Bry-Air BrySmart® Series (BBS) Dehumidifiers
Highly optimized energy consumption (ranging from 10,000 CMH to 100,000+ CMH)
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Highly optimized energy consumption (ranging from 10,000 CMH to 100,000+ CMH)
Our Airgineers Can Help You Select The Right Product!
Contact Us
Real time energy optimization
Patented BrySmart technology
Dynamic specific performance
High performance rotor
Bry-Air BrySmart® Series (BBS) Dehumidifiers are the new day energy efficient rotary desiccant dehumidifiers for those who desire to stay ahead of the technology curve. The Brysmart Dehumidifier comes embedded with patented* BrySmart® and BryTherm™ technologies integrating 4.0 tomorrow based concepts & technologies. The BBS rotary desiccant dehumidifier is designed for continuously optimizing Dynamic Specific Performance (DSP) and incorporates BHP™ (Bry-Air High Performance) rotor with special geometry and chemistry.
Integrating 4.0 future based concepts & technologies**
Continuously senses and monitors temperature at varying locations in the rotor, thus providing data for continuously optimizing performance and industrial moisture control.
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BryTherm™
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BrySmart®
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US Patent No.: 9777933
Europe Patent No.: 2764296 Japan Patent No.: 6243336 South Africa Patent No.: 2014/01826 Australia Patent No.: 2012310095 India Patent No: 350040 Brazil Patent No: 112014005685 |
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US Patent No.: 8328904
Japan Patent No.: 6325190 South Korea Patent No.: 10-1408990 Canada Patent No.: 2703150 Mexico Patent No.: 318916 China Patent No.: ZL201080020064.8 South Africa Patent No.: 2011/07893 Australia Patent No.: 2010245643 India Patent No.: 304559 Europe Patent No.: – 2427698 Brazil Patent.: PI 1007585 WO2010128522 |
Incorporating BHP™ (Bry-Air High Performance) Rotor with special Geometry and Chemistry
The customized rotor delivers an additional energy saving of up to 20% by reducing initial react energy input for equivalent performance of standard dehumidifiers.
Remote Control & Monitoring through Android devices for Bry-Air Dehumidifiers
The working principle of a BBS is divided into the below-mentioned processes:
Process Airflow
Moist air enters the rotary desiccant dehumidifier through the intake grille and is drawn in by the process air fan. It then passes through a pre-filter to remove dust and other particles. The clean air then enters the dehumidification rotor (the desiccant wheel). This rotor is adsorbed with a desiccant material that attracts and holds water molecules. As the rotor rotates, the desiccant absorbs the water molecules, and the dried process air is discharged from the dehumidifier through the exhaust grille.
There is a variable frequency drive (VFD) to control the speed of the process air fan controlled by the BBS Brain. BBS Brain analyses sensor data and several other process inputs to optimise airflow to save energy. This allows for more precise process airflow control and optimises the dehumidifier’s performance for industrial moisture control.
The entire dehumidification process is managed in real time by the BBS brain, by optimizing the process inlet airflow, the reactivation airflow and other internal inputs and outputs, such that the process out airflow, remains the same. The system dynamicaly balances itself in real time, so as to maximise the energy benefits and yet delivering the required performance.
Reactivation Airflow
A separate stream of air, the reactivation air, is heated by the reactivation heater and passes through the desiccant rotor in the opposite direction. The heat from the reactivation air desorbs the water molecules previously absorbed by the desiccant. This water-laden air, the moist reactivation air, is then vented to the outside through the exhaust vent.
BBS Brain analyses sensor data and controls heater temperature to maintain optimal temperature for efficient desorption. There is a variable frequency drive (VFD) to control the speed of the Reactivation Air Flow. This allows for more precise process airflow control and optimises the dehumidifier’s performance. Bry-Air Super BrySmart can capture the heat from the moist reactivation air and preheat the process air, improving the dehumidifier’s energy efficiency.
Rotor Speed
The BBS brain automatically adjusts the speed of the desiccant rotor based on the current conditions, including the desired humidity level and the actual humidity level in the dehumidification zone.
This helps to optimise the performance of the dehumidifier and save energy, supporting low dew point dehumidifier applications.
A low dew point dehumidifier is designed to remove moisture from air to achieve precise low-humidity conditions. The BBS uses a desiccant rotor and real-time control of airflow, heater temperature, and rotor speed to optimise dehumidification performance.
A rotary desiccant dehumidifier uses a rotating desiccant wheel to adsorb moisture from the process air. As the rotor rotates, a separate reactivation airstream removes the accumulated moisture, allowing the desiccant to continuously dehumidify the process air.
The BBS provides precise industrial moisture control by continuously monitoring sensor data and dynamically adjusting process airflow, reactivation airflow, heater temperature, and rotor speed. This helps maintain the required humidity level while optimising energy consumption.
Yes, the BBS can be used as a food processing dehumidifier where controlled humidity is required. Its automated airflow and rotor-speed optimisation supports consistent dehumidification performance for processes requiring precise moisture control.
The BBS can serve as a battery dry room dehumidifier for applications requiring controlled low-humidity conditions. Its desiccant rotor technology and automated control system help maintain the desired humidity level by continuously adjusting operating parameters.
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