Humidification through misting

DID Clim high pressure misting can efficiently humidify the air. The evaporation of micro-droplets of water dispersed by misting insures an increase of relative hygrometry.

This phenomenon is called “humidification by high pressure misting”.

The water droplets sent into the air pass progressively from a liquid state to a gas state within the limits of hygrometric saturation. In this manner, passing through the air, the water droplets evaporate progressively until they completely turn into gas.

This result can be obtained as long as the droplets emitted are of a small size to be able to rapidly evaporate (before hitting an obstacle).

DID Clim misting allows this to be obtained. The droplets that are generated have an average size of 5 microns. 90% of the water droplets have a diameter between 2 and 10 microns.

To be perfectly calculated, a HP misting system must take into account the following:

- Measurements of the area to be treated (volume, height, ,..)

- Particular configuration (obstacles, occupants,...)

- Air renewal rate

- Average temperature of the area to be treated

-...

Our design department uses a computerized version of the Mollier diagram (named after its inventor) which allows us to determine precisely the theoretical parameters that define a thermodynamic system. The above chart shows an example of data on the air before and after misting. It is up to our team to interpret the results and propose an adequate solution.

 

 

Field of application:

- Conservatories

- Basements, Storerooms

- Fruit and vegetable stores, Fish shops

- Wood industry

- Stationary stores

- Textile industry

- Industrial Process