BoostAir® industrial adiabatic cooler
We are pleased to present our latest product, the BoostAir® system,
which is revolutionising the industrial refrigeration market. We are proud that the BoostAir® adiabatic cooling and ventilation system is developed by our own experts and manufactured in our own factory, ensuring the highest level of support. Our BoostAir® range uses the latest innovations in evaporative cooling, making it not only efficient but also extremely cost-effective. This technology is proving to be an ideal choice particularly in industrial and commercial environments where high heat loads can challenge conventional air conditioning.
BoostAir® Type A
A high performance industrial adiabatic air cooling unit using 100% fresh air evaporative cooling technology for maximum comfort in the workplace. The BoostAir® adiabatic chiller can be used in all areas of industry and logistics as a cost-effective cooling solution, thanks to the wide operating range provided by the intelligent control.
outstanding use of high quality materials
cost-effective operation
smart control
Fan
Type: axial EC fan
Axial air delivery:
25 000 m3/h @ 75 Pa
Evaporative cooling
Cooling capacity:
100 kW (35°C; 30% RH)
Water filling:
¾” solenoid valve, 20 l/min
Filtering panel
Standard equipment:
Coarse 70% (G4)
Scalability: ePM 1 55% (F7)
Electrical specifications
Electric power supply:
400V/3f/50Hz
IP protection: IP65
Electrical power:
3.0 kW, 5.2 A
How does it works?
The unit is suitable for both high airflow ventilation and cooling with the same airflow. In ventilation mode, the system supplies fresh filtered outdoor air to the indoor environment. When the outside temperature can no longer provide the comfort of the supply air temperature, the system switches to evaporative cooling mode. In this mode, the outside air temperature is cooled by the machine by passing the air through a humidifying medium.
The system operates with potable water. In order to ensure that the cooling process is maintained at an optimum level, the system carries out various interventions in the background (water refilling, water exchange, drying, power control) depending on the results of the analysis of the water and air parameters. The system operates fully automatically. The machine uses a 150 mm thick special coated cellulose medium as humidifying medium to achieve the highest possible humidification efficiency (90%).
A once daily scheduled full emptying and drying programme ensures hygiene protection. The built-in axial fan combines high performance with low noise levels, further increasing comfort at the workplace.
Extraction of polluted warm air
To maintain the pressure and temperature balance in the room, it is essential to remove used air from the work area. The following different technical solutions are available for the distribution of used air:
The gravity ventilation units
can ensure the removal of used and warm, naturally accumulated air in the upper layers of the room with almost zero energy consumption. The extracted warm air is replaced by fresh air cooled to the optimum temperature with BoostAir®. The air conditioning system thus installed will always be slightly pressurised, this slight overpressure keeps out dust and other contaminants that may enter the air space through the other vents in the room.
Built-in heat and smoke extraction systems
If the room has a natural heat and smoke ventilation system, ventilation can be provided by the installed heat and smoke ventilation equipment, if it has a daily ventilation function. This integrated solution will result in similar atmospheric conditions as described in the previous point.
Pressurised or balanced and pressurised air conditions
The most sophisticated and complex controllable system can be achieved when the used air is extracted by the installation of axial fans in the ceiling. In this case, the BoostAir® control can provide either pressurised or balanced and overpressurised air conditions if the technology used so requires.
Whichever air extraction method is installed, the control of the extraction system should be done by the BoostAir® Smart Control unit. The control will provide precise settings depending on whether the ideal air handling condition is achieved according to customer and process requirements. The guidelines for the design of mechanical extraction systems are contained in EU Regulation 1253/2014 on eco-design and Regulation 2009/125/EC.
Air quality
In order to achieve the desired purity of the introduced air, BoostAir® door leaves should be fitted with particle filters upstream of the humidifying medium.The filters are available in the following filter classes according to ISO 16890:
– A: ISO coarse 70% (class G4)
– B: ISO ePM10 with 75% (class M5)
– C: ISO ePM1 with 55% (class F7)
How is BoostAir® better than the competition?
designed for industrial environments, all parts of the equipment are corrosion resistant, untreated and powder coated aluminium, PP plastic
the equipment is equipped with a very high level of hygiene protection: continuous water and air analysis, water management and drip-free blown-in air. BoostAir® complies with VDI 6022 ("Hygiene requirements for ventilation systems and indoor units")
the built-in frost protection damper ensures that warm air remains in the room in winter.
the hygienic drying processes required cause no cooling losses thanks to EcoDry® technology
the VarioVapor® system ensures that the most optimal fan speed and humidification rate are always combined to achieve theoretical maximum saturation
the BoostAir type "A" has a maximum net weight of 180 kg, making it easy to install in any roof structure
Areas of application
BoostAir “A” models provide a long-term and cost-effective solution for improving the air quality of almost all heavy and light industrial production plants.
technology has successfully proven its effectiveness in the following industries:
Rubber and plastic component manufacturing plants
Metalworking and cutting plants
Power plant equipment manufacturing plants
Food industry units
Electronic component manufacturing plants
Building materials manufacturing plants
Automotive parts manufacturing plants
Logistics centres
Other models in the BoostAir® range available soon
- BoostAir® Type I – Precool – Integratable adiabatic air cooling unit for installation upstream of existing air handlers
- BoostAir® Type R – rooftop – complex air handling unit with adiabatic chiller and heat recovery
Find out why adiabatic cooling is such an effective solution!
Download our brochure!