The use of high temperature heat pumps (HTHPs) operating with natural fluids has been shown to be a potential environmentally friendly solution to increase energy efficiency in industrial processes. Industrial processes release a significant amount of energy as low quality waste heat to the environment. This paper reviews the research and development of efficient and cost effective HTHP technology that can utilize this waste heat. Natural fluids are of focus with consideration given to the comparable technologies using synthetic fluids. This review reveals the different challenges from fluid selection, component development to system optimization. The various innovative solutions to these challenges and promising technologies for further st...
High temperature heat pumps (HTHPs) with heat sink temperatures in the range of 100 to 160°C are exp...
The introduction of high-temperature heat pumps for waste heat recovery with low GWP refrigerants ca...
This paper describes a new concept of a high temperature (HT)/low-temperature (LT) network integrat...
The heat pump market has so far mainly focused on residential heat pumps for space heating and domes...
There is a large demand for heat typically in the temperature range 100-200⁰C in different industrie...
During last decades more and more attention has been paid on CO2 emissions. One of the solutions for...
The amount of industrial waste heat produced in Europe annually corresponds to the total annual heat...
The industrial sector is a large consumer of energy. Globally, this sector accounts for over half of...
This thesis deals with the thermal-hydraulic design of a high-temperature heat pump for industrial a...
Industrial processes like dairy production, brewing etc. often require simultaneous cooling and heat...
Heat pump systems offer economical alternatives of recovering heat from different sources for use in...
Decarbonization of the industrial sector is one of the most important keys to reducing global warmin...
With the continuous deepening of the concept of energy saving and emission reduction, heat pumps hav...
Waste heat is an abundant resource that if recovered with a heat pump would increase energy efficien...
The heat demand of industrial processes is still mostly covered by fossil fuels, especially at tempe...
High temperature heat pumps (HTHPs) with heat sink temperatures in the range of 100 to 160°C are exp...
The introduction of high-temperature heat pumps for waste heat recovery with low GWP refrigerants ca...
This paper describes a new concept of a high temperature (HT)/low-temperature (LT) network integrat...
The heat pump market has so far mainly focused on residential heat pumps for space heating and domes...
There is a large demand for heat typically in the temperature range 100-200⁰C in different industrie...
During last decades more and more attention has been paid on CO2 emissions. One of the solutions for...
The amount of industrial waste heat produced in Europe annually corresponds to the total annual heat...
The industrial sector is a large consumer of energy. Globally, this sector accounts for over half of...
This thesis deals with the thermal-hydraulic design of a high-temperature heat pump for industrial a...
Industrial processes like dairy production, brewing etc. often require simultaneous cooling and heat...
Heat pump systems offer economical alternatives of recovering heat from different sources for use in...
Decarbonization of the industrial sector is one of the most important keys to reducing global warmin...
With the continuous deepening of the concept of energy saving and emission reduction, heat pumps hav...
Waste heat is an abundant resource that if recovered with a heat pump would increase energy efficien...
The heat demand of industrial processes is still mostly covered by fossil fuels, especially at tempe...
High temperature heat pumps (HTHPs) with heat sink temperatures in the range of 100 to 160°C are exp...
The introduction of high-temperature heat pumps for waste heat recovery with low GWP refrigerants ca...
This paper describes a new concept of a high temperature (HT)/low-temperature (LT) network integrat...