Ecodry, the new range of dehumidifying rotors
from Desiccant Rotors International (DRI) offers simple, cost effective
and eco-friendly solutions to independent and precise requirements
for both low humidity and/or high ventilation needs.
The new dehumidifying rotors are the result
of many man- years of in-depth study and research work on countless
permutations and combinations of substrates, desiccants and chemical
processes. Every aspect of rotor dynamics, behavior, characteristics
and physical parameters has been considered to maximize performance,
durability and applicability.
Ecodry desiccant rotors not only
have a large contact surface area (the matrix) between the desiccant
on the substrate and the air passing through it, but also the desiccant
synthesized inside has an exceptionally large internal pore surface
area.
Ecodry dehumidifying rotors are highly
articulated to provide a smooth and laminar flow to the traversing
air streams. They are lightweight, and owing to a very low substrate
to desiccant ratio, transport minimal reactivation heat carry-over
to the dehumidification (process) air stream. Being extremely compact,
they help in designing smaller footprints for dehumidification equipment.
Metal Silicate synthesized on inorganic fiber substrate (net
organics less than 2%)
Special low temperature regeneration wheels.
For low humidity and high ventilation needs.
ADVANTAGES OF ECODRY ROTORS
For low humidity
and high ventilation needs.
Metal Silicate
synthesized on inorganic fiber substrate (net organics
less than 2%).
Customized depth
and diameter to meet specific requirement.
Powder coated
cassettes available.
All Ecodry G3 series, rotors allow for a very
high moisture removal over a vast range of inlet conditions.
The G3 series rotors employ desiccants that
do not overload even when exposed to 100% saturated air or
liquid water.
The rotors are maintenance free and there is
no deliquescence, and hence no special storage needs.
Rotors can simply be cleaned on blowing or
even washed with water.
The rotors are composed of stable, chemically
inert inorganic material and offer excellent resistance to
most chemicals.
Mechanical strength of these rotors is very
high
The rotors neither burn nor support combustion.
The rotors can be reactivated using electric heat, steam,
hot water, natural gas LPG, or thermic fluid heaters.