CAL-IN Technology Transfer, L.L.C.
Macro to Micro to Nano... Critical Environmental Experts
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| This environmentally friendly, freon-free
technology is uniquely designed to partner with a micro-turbine power generators
or can be adapted to recover heat from other sources to meet your specialized
dehumidification requirements. High efficiency in a simple, compactly designed
unit - E-SAVE is the perfect partnering of energy, economy and environment. E-SAVE allows for treatment of 100 percent outside air for superior IAQ control. |
| Compactly designed with a two-inch thick,
insulated double-wall cabinet, the E-SAVE incorporates our SSCR Ultra rotor.
The rotor is made with a ceramic matrix meeting the International Agency
for Research on Cancer (IARC) standards for non-respirable fibers. The
ceramic matrix is combined with synthesized silica gel to form the most
advanced dehumidifier rotor. Only the desiccant is in contact with the air-stream! This advanced form of silica gel has an extremely high "affinity" for water vapor. The synergistic form of the desiccant and ceramic matrix allows for distinct advantages over both granular adsorbents and impregnated desiccants. |
Right: Desiccant A-C Unit / Left: Microturbine Power Generator
FEATURES
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A comfortable air conditioning system by taking the fresh air
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| MGT exhaust heat driven new desiccant air conditioning
unit "E-SAVE" which we are developing right now is able to
drastically enhance the indoor air quality (IAQ) as it is able to take
the fresh air into the building wihtout losing the characteristic of
energy saving. Furthermore, as it can be used as heating equipment for
winter season, "E-SAVE" can be said as a comfortable air conditioning
system pursuing the enhancement of IAQ through the year. |
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Environmental friendly unit, and the configuration can be simplified
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| Since the new desiccant air conditioning unit is
combined with a high performance desiccant rotor and a special heat exchanger,
it is really environmental friendly air conditioning unit that does not
require freon or substitute freon as coolant used by conventional air
conditioning units. The conventional desiccant air conditioning unit
consists of 5 main components and the fresh air is supplied through a
desiccant rotor, a sensible heat exchange rotor and an evaporative cooler
for supply air stream. The new desiccant air conditioning unit however
consists of two main components such as a desiccant rotor and a stationary
sensible heat exchanger, the configuration of the unit can be simplified. |
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Since the water heater is not necessary,there is no heat exchange loss
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| Since the high performance desiccant rotor installed
with E-SAVE takes advantage of the exhaust heat directly from MGT and
the water heater is not necessary for regeneration heat, there is no
heat exchange loss, which realizes high efficiency with a simple and
compact designed unit. |
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High Performance Desiccant Rotor
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| Reinforced Ceramic Fiber Honeycomb Desiccant Rotor,
with which silica gel is chemically synthesized. |
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Special Stationary Sensible Heat Exchanger without carrying over the moisture
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| The stationary heat exchanger has a function that heat exchange can be conducted while water evaporation heat can be utilized to additionally cool the supply air without carrying over the moisture from water evaporation like the conventional direct evaporative cooler. Therefore, 90% or higher sensible heat exchange efficiency can be realized and the supply air can be effectively cooled down. |
APPLICATIONS
| The E-SAVE desiccant A-C unit with its anti-bacterial
and deodorizing effect is also equipped with temperature control for cooling
and heating along with its primary function of dehumidication and ventilation.
This makes E-SAVE an excellent choice for building applications of all
kinds, especially when used with co-generation and heat recovery. |
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E-SAVE for various applications |
| Food Factories, Low Temperature Humidity Factories |
| -Product management by temperature and
humidity control. -Energy saving by eliminating over-cooling and re-heating. -The contribution to HACCP introduction. -Prevention of condensation and frost. -Low temperature dehumidification. |
| Supermarket |
| -Fresh appearance of frozen foods and frost
free operation of refreigerated cases. -The solution of the "cold aisle"; by lowering the humidity, the temperature can be warmer. -The prevention of mildew and mildew smell as condensation is eliminated. -Improve IAQ by ventilation and humidity control. |
| Hospital and Nursing Home |
| -Eliminate foul odor smell by increased
ventilation and humidity control. -Reduce bacteria courts by dehydration and sterilization effect. -Eliminate over cooling due to over sizing of air conditioning units or the lack of re-heat. -Improve IAQ by ventilation and humidity control. |
| Movie Theater, Single Theater,
Multiplex Theater |
| -Eliminate foul odor smell by increased
ventilation and humidity control. -Eliminate over cooling due to over sizing of air conditioning units or the lack of re-heat. |
| Recreational Facilities |
| -Corrosion protection of electronic games
and controls. -Eliminate over cooling due to over sizing of air conditioning units or the lack of re-heat. -Improve IAQ by ventilation and humidity control. |
| Sports Gymnasium,
Indoor Pool |
| -The achievement of "comfort" by
humidity control. -Eliminate foul odor smell by increased ventilation and humidity control. -Eliminate over cooling due to over sizing of air conditioning units or the lack of re-heat. -Improve IAQ by ventilation and humidity control. |
| Restaurants |
| -Eliminate over cooling due to over sizing
of air conditioning units or the lack of re-heat. -Improve IAQ by ventilation and humidity control. |
| Refrigerated Warehouses, Skating Rinks |
| -Prevention of condensation and frost. -Low temperature dehumidification. -Low humidity air-conditioning. |
OTHER HEAT
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It utilizes various exhaust heat as reactivation heat source |
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| It utilizes various exhaust heat such as steam, hot water and so on according to the situations and conditions. | ||||||||||||||
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| Note) Since there are cases in which the model cannnot apply to the combination, please contact to our sales department for details. | ||||||||||||||
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System variation of "E-SAVE" |
| 1. Exhaust heat (Hot water/low pressure steam) Model |
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| 2. Exhaust heat (Put exhaust gas directly) Model |
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| 3. Exhaust heat (Heat exchanger installed) Model |
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| 4. Burner installed Model |
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