Medical buildings have complex functions and extremely high requirements for air - conditioning systems. The requirements for temperature, humidity, fresh air, air flow, air purification and pressure vary greatly among different functional areas, and their usage times are also different, resulting in significant differences between peak and valley loads.
Temperature control is a crucial factor in determining the quality and yield of pharmaceuticals in biomedical production. For instance, in biopharmaceutical processes, key steps such as protein expression, enzyme-catalyzed reactions, and cell culture are highly sensitive to temperature.
Applications of Chillers in the Chemical Industry1. Chemical Reaction CoolingIn chemical production, exothermic reactions can raise temperatures, impacting quality and safety. Industrial chillers circulate cooling water to precisely control reactor temperatures, keeping reactions optimal.Specific Ap
Heat Dissipation for Equipment: Chillers produce low-temperature chilled water to provide a continuous and stable cold source for IT equipment, ensuring they operate within an appropriate temperature range.
Chillers are widely used in the planting industry and have significant advantages:Applicationsl Greenhouse Environment Control: In greenhouse cultivation, chillers regulate indoor temperature. In summer, they circulate cooling water to cool the greenhouse via air - conditioning or air handling units
