Factors To Consider When Designing A Humidification System

Humidity can affect several characteristics of air and materials that come in contact with it. Many productions, storage, and examining methods are affected by humidity. This is why humidity controls are used in order to prevent corrosion, mold, warping, or any other spoilage. Controlling humidity through air-conditioning or other means can be costly.

There are several important factors that can be considered to reduce these costs while installing humidification systems via https://www.youmist.com.au/humidification-systems/. Let's have a look at the upcoming paragraphs for a more brief discussion about them.

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Take a look at the building construction/design for the building envelope.

Air must not be leaking from a humidity-controlled building. Install a continuous vapor block to reduce air leakage.

Calculate humidification load:

Outdoor air is the main factor in humidification load. Two routes allow dry outdoor air to enter the building or space: ventilation and infiltration. The amount of outside air that enters a building or space determines how much load it needs. 

Find the best source of energy:

Adiabatic humidifiers make water vapor by heating the air around them. You can find examples such as ultrasonic, wetted medium, and pressurized water-atomizers. Isothermal Systems add heat to the water. These systems involve unfired Steam Generators, steam boilers, electric resistive heater type, electrode type, and steam heat exchangers.

Choose the right water type:

There are many types of water that can be used to humidify systems. However, they all have different performance and maintenance requirements. Common types include potable (tap) water from a city or well source, softened water, reverse osmosis (RO) water – filtered to remove most of minerals/contaminants, and de-ionized (DI) water – high quality and free of minerals/contaminants.