Keyphrases
Organic Rankine Cycle
100%
Thermal Architecture
100%
Heat Recovery
50%
Conversion Efficiency
50%
University of Brighton
25%
Internal Combustion Engine
25%
High Temperature
25%
Potential Gains
25%
Thermal Efficiency
25%
Cycle Test
25%
System Cost
25%
Simulation Study
25%
Heat Source
25%
Operational Capabilities
25%
Waste Heat Recovery
25%
CO2 Emission Reduction
25%
Reduced System
25%
Organic Working Fluid
25%
Near-optimal
25%
Variable Heat Source
25%
Heat Utilization
25%
Direct Utilization
25%
High-temperature Exhaust Gas
25%
Thermal Oil
25%
High-pressure Cycle
25%
Effective Temperature
25%
Overall Thermal Efficiency
25%
Source Quality
25%
Optimal Process Conditions
25%
High Pressure High Temperature
25%
Dual Source
25%
Survey Simulation
25%
Overall System Cost
25%
Heat Recuperation
25%
Internal Heat
25%
Engineering
Organic Rankine Cycle
100%
Conversion Efficiency
50%
Heat Recovery
50%
System Cost
50%
Thermodynamic Efficiency
50%
Actuator
50%
Internal Combustion Engine
25%
Test Facility
25%
Experimental Measurement
25%
Internals
25%
Realization
25%
Simulation Result
25%
Potential Benefit
25%
Waste Heat Recovery System
25%
Thermal Oil
25%
High Pressure and High Temperature
25%
Optimal Process Condition
25%
Exhaust Gas
25%
Chemical Engineering
Rankine Cycle
100%
Carbon Dioxide
25%