INIS
exergy
100%
economics
100%
minimization
100%
steam
100%
cost
100%
heat pumps
100%
design
80%
performance
60%
operation
40%
heat exchangers
40%
emission
20%
condensers
20%
coolers
20%
carbon
20%
lead method
20%
energy
20%
compressors
20%
condensates
20%
lifts
20%
investment
20%
industrial sector
20%
comparative evaluations
20%
energy analysis
20%
operating cost
20%
vessels
20%
coefficient of performance
20%
Keyphrases
Exergy
100%
Techno-economic
100%
Heat Pump
100%
Economic Improvement
100%
Steam
100%
Cost Minimization
100%
Exergy Method
60%
Design Improvement
60%
Internal Heat Exchanger
40%
Effective Design
40%
Temperature Lift
20%
Total Operating Cost
20%
Design Change
20%
Carbon Emission Reduction
20%
Energy Method
20%
Energy Analysis
20%
Flash Vessel
20%
Coefficient of Performance
20%
Condenser Temperature
20%
Operating Cost
20%
Techno-economic Performance
20%
Industrial Sector
20%
Initial Investment
20%
Single-stage
20%
Engineering
Steam
100%
Economics
100%
Heat Pump
100%
Optimization
100%
Performance
60%
Design
60%
Internal Heat Exchanger
40%
Energy Engineering
40%
Irreversibility
20%
Temperature Lift
20%
Design Change
20%
Coefficient of Performance
20%
Investment
20%
Condenser Temperature
20%
Operational Cost
20%
Industrial Sector
20%
Stages
20%