The future of air treatment
The controlled humidification air treatment prototype unit allows obtaining a high humidification efficiency thanks to the water injection technology with venturi type air expansion absorption, combined with the continuous control of the thermohygrometric conditions of the fluids driven by fans brushless with high efficiency and low noise, it allows to obtain a great result in a compact and reliable unit.
The air drawn in by the brushless axial fans is analyzed by the temperature and humidity probes and pushed into the venturi humification section where the quantity of water injected is automatically controlled according to the characteristics of the fluid.
Once treated, the fluid is analyzed to verify that the desired objectives have been achieved.
The unit is complete with a static metal mesh filter made of stainless steel which has been studied for dust filtration, the system can be either manual or automatic, the dusty air pass from the outside towards the inside of the filter ensuring a perfect cleaning efficiency.
The unit is flexible, in fact it is possible to adjust the flow rate of the fluid saving energy where the process does not require it.
The prototype is complete with an electronic control unit equipped with a microprocessor capable of adjusting the various system parameters.
The system with calibrated and engineered holes, comparable to a turbulent motion in all respects, conveniently exploits the lamination of a fluid vein that at calculated speeds creates depressions that activate the mixing of the air introduced with the air present in the environment on always short but continuous paths, returning a high efficiency of the system. The fluid vein that comes out at high speed takes on the characteristic of vein contracted due to the greater speed that is registered at the center of the nozzle with respect to the edges, and this causes a depression such as to recall the surrounding air and to mix it in the jet resulting. The distribution channel will be dry during all phases of the process.
- High humidification efficiency.
- Controlled water consumption.
- Variable flow rate.
- Air distribution duct with engineered holes.
- Low energy consumption, brushless technology.
- Possibility of working with recirculated air or outside air.
- Complete control of the thermo-hygrometric conditions.
- Easy maintenance and sanitation.