Add to ORKGRecent studies have indicated that wastewater contains relatively large amounts of thermal energy. Recovering this thermal energy can be used to decrease the CO2 footprint of the water cycle. This paper describes the development of a model to simulate the heat balance and predict the temperature in a sewer system. The model can be used to estimate the recoverable thermal energy and its dynamics. The model was verified with field data. It was concluded that the model is a powerful and accurate tool to simulate the heat balance of a sewer system at the urban district level. It was found that the recoverable heat show highly dynamic patterns, directly related to water consumption patterns. The recoverable heat depends on technical aspects as w...
The purpose of this thesis is to estimate how much heat can be recovered from the sewer system in Ma...
Municipal wastewater, characterized by temperatures of 14-22°C in the inflow of Wastewater Treatment...
AbstractDomestic wastewater were characterize by higher temperature because inside the buildings 60%...
Recent studies have indicated that wastewater contains relatively large amounts of thermal energy. R...
NoModelling of wastewater temperatures along a sewer pipe using energy balance equations and assumin...
Majority of the energy consumed for urban water services is used to heat tap water. In order to allo...
This text presents an approach to assess the energy content (flow and temperature) at any point of t...
The vast majority of the energy consumed for urban water services is used to heat tap water. Heat re...
The vast majority of the energy consumed for urban water services is used to heat tap water. Heat re...
Heat recovery from wastewater is a robust and straightforward strategy to reduce water-related energ...
yesA computational network heat transfer model was utilised to model the potential of heat energy re...
The files package was designed as an add-on for the urban drainage software Sobek to calculate longi...
Domestic wastewater were characterize by higher temperature because inside the buildings 60% of the ...
Thermal-hydraulic considerations in urban drainage networks are essential to utilise available heat ...
Wastewater heat recovery become an important activity which could lead to the energy saving improvem...
The purpose of this thesis is to estimate how much heat can be recovered from the sewer system in Ma...
Municipal wastewater, characterized by temperatures of 14-22°C in the inflow of Wastewater Treatment...
AbstractDomestic wastewater were characterize by higher temperature because inside the buildings 60%...
Recent studies have indicated that wastewater contains relatively large amounts of thermal energy. R...
NoModelling of wastewater temperatures along a sewer pipe using energy balance equations and assumin...
Majority of the energy consumed for urban water services is used to heat tap water. In order to allo...
This text presents an approach to assess the energy content (flow and temperature) at any point of t...
The vast majority of the energy consumed for urban water services is used to heat tap water. Heat re...
The vast majority of the energy consumed for urban water services is used to heat tap water. Heat re...
Heat recovery from wastewater is a robust and straightforward strategy to reduce water-related energ...
yesA computational network heat transfer model was utilised to model the potential of heat energy re...
The files package was designed as an add-on for the urban drainage software Sobek to calculate longi...
Domestic wastewater were characterize by higher temperature because inside the buildings 60% of the ...
Thermal-hydraulic considerations in urban drainage networks are essential to utilise available heat ...
Wastewater heat recovery become an important activity which could lead to the energy saving improvem...
The purpose of this thesis is to estimate how much heat can be recovered from the sewer system in Ma...
Municipal wastewater, characterized by temperatures of 14-22°C in the inflow of Wastewater Treatment...
AbstractDomestic wastewater were characterize by higher temperature because inside the buildings 60%...