ADIABATIC HUMIDIFIER

• Anti-corrosion materials
• High humidification performance
• Reduces every biological risk
• Elimination of biological, virus or bacteria-related risk thanks to water main sanitation systems
• Setup for water filtration system to avoid clogging with solids and dirt
• Setup for water softening system to avoid scale
• Flow rectifiers to create a laminar flow in the humidification chamber and increase yield
• High performance drop separator to eliminate the presence of water in the exiting air flow and reduce consumption

The air to humidify passes into the adiabatic humidifier using a series of flow rectifiers on the initial part of the machine.
The rectifiers have the task of distributing the air inbound so that it crosses the system linearly.
Diffusion allows use of the entire passage surface to maximise contact between the sprayed water and the air. Linearity allows air turbines in the machine to be avoided, which could reduce its humidification performance.

Then, the air enters the humidification zone, where it is enriched with steam.
Instead, separators are placed downstream of the humidification chamber, whose task is to separate the drops transported by the air flow and withhold them in the chamber and prevent their exit.

Separator application ensures the fluid inbound is not in over-saturated conditions with water in the form of drops ready to deposit.
The importance of efficient separation of the drops means mains water savings, since the latter is not released by the system, but contained in the humidifier.
The electric box allows integration of the machine even in a conditioning system.
The difference between the high pressure saturator and the low pressure washer lies in the water distribution inside the humidification chamber.
The high pressure saturator has special nozzles to work at 60-80 bar. The latter emit tiny water particles, facilitating the evaporation process and therefore humidity.
The nozzles are powered by high pressure pumps equipped with an inverter, that dialogue with the thermo-hygrometric sensors on the conditioning system to dose water to vaporise within the flow.
Non-vaporised water is recovered from the humidification chamber and from the drop separator and is then sent to drainage.
The system does not have water recovery tanks to avoid bacterial formation and algae deposits. This allows application of this system in all production contexts requiring high standards of cleanliness and low pollution levels, such as the medical sector.
Instead, in the low pressure washer, a “wall” of water is created inside the humidification chamber. The air is “forced” to pass to allow humidification and removal of pollutants and solid particles, which are removed from the water to purify it.
The water used for washing and humidification, once sprayed, is collected inside the tank, to which a recirculation pump is connected.
The pump is equipped with an inverter to adapt its operation to actual cleaning and humidification needs.
The system, managed by an efficient tool, is equipped with a self-cleaning filter to separate the solid material in suspension and purify the water of any residue.

To ensure complete flexibility of the recirculation water treatment and maintain bacterial proliferation under control, the machine is prepared to host the complementary systems, such as those for chemical dosage or UV.

• Inlet zone with specific profile flow rectifiers
• Humidification zone with nozzle holding candles and atomizer nozzles
• Centrifugal pump directly coupled to the electric motor moved by inverter
• Water distribution manifolds entirely manufactured in stainless steel, with joints and quick release unions of the nozzle holding candles.
• Separation zone of the drops with frame and specific profiles for inertial separation and reduced kinetic energy
• Float filling tap with service and overflow drains
• Assembly accessories, such as stainless steel bolts and gaskets

• Vehicle sector
• Paper and printing industry
• Dust removal technology
• Fibre-based manufacturing
• Plastic industry
• Air conditioning technologies
• Mechanical and plant design engineering
• Textile department