By Victoria M. Petrova
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Extra resources for Advances in Engineering Research
Flow diagram of simple two-bed adsorption refrigeration cycle. Cooling water in/out Cooling water in/out V4 V4 V1 Evaporator B Cooling water in/out ADSORPTION DESORPTION V2 A Heating water in/out Liquid Refrigerant Cooling water in/out B COOLING DOWN HEATING UP A Heating water in/out V3 V2 Liquid Refrigerant Condenser Condenser V3 V1 Evaporator Chilled water in/out Chilled water in/out Mode-A Mode-B Cooling water in/out Cooling water in/out Condenser Evaporator V1 Chilled water in/out Mode-C Figure 4.
3. Three-Bed Adsorption Heat Cycle Three-bed adsorption refrigeration cycle consists of three adsorbent beds (reactors) in addition to condenser and evaporator. The aim of using three-bed is to obtain continues evaporation and hence continues cooling. Three-bed adsorption cycle is controlled by four operating modes (preheating, desorption, precooling and adsorption) and 12 operating steps (Saha et al. 2003). During preheating and precooling modes, the interconnecting valves between the adsorbent bed and the evaporator/condenser are closed to change the reactor pressure level.
2009, Rezk et al. 2012). 2. Chemical Adsorbents Chemical adsorbents sorb the refrigerant chemically by Valence force, where one layer of refrigerant reacts with the surface molecules of the adsorbent. Chemical adsorbents sorb more refrigerant at higher rate compared to physical adsorbents (Li et al. 2009). However their stability is lower than physical adsorbents, where chemical pair molecules never keep their original state which limits their practical applications. Chemical adsorbents suffer from swelling and agglomeration which negatively affect the heat and mass transfer performance, especially in cycles that operate at low pressure (Li et al.
Advances in Engineering Research by Victoria M. Petrova