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Heat Recovery Potential from Urban Underground Infrastructures
Akos Revesz,
Graeme Maidment
Mechanical Engineering and Design
Research output
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Contribution to conference
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Paper
›
peer-review
Overview
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Dive into the research topics of 'Heat Recovery Potential from Urban Underground Infrastructures'. Together they form a unique fingerprint.
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Keyphrases
Waste Heat Recovery
100%
Recovery Potential
100%
Underground Railway Tunnel
100%
Urban Underground Infrastructure
100%
Heat Recovery
100%
Carbon Savings
33%
District Heating Network
33%
Cost Savings
33%
Infrastructure Systems
33%
Energy Saving
33%
Recovery Method
33%
London Underground
33%
Proposed Design
33%
Subterranean Infrastructure
33%
Cable Tunnel
33%
Collaborative Research Projects
33%
Underground Infrastructure
33%
Combined Heating System
33%
Sewer Tunnel
33%
Mode of Delivery
33%
Waste Heat Recovery System
33%
Recovered Heat
33%
Heat Pump
33%
Potential Gains
33%
Integrated Cooling System
33%
Heat Demand
33%
Engineering
Railway
100%
Infrastructure
100%
Heat Recovery
100%
Waste Heat Recovery System
100%
District Heating
33%
End-Users
33%
Energy Engineering
33%
Research Project
33%
Cooling System
33%
Heat Pump
33%
Heating System
33%
Cable Tunnel
33%
Recovered Heat
33%
Heat Demand
33%
Delivery Method
33%
Sewer Tunnels
33%
Potential Benefit
33%