Application Areas:
- Hospital
- Laboratory
- Clean Room
With our innovative understanding that supports modern technologies, we, Boreas Technology, undersign projects that lead the way for correct solutions.
Hygiene Air Handling Units are used in delicate sterile environments like operating rooms and clean rooms as well as food, pharmaceutical, and chemical industries.
Hygiene Air Handling Units developed by Boreas Technology operates without energy loss under critical climatic conditions. Adequate air volume calculated by the control system is provided with a series of efficient EC motor plug-fans. This way, the fans operate with the lowest possible energy consumption.
The frame structure is composed of box profiles that are made of electrostatic powder painted galvanized steel material, thus achieving a lighter, thermal bridge free design, and superior mechanical properties.
The panel structure composed of frames that were manufactured from PVC profiles provide a thermal bridge free unit. Grade 304 stainless steel sheets and walls, joints and fastenings are used as standard components.
Thanks to the rounded angle seals used on the panel joints on inner walls, a structure that is easier to clean and that prevents dirt accumulation is achieved, regardless of the skill and experience of the installer.
Boreas Technology’s automation system offers effective, flexible and user-friendly solutions.
Because it is compatible with widespread communication protocols, it can communicate with building management systems (BMS) with different features.
Air handling unit- and process-specific software can be uploaded if necessary, which allows full control over the system.
The power and control panel is housed within the same casing at the Boreas Air Handling Unit. All methods and applications in the design and manufacturing of the panel are done in accordance with CE instructions. Parts necessary to feed and distribute main power to the air handling unit are located in the “Power” section. Control card and ports that can easily be integrated with current BMS system via open protocols like KNX, Lon, Bacnet, Modbus, etc. are located in the “Control” section.
The Module is sized as 102 mm based on the standard filter dimensions according to EN 779. Filter by-pass leakage class is F9. This way: the interior pressure loss is decreased. Sizing is done via standard steps.
Plug fans are used in Hygien Air Handling Units to ensure the circulation of the sufficient amount of air depending on design conditions. Thus, the conditions of high efficiency and an easily cleaned unit are met.
Drain pans are manufactured from standard 1,2mm stainless steel sheet. Double inclined design of the pan helps water accumulate on the corner. Standard coil fins are coated with epoxy with stainless steel sheet frames and collectors which are made of copper material.
These are indispensable to ensure that air conditioning systems are designed with minimum energy consumption. Heat recovery systems apply various heat recovery types, mainly run-around.
ISO 9001:2015
In order to have its processes monitored and improvable within the scope of total quality approach, Boreas Technology was awarded with ISO 9001 certification in 2013.
CE Mark
As a result of tests performed in accordance with standards, the Boreas Air Handling Unit was determined to be not harmful for human, animal and plant health and for the environment, and was awarded the CE Mark.
Hygiene
As a result of tests performed to VDI 6022 and DIN 1946-4 standards, the hygienic version of the Boreas Air Handling unit was found to be more than capable of meeting the requirements of both standards in terms of structural properties, as well as air leakage (L1) and thermal bridging (TB1).
The structural properties of the hygiene version bearing the code BRS-H include all requisite measures against corrosion in the interior and components as well as convenience of cleaning and the possibility of maintaining and monitoring cleanliness of the unit.