Energy, exergy, economic, and environmental analysis of an integrated system of high-temperature heat pump and gas separation unit

Keyphrases

• Separation Unit 100%
• Environmental Analysis 100%
• Gas Separation 100%
• High-temperature Heat Pump 100%
• Exergoeconomic Analysis 100%
• Energy Conversion 50%
• Ambient Temperature 50%
• High Performance 50%
• Steam 50%
• Operating Time 50%
• Temperature Range 50%
• Emission Reduction 50%
• Stable Operation 50%
• NOx Emission 50%
• SO2 Emissions 50%
• Environmental Benefits 50%
• Economic Benefits 50%
• Operation Mode 50%
• System Measurement 50%
• Energy Analysis 50%
• Efficiency Decrease 50%
• Electricity Price 50%
• CO2 Emission Reduction 50%
• Payback Period 50%
• NOx Reduction 50%
• Exergy Efficiency 50%
• Refinery Operations 50%
• Exergy Analysis 50%
• Penalty Cost 50%
• Operational Data 50%
• Waste Heat Recovery 50%
• Industrial Waste Heat 50%
• Recovery Mechanism 50%
• Net Profit 50%
• SO2 Reduction 50%
• Low-pressure Steam 50%

Engineering

• Temperature Heat Pump 100%
• Gas Separation Unit 100%
• Energy Engineering 100%
• Integrated System 100%
• Temperature Range 16%
• Electricity Price 16%
• Environmental Benefit 16%
• Exergy Analysis 16%
• Operation Mode 16%
• Energy Conversion 16%
• Pressure Steam 16%
• Exergy Efficiency 16%
• Waste Heat Recovery System 16%
• Industrial Waste Heat 16%
• Economic Benefit 16%
• Payback Period 16%
• Net Profit 16%
• Assuming 16%
• Operational Data 16%

Chemical Engineering

• Exergy 100%