Keyphrases
Acetone
10%
Aspen HYSYS
24%
Bottoming Cycle
50%
Cascade System
13%
CO2 Emission Reduction
10%
Concentrating Solar Power Plant
10%
Conversion Efficiency
17%
Cooling Module
11%
Diesel Engine
15%
Efficiency Improvement
13%
Energy Recovery
21%
Engine Cooling
14%
Engine Crankshaft
11%
Ethanol
17%
Euro 6
16%
Exhaust Gas Recirculation
32%
Exhaust Gas Recirculation Cooler
10%
Expander
33%
Expansion Engine
11%
Fluid Selection
13%
Hauling
14%
Heat Recovery
34%
Heat Recovery System
20%
Heat to Power Conversion
19%
Heavy-duty Diesel Engine
44%
High Temperature
21%
High Temperature Applications
18%
Integrated Cooling
18%
Internal Combustion Engine
13%
Liquid Air Energy Storage
19%
Melting Point Temperature
12%
Molten Salt
23%
Molten Salt Mixtures
24%
Operating Conditions
12%
Operating Mode
10%
Organic Rankine Cycle
100%
Overall System Efficiency
10%
Pure Working Fluid
14%
R245fa
9%
Rankine Cycle
11%
Selection Strategy
14%
Sustainable Energy Production
13%
Sustainable Energy Storage
13%
Thermal Architecture
21%
Two-phase Expander
18%
Volumetric Heat Capacity
18%
Waste Heat Recovery
23%
Water Blending
12%
Working Fluid
45%
Working Fluid Selection
10%
Engineering
Air Charge
10%
Automotive Sector
10%
Bottoming Cycle
55%
Concentrated Solar Power
15%
Conversion Efficiency
20%
Cost-Benefit Analysis
9%
Crankshaft
14%
Cryogenic Energy Storage
24%
Design Condition
13%
Design Point
12%
Diesel Engine
58%
Energy Engineering
11%
Energy Production
18%
Energy Storage
9%
Energy Storage Application
9%
Energy Storage System
18%
Engine Cooling
12%
Engine Cycle
9%
Engineering
9%
Exergy Analysis
9%
Exhaust Gas
10%
Exhaust Gas Recirculation
38%
Experimental Measurement
9%
Global Warming
9%
Heat Recovery
46%
Heat Storage
12%
High Temperature Applications
18%
Infrastructure
9%
Internal Combustion Engine
13%
Life Cycle Assessment
9%
Lifecycle
9%
Load Condition
11%
Low-Temperature
13%
Melting Point
24%
Methane
9%
Organic Rankine Cycle
95%
Point Temperature
12%
Power Conversion
17%
Power Engineering
14%
Process Integration
12%
Rankine
14%
Renewable Energy
30%
Selection Methodology
11%
Simulation Result
18%
Solar Power Plant
15%
System Efficiency
11%
Technology Readiness Level
9%
Thermodynamic Efficiency
19%
Volumetric Heat Capacity
18%
Waste Heat Recovery System
23%