The simulation model described in Part 1 (Jolly et al, 1990) is used to investigate the performance of heat pump assisted continuous drying. Several key system aspects, such as the evaporator air by‐pass ratio and the use of recuperators, are investigated. The criteria for evaluating system performance and comparing system options are the Specific Moisture Extraction Rate (SMER), the Coefficient of Performance (COP) and the product throughput. The simulations show that there has been some misunderstandings reported in the previous literature. In particular, the results show that the evaporator air by‐pass ratio is not as critical as previously indicated
Air source heat pump drying (ASHPD) systems are relatively simple in design and have low running cos...
A tridimensional turbulent flow model is established for a closed heat pump drying system with waste...
A mathematical model for an integrated heat-pump-assisted dryer has been developed. The dryer has be...
In the second part of this study, heat-pump drying systems were comprehensively reviewed in terms of...
Drying is a common process in a number of industries. In practice, much of the commercial drying pla...
WOS: 000268992500010In the second part of this study, heat-pump drying systems were comprehensively ...
In the second part of this study, heat-pump drying systems were comprehensively reviewed in terms of...
Convective drying requires significant amount of thermal energy in order to evaporate water from the...
The performance of an experimental heat-pump-assisted dryer under operating conditions of some pract...
A re-circulating heat pump dryer (HPD) system was designed, constructed and tested at steady stat...
Drying is one of the most energy intensive industrial operations, and it is well established that he...
In general, most heat losses in industrial dryers arise due to the discharge of humid air. By using ...
In general, most heat losses in industrial dryers arise due to the discharge of humid air. By using ...
This study examines the performance of three heat pump dryers: the original reference design, a modi...
It is well established that heat pump dryers provide significantly higher energy efficiencies and lo...
Air source heat pump drying (ASHPD) systems are relatively simple in design and have low running cos...
A tridimensional turbulent flow model is established for a closed heat pump drying system with waste...
A mathematical model for an integrated heat-pump-assisted dryer has been developed. The dryer has be...
In the second part of this study, heat-pump drying systems were comprehensively reviewed in terms of...
Drying is a common process in a number of industries. In practice, much of the commercial drying pla...
WOS: 000268992500010In the second part of this study, heat-pump drying systems were comprehensively ...
In the second part of this study, heat-pump drying systems were comprehensively reviewed in terms of...
Convective drying requires significant amount of thermal energy in order to evaporate water from the...
The performance of an experimental heat-pump-assisted dryer under operating conditions of some pract...
A re-circulating heat pump dryer (HPD) system was designed, constructed and tested at steady stat...
Drying is one of the most energy intensive industrial operations, and it is well established that he...
In general, most heat losses in industrial dryers arise due to the discharge of humid air. By using ...
In general, most heat losses in industrial dryers arise due to the discharge of humid air. By using ...
This study examines the performance of three heat pump dryers: the original reference design, a modi...
It is well established that heat pump dryers provide significantly higher energy efficiencies and lo...
Air source heat pump drying (ASHPD) systems are relatively simple in design and have low running cos...
A tridimensional turbulent flow model is established for a closed heat pump drying system with waste...
A mathematical model for an integrated heat-pump-assisted dryer has been developed. The dryer has be...