INIS
boilers
100%
stirling cycle
100%
life-cycle cost
100%
heat pumps
100%
oils
27%
cost
27%
fossil fuels
18%
heat
18%
high temperature
18%
economics
18%
biogas
18%
heating
18%
natural gas
18%
emission
9%
low temperature
9%
waste heat
9%
evaluation
9%
sweden
9%
fuel oils
9%
industrial sector
9%
output
9%
boundary conditions
9%
biofuels
9%
maintenance
9%
carbon dioxide
9%
renewable energy sources
9%
Engineering
Boiler
100%
Fired Boiler
100%
Heat Pump
100%
Life Cycle Cost Analysis
100%
Bio-Oil
25%
Lifecycle Cost
25%
Fossil Fuel
25%
Analysis Method
12%
Thermal Energy
12%
Initial Cost
12%
Input Parameter
12%
Economic Benefit
12%
Temperature Heat
12%
Industrial Sector
12%
Renewable Energy Source
12%
Biofuels
12%
Maintenance Cost
12%
Material Science
Heat Pump
100%
Temperature
42%
Natural Gas
28%
Fuel Oil
14%
Carbon Dioxide
14%