The residential and service sector amounts to approximately 40 percent of Sweden’s entire energy demand. In which 90 percent of that is used by households and non-residential buildings. All in all about 80 TWh are used for heating and the provision of hot water in households and non-residential buildings. Since heating has always been such a large part of the energy consumption for buildings in Sweden, it is only natural that there have been several improvements along the way. There’s a new facility just installed last year in the building Pennfäktaren 11, a horizontal wastewater heat recovery heat exchanger. This thesis study will be focused on creating a TRNSYS model of a waste water heat exchanger, where the crucial parameters such as wa...
The Swedish government has set a target of a 100% renewable electricity system by 2040. To reach thi...
The aim of this study was to investigate the economic and energy-efficiency potentials for configuri...
Wastewater heat recovery is currently an underutilized technology that could be part of solving the ...
The energy demand for tap water heating is significant in the developed world and significant to bui...
This thesis presents a system and actor level analysis of wastewater heat recovery in buildings, usi...
The purpose of this report is to investigate the possibilities with drain water heat recovery (DWHR)...
The purpose of this thesis is to estimate how much heat can be recovered from the sewer system in Ma...
Norrenergi har fyra värmepumpar i sitt värmeverk i Solna. Värmepumparna använder spillvatten från Br...
Today there is a big potential in recycling waste heat at large-scale production sites. In this repo...
Rapporten behandlar spillvattenvärmeväxlare med exempel på produkter på marknaden, resultat på tidig...
There is a strongly growing interest for wastewater heat recovery (WWHR) in Sweden and elsewhere, bu...
Around 90% of the energy requirement for urban water systems management is for heating domestic tap ...
In the future, wastewater heat recovery will need to be used in residential buildings as one method ...
Globalt utgör byggnader för mer än 40% av världens energianvändning. I EU är 35% av byggnaderna mer ...
Då medvetenheten kring ekonomiska och miljömässiga aspekter av vår energiförbrukning ökat har även f...
The Swedish government has set a target of a 100% renewable electricity system by 2040. To reach thi...
The aim of this study was to investigate the economic and energy-efficiency potentials for configuri...
Wastewater heat recovery is currently an underutilized technology that could be part of solving the ...
The energy demand for tap water heating is significant in the developed world and significant to bui...
This thesis presents a system and actor level analysis of wastewater heat recovery in buildings, usi...
The purpose of this report is to investigate the possibilities with drain water heat recovery (DWHR)...
The purpose of this thesis is to estimate how much heat can be recovered from the sewer system in Ma...
Norrenergi har fyra värmepumpar i sitt värmeverk i Solna. Värmepumparna använder spillvatten från Br...
Today there is a big potential in recycling waste heat at large-scale production sites. In this repo...
Rapporten behandlar spillvattenvärmeväxlare med exempel på produkter på marknaden, resultat på tidig...
There is a strongly growing interest for wastewater heat recovery (WWHR) in Sweden and elsewhere, bu...
Around 90% of the energy requirement for urban water systems management is for heating domestic tap ...
In the future, wastewater heat recovery will need to be used in residential buildings as one method ...
Globalt utgör byggnader för mer än 40% av världens energianvändning. I EU är 35% av byggnaderna mer ...
Då medvetenheten kring ekonomiska och miljömässiga aspekter av vår energiförbrukning ökat har även f...
The Swedish government has set a target of a 100% renewable electricity system by 2040. To reach thi...
The aim of this study was to investigate the economic and energy-efficiency potentials for configuri...
Wastewater heat recovery is currently an underutilized technology that could be part of solving the ...