This paper presents an adsorption heat pump system using a new coupling cycle. Experiment results and analysis show that the COP of the binary coupling cycle is higher than that of pure water-zeolite system. The system operating pressure is found to be near ambient pressure when proper concentration of ammonia is used in the system. The leakage to the system is reduced achieving long life and allowing the vessels of the system to be signed light in weight. The feasibility and reliability of the adsorption heat pump would be greatly improved by the use of the new binary adsorption cycle, providing essential benefits for industrialization.Department of Building Services Engineerin
Adsorption heat pumps (AHPs) can play a significant role in the future energy transition policies. H...
The scope of this paper is to present the development of a prototype of a small adsorption heat pump...
An innovative adsorption cycle heat pump technology is presented that is compact and capable of achi...
An adsorption heat pump system using a new binary coupling adsorptive cycle is developed and tested....
Adsorption heat pumps have considerably sparked attentions in recent years. The present paper covers...
A comparison among three adsorption pairs (activated carbon-methanol, silica gel-water and 13X molec...
The modelling, design, construction and experimental testing of a carbon-ammonia adsorption heat pum...
The present article reports on studies on adsorption heat pumps and properties of the zeolite-water ...
The history of adsorption cycles and the basic cycle are briefly described. The major refrigerants u...
Thesis (Doctoral)--Izmir Institute of Technology, Chemical Engineering, Izmir, 2008Includes bibliogr...
This thesis deals with the issue of sorption heat pumps. The theoretical part is devoted to a detail...
A straightforward thermodynamic model is developed in this work to analyze the efficiency limit of d...
The dynamic performance of cylindrical double-tube adsorption heat pump is numerically analysed usin...
A refrigeration/heat-pump system based on a number of simple tubular adsorption modules is described...
In this paper, a two modular zeolite water adsorption heat pump (AHP) based on the thermal...
Adsorption heat pumps (AHPs) can play a significant role in the future energy transition policies. H...
The scope of this paper is to present the development of a prototype of a small adsorption heat pump...
An innovative adsorption cycle heat pump technology is presented that is compact and capable of achi...
An adsorption heat pump system using a new binary coupling adsorptive cycle is developed and tested....
Adsorption heat pumps have considerably sparked attentions in recent years. The present paper covers...
A comparison among three adsorption pairs (activated carbon-methanol, silica gel-water and 13X molec...
The modelling, design, construction and experimental testing of a carbon-ammonia adsorption heat pum...
The present article reports on studies on adsorption heat pumps and properties of the zeolite-water ...
The history of adsorption cycles and the basic cycle are briefly described. The major refrigerants u...
Thesis (Doctoral)--Izmir Institute of Technology, Chemical Engineering, Izmir, 2008Includes bibliogr...
This thesis deals with the issue of sorption heat pumps. The theoretical part is devoted to a detail...
A straightforward thermodynamic model is developed in this work to analyze the efficiency limit of d...
The dynamic performance of cylindrical double-tube adsorption heat pump is numerically analysed usin...
A refrigeration/heat-pump system based on a number of simple tubular adsorption modules is described...
In this paper, a two modular zeolite water adsorption heat pump (AHP) based on the thermal...
Adsorption heat pumps (AHPs) can play a significant role in the future energy transition policies. H...
The scope of this paper is to present the development of a prototype of a small adsorption heat pump...
An innovative adsorption cycle heat pump technology is presented that is compact and capable of achi...