As a reliable partner in the field of industrial refrigeration, Hope Deepblue understands the importance of every component in LiBr absorption chiller. In simple terms, the core function of cooling water in the absorber are "cooling" and "maintain vacuum", ensuring that the LiBr solution can continuously and efficiently absorb the refrigerant vapor from the evaporator.

1. Removing the Absorption Heat
When the concentrated solution is sprayed inside the absorber, it vigorously absorbs the refrigerant vapor from the evaporator. This process releases a significant amount of heat, known as "heat of absorption." If this heat is not removed promptly, the temperature of the solution will rise rapidly, and its ability to absorb refrigerant vapor will sharply decline, much like a saturated sponge unable to take in more moisture. Hope Deepblue LiBr absorption chiller,with their optimized absorber design and water distribution system, ensure that the cooling water efficiently and uniformly carries away this heat, creating ideal conditions for continuous absorption.

2. Maintaining the Vacuum and Low-Temperature Environment in the Absorber
The process of absorbing refrigerant vapor inherently requires a low-pressure environment. By promptly removing the absorption heat, the cooling water prevents a pressure increase in the system due to temperature rise, thereby helping to maintain the necessary low-pressure environment in the absorber. This low-pressure environment, combined with the absorption capacity of the solution, creates a continuous driving force for the refrigerant vapor to flow from the evaporator to the absorber.

Therefore, although cooling water does not directly participate in refrigeration, it indirectly determines the cooling efficiency and stability of the unit by cooling the absorber.

Choosing Hope Deepblue means opting for precise control over every operational detail. Our advanced system design ensures that cooling water performs at its maximum efficiency, delivering lasting, efficient, and stable operation for your unit.