This paper aims to introduce a heat recovery scheme that will collect waste energy from the London Underground in Islington, London. The system is based on the installation of an air to water heat exchanger within a ventilation shaft of the London Underground. The heat captured is distributed to a heat pump, which upgrades it to a suitable temperature for reuse and provides low carbon energy to a local district heating network. This paper introduces some of the key aspects of the technical design of this novel urban heat recovery and delivery system. Its theoretical performance is evaluated and compared to the previous heating method used for the buildings supplied by the network. It also provides recommendations for the implementation of f...
Ground source heat pumps (GSHPs) in urban environments can take advantage of surplus ground heat ene...
© 2019 ASHRAE. In order to combat climate change, many countries have been focusing their efforts on...
Temperatures in London’s underground railway tunnels are rising year on year and new energy efficien...
This paper aims to introduce a heat recovery scheme that will collect waste energy from the London U...
This paper provides an analysis of a heat recovery scheme that collects waste heat from the London U...
This paper describes the results from a collaborative research project in the UK, focussing on the r...
Recovering waste heat from urban infrastructures is becoming increasingly important as the UK strive...
Recovering waste heat from urban infrastructures is becoming increasingly important as governments a...
Cities demand vast amounts of energy for their everyday operation, resulting in significant degradat...
The Bunhill Waste Heat Recovery (WHR) System is a first of its kind scheme that will recover waste e...
Heat networks are a key technology proposed in the UK Government's Clean Growth Strategy for deliver...
The potential for recovery and reuse of waste heat from cooling London’s underground train tunnels a...
Electrical power distribution within cities is most often distributed through underground cables loc...
The paper concerns the recovery and use of secondary/waste heat and identifies secondary heat source...
This paper draws on three case studies which show feasible and economic results in meeting net zero ...
Ground source heat pumps (GSHPs) in urban environments can take advantage of surplus ground heat ene...
© 2019 ASHRAE. In order to combat climate change, many countries have been focusing their efforts on...
Temperatures in London’s underground railway tunnels are rising year on year and new energy efficien...
This paper aims to introduce a heat recovery scheme that will collect waste energy from the London U...
This paper provides an analysis of a heat recovery scheme that collects waste heat from the London U...
This paper describes the results from a collaborative research project in the UK, focussing on the r...
Recovering waste heat from urban infrastructures is becoming increasingly important as the UK strive...
Recovering waste heat from urban infrastructures is becoming increasingly important as governments a...
Cities demand vast amounts of energy for their everyday operation, resulting in significant degradat...
The Bunhill Waste Heat Recovery (WHR) System is a first of its kind scheme that will recover waste e...
Heat networks are a key technology proposed in the UK Government's Clean Growth Strategy for deliver...
The potential for recovery and reuse of waste heat from cooling London’s underground train tunnels a...
Electrical power distribution within cities is most often distributed through underground cables loc...
The paper concerns the recovery and use of secondary/waste heat and identifies secondary heat source...
This paper draws on three case studies which show feasible and economic results in meeting net zero ...
Ground source heat pumps (GSHPs) in urban environments can take advantage of surplus ground heat ene...
© 2019 ASHRAE. In order to combat climate change, many countries have been focusing their efforts on...
Temperatures in London’s underground railway tunnels are rising year on year and new energy efficien...