Scale build-up can significantly affect the performance and efficiency of cooling systems by insulating heat transfer surfaces and reducing heat rejection capabilities. The prevention of scale formation leads to cooler operation of evaporative condensers, minimized water drift loss, and maintained maximum performance and efficiency. This not only reduces the energy consumption but also lowers maintenance costs associated with coil cleaning.

The application of LPA technology in various settings, including water-cooled evaporation and condensers, demonstrates a commitment to improving refrigeration efficiency and reducing carbon emissions caused by refrigeration systems worldwide. This approach aligns with the broader goals of energy conservation and environmental protection by reducing the overall carbon footprint of refrigeration systems.

The key to this efficiency boost is the delivery of 100% liquid refrigerant to all showcases and display cabinets, even those located over 100/200 meters away from the Copeland Scroll compressor racks. This method ensures that the refrigerant is flash gas free, allowing the compressor suction super-heat temperatures to be adjusted back within the compressor’s optimal operating range.

Such adjustments have a profound impact on the compressor’s isotropic compression, resulting in less Total Heat Rejection (THR) by the condensers. This leads to lower condensing temperatures, lower evaporating temperatures, and ultimately, cooler operating temperatures, which translate into higher efficiency gains.