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Jose C Moratalla3500 Magnolia Ridge Cir, Palm Harbor, FL 34684

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3500 Magnolia Ridge Cir, Palm Harbor, FL 34684    727-7728257   

35 Magnolia Ridge Cir, Palm Harbor, FL 34684   

8729 Torchwood Dr, Trinity, FL 34655    727-3758493   

5842 Night Glow Cir, Scottsdale, AZ 85262    480-6642100   

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Jose Moratalla

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Us Patents

Selective Permeability Energy Recovery Device

US Patent:
6361588, Mar 26, 2002
Filed:
Dec 22, 1999
Appl. No.:
09/469592
Inventors:
Jose Moratalla - Clearwater FL, 33760
International Classification:
B01D 5322
US Classification:
96 4, 96 14, 96154, 55521, 55528
Abstract:
A property transfer assembly for transferring properties from a first flowing fluid to a second flowing fluid comprising a plurality of spacer components in a stacked relationship including at least one first spacer component defining a first path of travel for the first flow and at least one second spacer component defining a second path of travel for the second flow, the first and second spacer components being separated in a spaced relationship; and a transfer sheet located between the spacer components and adapted to transfer heat therethrough from the warmer to the cooler flow and to transfer moisture therethrough from the moister to the drier fluid.

Dehumidification And Temperature Control System

US Patent:
7104082, Sep 12, 2006
Filed:
Feb 6, 2003
Appl. No.:
10/360487
Inventors:
Jose Moratalla - Palm Harbor FL, US
International Classification:
F24F 7/00
F25D 23/00
F25D 17/06
US Classification:
62271, 62 94, 62 93, 165 8, 165 9, 236 493
Abstract:
A space has air humidity and temperature to be regulated. An air handler has a temperature regulation element, a fan and a housing. An inflow manifold has an intake end and an outflow end and a plurality of stubs and a plurality of dampers. An outflow manifold has an intake end and an outflow end and a plurality of stubs and a plurality of dampers. A desiccant unit has a plurality of chambers and a desiccant wheel and a plurality of blowers and a heat source and a mixing chamber and a combustible gas supply with a gas burner and an adjustable gas valve to regulate the flow of combustible gas. A plurality of ducts couple the air handler and the manifolds and the desiccant unit.

Desiccant Dehumidification System

US Patent:
7373786, May 20, 2008
Filed:
Feb 6, 2003
Appl. No.:
10/517967
Inventors:
Jose Moratalla - Palm Harbor FL, US
International Classification:
F25D 23/00
US Classification:
62271, 165 8
Abstract:
A desiccant dehumification system uses an air heater incorporating air feedback from the exhaust and/or the return air fans. The air and gas are mixed in a single step, two step, or continuous modulation mixing valve. An outdoor cooking grill style burner allows a small unit to be made with tight air heating system. One system cools the return air making it cool and humid. A portion of this air is then dried by a desiccant dehumidification system which makes hot and dry output air. The remaining return air is then dried by desiccant dehumidification system output air to deliver processed air in a controlled comfort range. A second system mixes return air with fresh air making mixed return air which is dried in a desiccant dehumidification system and then cooled to a desired comfort range without condensation.

Air Conditioning System

US Patent:
2005025, Nov 17, 2005
Filed:
May 27, 2005
Appl. No.:
11/140638
Inventors:
Jose Moratalla - Palm Harbor FL, US
International Classification:
F25D023/00
US Classification:
062271000
Abstract:
A first air path with a first fan is adapted to move air in a first direction and a moisture absorbing zone. A second air path with a second fan is adapted to move air in a second direction and a moisture desorbing zone. A rotatable desiccant wheel is located partially in the moisture absorbing zone and partially in the moisture desorbing zone. A heater in the second air path is adapted to desorb moisture from the desiccant wheel. A gas feed line and an air feed line supply the heater. The air feed line has an inlet adjacent to one of the fans.

Attic Air Conditioning System

US Patent:
5975192, Nov 2, 1999
Filed:
Oct 20, 1997
Appl. No.:
8/953737
Inventors:
Jose M. Moratalla - Clearwater FL
Paul E. Flasher - Tampa FL
International Classification:
F28D 300
US Classification:
165 45
Abstract:
An air conditioning system comprising a chamber with a heated air space at a first temperature; a heat sink located in proximity to the chamber, the heat sink being provided with cooled media at a second temperature lower than the first temperature; a plastic heat exchanger located within the chamber with an associated fan for the movement of air within the chamber across the heat exchanger; and a plurality of plastic lines coupling the heat exchanger and the cooled media, the lines including a first line to convey water from the heat exchanger in the chamber to the cooled media and a second line to convey water from the cooled media to the heat exchanger in the chamber with an associated pump to effect the flow of water in a closed loop configuration between the cooled media and the heat exchanger whereby the heated chamber air space will be cooled to a lower temperature from the cooled water from the cooled media while the temperature of the cooled media will be heated to a higher temperature from the heated chamber air space.

Desiccant Multi-Duel Hot Air/Water Air Conditioning System

US Patent:
5758511, Jun 2, 1998
Filed:
Oct 11, 1994
Appl. No.:
8/321533
Inventors:
Robert W. Yoho - Clearwater FL
Robert Yoho - Clearwater FL
Jose M. Moratalla - Dunedin FL
International Classification:
B25B 2500
US Classification:
62271
Abstract:
An apparatus and method is disclosed for an improved air conditioning system for admitting air from an exterior space, adjusting the temperature and humidity of the exterior air, delivering the adjusted air to an interior space of a structure, removal of exhaust air therefrom and return of the exhaust air to the exterior space and wherein a regenerative desiccant is provided for removing water vapor from the air to be delivered to the interior space and delivering the water vapor to the exhaust air stream and a heat exchanger is provided for removing sensible heat4 from the air to be delivered to the interior space and transferring the sensible heat to the exhaust air stream. The apparatus combines for the first time electric air conditioning reheat and solar energy with desiccant technology, thereby furnishing conditioned air at an 80% reduction fo energy cost. The apparatus for the first time allows the use of waste oil heat to furnish conditioned air at an 80% reduction in energy cost. Additionally, natural gas or propane gas may be used at a great reduction in erngy cost vs.

Ceramic Desiccant Device

US Patent:
5702508, Dec 30, 1997
Filed:
Jan 25, 1996
Appl. No.:
8/590391
Inventors:
Jose Moratalla - Clearwater FL
International Classification:
B01D 5306
B01D 5326
US Classification:
96118
Abstract:
A moisture removing device comprising a ceramic shell. The ceramic shell has a plurality of parallel openings. The openings extend along the length of the shell. The openings form elongated surfaces adapted to be contacted by moisture ladened air moving through the openings along a path of travel. Such surfaces have desiccant capabilities for the extraction of moisture from air passed therethrough.

Method And Apparatus For Regenerating Desiccants In A Closed Cycle

US Patent:
5732562, Mar 31, 1998
Filed:
Aug 13, 1996
Appl. No.:
8/696370
Inventors:
Jose M. Moratalla - Dunedin FL
International Classification:
F25D 1706
F25D 2300
US Classification:
62 94
Abstract:
A method and apparatus for conditioning air through the removal of moisture from air to be conditioned comprising a first path for a first flow of air to be dehumidified, the first path having an input end and an output end with a first blower between the input end and the output end to effect the movement of air from the input end to the output end; a second path for a second flow of air, the second path being independent of the first path and adapted to remove moisture from the second flow of air, the second path being in a closed loop configuration with a second blower for continuously moving the second flow of air around the second path and with a plurality of temperature changing devices sequentially positioned in the second path including an air precooling device, a cooling condenser device for condensing moisture from the second flow of air, a reheating device coupled to the precooling device, and a heating device; and a desiccant wheel with a motor to rotate the wheel in a continuous path of travel through a first zone and a second zone, the first zone being in the first path of travel between the input end and the output end, the second zone being in the second path of travel between the heating device and the precooling device.

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