Engineering
Temperature Heat Pump
100%
Life Cycle Impact Assessment
75%
Heat Pump
62%
Life Cycle Assessment
50%
Heat Supply
50%
Process Heat
50%
Engineering
50%
Global Warming Potential
37%
Fossil Fuel
29%
Thermal Output
25%
Power Source
25%
Commercial Operation
25%
Superheated Steam
25%
Steam Drying
25%
Lesser Extent
16%
Power Production
16%
Heating Requirement
16%
Moderate Temperature
16%
Hot Water
16%
Energy-Intensive Industry
16%
Cooling Requirement
16%
Increasing Demand
16%
Air Conditioning
16%
Cogeneration Combined Cooling Heating Power
16%
Production Site
16%
Energy Efficiency
16%
Main Process
16%
Environmental Concern
16%
Production Engineering
16%
Ozone Depletion Potential
12%
Test Run
12%
Pressure Level
12%
Policymakers
12%
Life Cycle Inventory
12%
Greenhouse Gas
12%
Boiler
12%
