HVAC
The water mist is absorbed by the air in the humidification unit. The fineness and the homogeneity of the micronised droplets optimise the air-water exchange..
Microniser uses water directly, which simplifies usage compared to recycling humidifiers.
Design parameters of a humidifier:
Temperature and humidity setpoint
Air-water exchange time
Type of droplet separator
Advantages of the microniser:
Effective humidity control
Very low energy consumption
Reduced investment
Simple installation and maintenance
No clogging
Applications: air handling unit and large volumes
The water mist is carried away and absorbed by the airflow passing through the humidification unit. The fineness and homogeneity of the micronised droplets optimise the air-water exchange and significantly reduce dripping.
Unlike most conventional humidification systems where water is recycled in a loop, Microniser uses municipal water directly.
The main design parameters of an air handling unit (AHU) are:
the temperature and humidity setpoint
the air-water exchange time
the type of droplet separator
Advantages of the microniser:
Effective humidity control
Very low energy consumption
Reduced investment
Simple installation and maintenance
No clogging
Applications: air treatment unit (ATU) and large volumes
The water mist is carried away and absorbed by the airflow passing through the humidification unit. The fineness and homogeneity of the micronised droplets optimise the air-water exchange and significantly reduce dripping.
Unlike most conventional humidification systems where water is recycled in a loop, Microniser uses municipal water directly.
The main design parameters of an air handling unit (AHU) are:
the temperature and humidity setpoint
the air-water exchange time
the type of droplet separator
Advantages of the microniser:
Effective humidity control
Very low energy consumption
Reduced investment
Simple installation and maintenance
No clogging
Applications: air treatment unit (ATU) and large volumes
The water mist is carried away and absorbed by the airflow passing through the humidification unit. The fineness and homogeneity of the micronised droplets optimise the air-water exchange and significantly reduce dripping.
Unlike most conventional humidification systems where water is recycled in a loop, Microniser uses municipal water directly.
The main design parameters of an air handling unit (AHU) are:
the temperature and humidity setpoint
the air-water exchange time
the type of droplet separator
Advantages of the microniser:
Effective humidity control
Very low energy consumption
Reduced investment
Simple installation and maintenance
No clogging
Applications: air treatment unit (ATU) and large volumes
INSTALLATION IN AIR TREATMENT UNIT
1. New air treatment unit
The Microniser atomiser can easily be installed in a new air treatment unit.
It is fixed to a support in the centre of the casing section;
A section of 1 m² per atomiser will ensure good water absorption.
2. Existing air treatment unit
The Microniser system has been designed to replace air washer or hot steam systems.
The existing system can be left in place or removed, and the Microniser atomiser can easily be installed in the existing air treatment unit.
Based on the characteristics of the existing installation (size, air speed, water flow), we will propose the best Microniser solution, allowing you to achieve maximum savings and reduce your environmental footprint.
Dimensions of the Microniser® atomiser:
H = 135 mm / L = 215 mm / l = 100 mm
Weight: 3.9 kg
