As the fluid "boils" (evaporates), it absorbs latent heat from the surrounding environment—effectively cooling the space or concentrating the remaining liquid. 2. Common Types & Applications
The core "magic" of an evaporator is the relationship between . evaporator
By maintaining low pressure, the fluid can boil at much lower temperatures than usual (e.g., 40°F for AC units or even -40°F for freezers). As the fluid "boils" (evaporates), it absorbs latent
A refrigerant or process fluid enters the evaporator as a low-pressure liquid/vapor mixture. By maintaining low pressure, the fluid can boil
An is a specialized heat exchanger that facilitates a phase change by converting a liquid into a vapor. This process is used across various industries, from basic cooling in your home to the concentration of chemicals and the production of maple syrup. 1. How It Works (Thermodynamics)