cooling

How do lithium bromide absorption chillers work? Why are they suitable for air conditioning systems? A comprehensive guide to their performance, benefits, limitations, and chemical maintenance.

How does an absorption chiller produce cold with heat? Differences from a compression chiller, chemical challenges and maintenance solutions + analysis of lithium bromide solution.

Is your cooling tower losing efficiency? Increasing temperatures? Bad odors? In this technical guide, learn 10 surefire signs your cooling tower needs chemical flushing — before irreparable damage occurs.

With a complete introduction to the 5 types of cooling towers in terms of airflow (natural, mechanical, forced, induced, mixed) and how each operates, choose the best chemical maintenance method to increase the efficiency and life of your equipment.

Chiller is derived from the Latin word Chill, meaning to cool. Various cycles are used to create refrigeration, the most important of which are the compression refrigeration cycle, the absorption refrigeration cycle, and the thermoelectric refrigeration cycle.

Thermoelectric power plants boil water to create steam, which then turns turbines to generate electricity. The heat needed to boil the water can come from burning fuel, nuclear reactions, or the sun. As the steam passes through a turbine, it must be cooled back to water before it can be used again to generate more electricity. Colder water cools the steam more effectively, increasing the efficiency of electrical energy generation.

Refrigeration is the process of absorbing heat from one fluid and releasing it to another. The fluid can be air, water, or any other gas or liquid. In all refrigeration systems, keeping cool involves absorbing heat from a lower-temperature material and releasing it to a higher-temperature environment.

Cooling towers, as the name suggests, are used for cooling. Equipment used in industry for heat transfer is one of the important equipments, among which cooling towers are effective and practical for the continuation and continuity of operations and other processes.