LiBr absorption units serve as energy-efficient solutions for high-performance energy recovery, where their stable operation is paramount. With years of dedicated expertise in this field, Hope Deepblue has been convinced that ensuring continuous energy savings relies on the following three core factors.

1.Effective Prevention of Refrigerant Water Pollution

The purity of the refrigerant water is fundamental to maintaining heat exchange efficiency and cooling capacity. If LiBr solution mixes into the refrigerant water, it increases the salt concentration and raises the evaporation temperature, thereby reducing the chiller's cooling capacity.For example, an abnormality in the absorber liquid level control may cause the diluted solution to enter the evaporator water liquid box . This contamination increases the salt concentration in the refrigerant water, thereby elevating its evaporation temperature and impairing heat exchange efficiency. Hope Deepblue employs precisely designed system processes and reliable level control to fundamentally prevent refrigerant pollution. This ensures consistently efficient and stable evaporation, laying a solid foundation for energy savings.

2.Enhanced Hydrophilicity of Heat Exchanger Tubes

The heat exchange efficiency of evaporator and absorber largely depends on the material of the heat exchanger tubes. If the surface of the heat exchanger tube has poor hydrophilicity, it can lead to uneven water film distribution and affect heat exchange efficiency. Hope Deepblue utilizes heat exchanger tubes treated with a unique hydrophilic process. This ensures rapid and uniform distribution of refrigerant water, significantly improving heat exchange effectiveness and greatly reducing energy consumption.

3.Stabilized Octanol Concentration

Octanol acts as a surfactant, promoting better interaction between the LiBr solution and refrigerant vapor, which is crucial for enhancing absorption efficiency. Therefore, Hope Deepblue has incorporated optimized devices to maintain sufficient contact between octanol and the LiBr solution during unit operation. This effectively sustains the interaction between the LiBr solution and the refrigerant vapor, providing enduring power for the unit's energy efficiency.

At Hope Deepblue, we firmly believe that the high efficiency and energy savings of LiBr absorption units depend on meticulous attention to every technical detail. We not only supply high-performance units but also ensure long-term stability in energy-saving benefits, helping clients achieve sustainable energy management and economic efficiency.