Keyphrases
Energy Efficiency
100%
Production Process
100%
Environmental Sustainability
100%
Oxalic Acid
100%
Pinch Analysis
100%
Exergy Analysis
100%
Exergy Loss
50%
Loss Reduction
33%
Hot Working Process
33%
Exergetic
33%
Cold Process
33%
Process Streams
33%
Overall Efficiency
16%
Pressure Drop
16%
Efficiency Improvement
16%
Chemical Industry
16%
Temperature Gradient
16%
Reaction Temperature
16%
Concentration Gradient
16%
Loss Distribution
16%
Internal Loss
16%
Exothermic Reaction
16%
Thermal Solution
16%
Exergy
16%
Thermal Exergy
16%
Heat Integration
16%
Process Flowsheet
16%
Overall Exergy
16%
Energy Target
16%
External Losses
16%
Pinch Approach
16%
Utility Requirement
16%
Functional Block
16%
Minimum Energy Requirement
16%
Heat Exchanger Network
16%
Combined Methodology
16%
High Energy Consumer
16%
INIS
production
100%
sustainability
100%
energy efficiency
100%
oxides
100%
ethylene
100%
exergy
100%
losses
77%
energy
33%
streams
33%
solutions
22%
operation
22%
units
22%
efficiency
22%
utilities
22%
screening
11%
reduction
11%
increasing
11%
design
11%
concentration
11%
distribution
11%
heat
11%
cooling
11%
absorption
11%
heat exchangers
11%
mixing
11%
pressure drop
11%
chemical industry
11%
flowsheets
11%
temperature gradients
11%
towers
11%
Engineering
Energy Efficiency
100%
Pinch Analysis
100%
Exergy Analysis
100%
Exergy Loss
60%
Process Cold Stream
40%
Process Hot Stream
40%
Unit Operations
40%
Isothermal
20%
Energy Requirement
20%
Pressure Drop
20%
Concentration Gradient
20%
Heat Integration
20%
Main Source
20%
Heat Exchanger Network
20%
Energy Consumer
20%
Flowsheet
20%
Functional Block
20%
Initial Analysis
20%
Cold Utility
20%
Temperature Gradients
20%
Thermal Gradient
20%
Exothermic Reaction
20%
Tower
20%