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A Carbon footprint of an office building
Miimu Airaksinen
*
, Pellervo Matilainen
*
Corresponding author for this work
Skanska Finland
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
52
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Citations (Scopus)
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Keyphrases
Office Building
100%
Carbon Footprint
100%
CO2 Equivalent
100%
Building Materials
37%
Embodied Energy
37%
Primary Energy Use
37%
Nuclear Power
25%
CO2 Emissions
25%
Primary Energy
25%
Energy Use
25%
Bioproducts
25%
Electricity Use
25%
Renewable Energy
12%
Energy Efficiency
12%
Energy Supply
12%
Heating Energy
12%
District Cooling
12%
Renewable Electricity
12%
Design Phase
12%
Building Energy Consumption
12%
Fossil Fuels
12%
Design Decisions
12%
Energy Efficient
12%
CO2 Sources
12%
Energy Reduction
12%
Building Products
12%
Local Heating
12%
Lower Primary
12%
Low CO2
12%
Dominant Source
12%
Power Option
12%
INIS
emission
100%
carbon dioxide
100%
office buildings
100%
carbon footprint
100%
energy
60%
energy consumption
60%
building materials
30%
nuclear power
20%
design
20%
heating
20%
renewable energy sources
20%
electricity
20%
reduction
20%
weight
10%
increasing
10%
fossil fuels
10%
energy efficiency
10%
energy supplies
10%
district cooling
10%
Engineering
Office Buildings
100%
Carbon Footprint
100%
Primary Energy
100%
Embodied Energy
60%
Building Material
60%
Nuclear Energy
40%
Renewable Energy
40%
Heating Energy
20%
Fossil Fuel
20%
Design Option
20%
Dominant Source
20%
District Cooling
20%
Local Heating
20%
Energy Efficiency
20%
Design Phase
20%