Water cooled dehumidification system

The system is divided into primary and secondary evaporators and condensers, with each component handling specific portions of the refrigeration cycle. The secondary evaporator processes refrigerant after the primary evaporator, and the secondary condenser further condenses refrigerant after the primary condenser, creating a segmented multi-stage dehumidification system that increases capacity without proportionally increasing complexity

The secondary evaporator and condenser are integrated into the existing refrigeration loop as nested components. The secondary evaporator receives refrigerant from the primary evaporator outlet, and the secondary condenser receives refrigerant from the primary condenser outlet, creating a nested configuration where additional components are embedded within the existing system architecture

The system changes the thermodynamic parameters of the refrigerant by implementing multi-stage evaporation and condensation. The secondary evaporator further lowers the refrigerant temperature and pressure after the primary evaporator, while the secondary condenser continues the condensation process at different parameters, thereby increasing dehumidification capacity through parameter optimization rather than increased power input

The system utilizes multiple phase transitions of the refrigerant through the secondary evaporator and condenser. The refrigerant undergoes evaporation in the primary evaporator, then further evaporation in the secondary evaporator, followed by condensation in the primary condenser and additional condensation in the secondary condenser, maximizing the utilization of latent heat during phase changes to enhance dehumidification without requiring additional compressor power

The secondary evaporator performs preliminary cooling of the refrigerant after it leaves the primary evaporator, preparing the refrigerant at optimal temperature and pressure conditions before it enters the compression stage. This preliminary action ensures the refrigerant is sufficiently cold to maximize dehumidification efficiency in the subsequent cycles

The refrigeration cycle maintains continuous useful action through the secondary condenser, which continues the condensation process after the primary condenser. This continuous action ensures the refrigerant is consistently maintained at the necessary temperature levels throughout the cycle, preventing temperature rise that would reduce dehumidification efficiency