating alternative over conventional decentralized heating. This study uses radiative forcing (RF), a time-sensitive life cycle assessment metric, to evaluat...

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Bibliographic Details
Main Authors: Billen, P. (Author), Björnebo, L. (Author), Kar, S. (Author), Katz, B. (Author), Spatari, S. (Author), Volk, T.A (Author), Yang, S. (Author)
Format: Article
Language:English
Published: John Wiley and Sons Inc 2021
Subjects:
Atmospheric radiation
BECCS
bioenergy crops
Biomass
biomass power
Carbon capture
Carbon capture and storages (CCS)
Carbon mitigation
carbon sequestration
CCS
Cost effectiveness
Decentralized heating
district heating
District heating
District heating system
Elliptio dilatata
energy crop
Energy efficiency
Forestry
Fossil energy sources
fossil fuel
Gas emissions
greenhouse gas
Greenhouse gases
heating
Investments
Land use
LCA
Life cycle
life cycle analysis
Life Cycle Assessment (LCA)
Natural gas
Natural gas deposits
radiative forcing
Radiative forcings
soil carbon
Soil carbon sequestration
temporal analysis
temporal GHG emissions
Timing circuits
United States
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