This text presents an approach to assess the energy content (flow and temperature) at any point of the sewer system based on the coupling of a stochastic model to predict drinking water demand from households and a model to estimate the temperature distribution in the sewer network. An application example is given where the developed tool is used to estimate the implications of temperature drop in some points of an existing sewer network.Water ManagementCivil Engineering and Geoscience
Heating, cooling and domestic hot water supply represent the biggest share of energy demands in resi...
YesThis paper describes a new heat transfer parameterisation between wastewater and insewer air base...
This paper presents a model (inspired by another model) to calculate water temperature in free-surfa...
This text presents an approach to assess the energy content (flow and temperature) at any point of t...
The files package was designed as an add-on for the urban drainage software Sobek to calculate longi...
Recent studies have indicated that wastewater contains relatively large amounts of thermal energy. R...
Majority of the energy consumed for urban water services is used to heat tap water. In order to allo...
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...
NoModelling of wastewater temperatures along a sewer pipe using energy balance equations and assumin...
Thermal-hydraulic considerations in urban drainage networks are essential to utilise available heat ...
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...
Domestic wastewater were characterize by higher temperature because inside the buildings 60% of the ...
Heating, cooling and domestic hot water supply represent the biggest share of energy demands in resi...
Heating, cooling and domestic hot water supply represent the biggest share of energy demands in resi...
YesThis paper describes a new heat transfer parameterisation between wastewater and insewer air base...
This paper presents a model (inspired by another model) to calculate water temperature in free-surfa...
This text presents an approach to assess the energy content (flow and temperature) at any point of t...
The files package was designed as an add-on for the urban drainage software Sobek to calculate longi...
Recent studies have indicated that wastewater contains relatively large amounts of thermal energy. R...
Majority of the energy consumed for urban water services is used to heat tap water. In order to allo...
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...
NoModelling of wastewater temperatures along a sewer pipe using energy balance equations and assumin...
Thermal-hydraulic considerations in urban drainage networks are essential to utilise available heat ...
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...
Domestic wastewater were characterize by higher temperature because inside the buildings 60% of the ...
Heating, cooling and domestic hot water supply represent the biggest share of energy demands in resi...
Heating, cooling and domestic hot water supply represent the biggest share of energy demands in resi...
YesThis paper describes a new heat transfer parameterisation between wastewater and insewer air base...
This paper presents a model (inspired by another model) to calculate water temperature in free-surfa...