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Bry-Air has a wide range of desiccant dehumidifiers,
both rotor based as well as solid granular type.
The new Bry-Air Rotor Based Desiccant Dehumidifiers are the result
of many man-years of in-depth study of customer needs and research
work.
Engineered to highest consistency, reliability and ecology standards,
the rotary type, industrial dehumidifiers remove moisture from air
on a continuous basis.
The Dehumidifiers incorporates the high efficiency EcoDry metal
silicate desiccant synthesized rotor to meet the industry needs
for an equipment with small footprint coupled with high moisture
removed capability.
Operating Principle:
Fluted Flat Bed Dehumidifier (Rotor Based) - FFB Series
Moisture-laden air enters the unit through the process inlet and
passes through the Ecodry metal silicate fluted desiccant synthesised
rotor, where the moisture is adsorbed.
The dry, dehumidified air is then delivered to conditioned area
through the process outlet.
Range: 170 cmh to 2000 cmh (100 cfm to 1177 cfm).
Fluted Vertical Bed Dehumidifier (Rotor Based) - FVB Series
The Bry-Air FVB Dehumidifier incorporates the EcoDry® fluted
wheel / honeycomb rotor which has a special active metal silicate
desiccant synthesised in-situ. Moisture laden air enters the unit
through the process inlet and passes through the EcoDry metal silicate
fluted desiccant synthesized rotor, where the moisture is adsorbed.
The moisture is thus removed through a process of continuous physical
adsorption. The dry, dehumidified air is then delivered to the conditioned
area through the process outlet.
Reactivating the desiccant
The rotating desiccant wheel / rotor moves into the reactivation
segment well before “saturation” where the moisture is
driven off by the hot air blown through the reactivation segment
of the rotor.
Heat recovery
In the FVB Sr. Series, the reactivation air is passed through a
heat pipe based heat recovery unit. Here, the incoming reactivation
air picks up the heat energy which has been transferred by the heat
pipes from the hot moisture laden air being exhausted from the rotor
after reactivation of the desiccant. The warm incoming reactivation
air is further heated by the heaters to about 100°C above ambient
before it passes through the reactivation sector of the rotor.
In the FVB Jr. Series, a purge sector is provided in the rotor in
place of the heat pipe based energy recovery unit for pre-heating
the incoming reactivation air and for cooling a part of the reactivation
wheel, which is entering the process sector.
Range:
FVB (Jr.) Series - from 1500 cmh to 4000 cmh (880 cfm to 2360 cfm).
FVB (Sr.) Series - from 5000 cmh to 7600 cmh (2950 cfm to 4473 cfm).
Modular Vertical Bed Dehumidifier (Solid
Granular Type) - MVB Series
The Bry-Air ‘MVB’ dehumidifier is still a ‘fairly
new’ and yet ‘a proven’ concept in desiccant dehumidification,
incorporating Modular Vertical Bed (MVB) located on a rotating carousel.
This series of dehumidifiers is designed for maximum drying efficiency
at minimum operating cost.
Moisture-laden air enters through the process inlet and moves through
the desiccant beds in that chamber. The desiccant in the beds adsorbs
the water vapour. Thus dehumidified air is then delivered through
the process outlet directly into the controlled space. A clockwise
rotation of the carousel moves the beds one at a time into the reactivation
section of the unit. There, hot air entering through the reactivation
inlet moves through the desiccant to drive off the moisture and
exhaust it into the atmosphere. Positive sealing between the chambers
prevents any mixing of the process and reactivation air streams.
MVB Series Range - from 850 cmh to 42,500 cmh (500 cfm to 25,000
cfm).
The Bry Air Advantage
Bry-Air equipment has several advantages over systems based on liquid/solid
absorption technique using lithium chloride. Some of the salient
differences are highlighted.
Bry-Air Solid/Liquid Absorbent Systems
Based on principle of adsorption Based on the principle of Absorption
Choice of adsorbents 1. Absorbent
* Bry Air sorb 100/120/121
* Silica gel - 40% adsorption capacity Lithium Chloride
* Molecular Sieve - High temperature drying.
* Activated Alumina- 38% adsorption capability
With a judicious selection of desiccant
* Bry Air equipment optimises performance for any job
* No damage of Adsorbent bed at High RH Sensitive for High RH
* Desiccant used is Non-Toxic non-corrosive Highly corrosive
* Moisture removal capacity 10-20% more Lower moisture removal capacity
per kg of dry air
Further advantage in case of maintenance, low energy consumption
and packageability makes Bry-Air the number one choice for efficient
humidity control.
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