Stone Mountain Technologies, Inc. - Erwin, TN since Sep 2008
President
A. O. Smith Water Products Company Apr 2006 - Sep 2008
Director, Residential Engineering
American Water Heater Company - Johnson City, Tennessee Area May 2003 - Apr 2006
VP Product Engineering
Cooling Technologies, Inc. Jun 2000 - May 2003
Engineering Manager
NRG Solutions, Inc. Apr 1994 - Jun 2000
President
Education:
The Ohio State University 1993 - 1995
MSME, Heat Transfer, Thermal Sciences
The Ohio State University 1985 - 1989
BSME, Mechanical Engineering
Skills:
Engineering Heat Transfer Manufacturing Heat Exchangers Product Development Process Engineering Continuous Improvement Project Management Start Ups Engineering Management Product Design Fmea Solar Energy Mechanical Engineering R&D Energy Heating Testing Electronics Power Plants Solidworks Lean Manufacturing Manufacturing Engineering Project Engineering Six Sigma Research and Development
Michael Garrabrant - Unicoi TN, US James York - Gray TN, US Jeff Lyons - Gray TN, US Tim Smith - Blountville TN, US Roger Gillespie - Brisol TN, US
Assignee:
American Water Heater Company - Atlanta GA
International Classification:
F24H 1/18
US Classification:
122 1301, 122 183
Abstract:
A water heater including a water container; a combustion chamber adjacent the water container; a burner associated with the combustion chamber; a blower assembly located to receive combustion products generated by the burner; an intake conduit sealingly connected to the combustion chamber and having a combustion air intake opening located adjacent an upper portion of the water heater; and a dilution air conduit sealingly connected to the blower assembly and having a dilution air intake opening located adjacent a lower portion of the water heater.
Control Of Dual-Heated Absorption Heat-Transfer Machines
Michael Alan Garrabrant - Unicoi TN, US Ronald Paul Soka - Toledo OH, US
Assignee:
Cooling Technologies, Inc. - Toledo OH
International Classification:
F25B 15/00
US Classification:
62148, 62476, 62483
Abstract:
An absorption, heat-transfer system with an operationally interconnected generator, absorber, condenser, and evaporator; at least two separate heat sources for heating the generator; and a controller for controlling the heat sources. The controller, e. g. , a programmed microprocessor, receives inputs from the absorption system, the heat sources, and loads and a lookup table and provides outputs to select and control the heat sources and maximize their efficiency. A heat distributor and a heat recover unit enable heat source management and additional energy utilization.
Michael A. Garrabrant - Unicoi TN, US Roger E. Stout - Columbus OH, US Eric Collet - Village of Minerva Park OH, US
Assignee:
Cooling Technologies, Inc. - Toledo OH
International Classification:
F25B 29/00
US Classification:
165 58, 622383, 62476
Abstract:
A waste heat source () is used to heat a high temperature heat transfer fluid which is used to heat an absorption heat transfer machine () having a generator (), an absorber (), a condenser (), and an evaporator () operatively connected together. The high temperature heat transfer fluid can also be used to heat a load () such as a room space or a process. The waste heat source () can also be used to heat an intermediate heat transfer fluid, which can be used to heat a second load () such as a space, a process, or an absorption heat transfer machine. Novel flow control devices () for controlling the flow of weak solution from generator () to absorber () or of refrigerant from condenser () to evaporator (), respectively, are also described.
Michael A. Garrabrant - Unicoi TN, US Eric Arnold - Jonesborough TN, US Jeff L. Lyons - Gray TN, US
Assignee:
American Water Heater Company - Johnson City TN
International Classification:
F24H 9/20
US Classification:
122 1421
Abstract:
A combustion chamber is disposed below the water container of a water heater and formed at least partially by a shell. A burner disposed within the combustion chamber and a fuel supply line is connected to the burner. A valve associated with the fuel supply line. A combustion chamber sensor is disposed within the combustion chamber and adapted to sense a rise in temperature indicative of an abnormality in the combustion chamber. A circuit connected to the sensor and the valve such that the circuit triggers the valve to shut off fuel to the burner in response to a sensed temperature by the sensor.
A water heater including a water container, a combustion chamber adjacent the water container, a burner associated with the combustion chamber, a blower located to receive combustion products generated by the burner, an intake air conduit connected to the combustion chamber and having a combustion air intake opening, a dilution air conduit connected to the blower and having a dilution air intake opening; and a flammable vapor sensor having at least an operative portion positioned in the blower or the dilution air conduit.
Michael Garrabrant - Unicoi TN, US James York - Gray TN, US Jeff Lyons - Gray TN, US Timothy Smith - Blountville TN, US Roger Gillespie - Bristol TN, US
Assignee:
American Water Heater Company, a corporation of Nevada - Atlanta GA
International Classification:
F23C 5/00
US Classification:
122017100
Abstract:
A water heater including a water container; a combustion chamber adjacent the water container; a burner associated with the combustion chamber; a blower assembly located to receive combustion products generated by the burner; an intake conduit sealingly connected to the combustion chamber and having a combustion air intake opening located adjacent an upper portion of the water heater; and a dilution air conduit sealingly connected to the blower assembly and having a dilution air intake opening located adjacent a lower portion of the water heater.
Michael Garrabrant - Unicoi TN, US James York - Gray TN, US Jeff Lyons - Gray TN, US Tim Smith - Blountville TN, US Roger Gillespie - Bristol TN, US
Assignee:
American Water Heater Company, a corporation of Nevada - Atlanta GA
International Classification:
F23C 5/00
US Classification:
122017100
Abstract:
A water heater including a water container; a combustion chamber adjacent the water container; a burner associated with the combustion chamber; a blower assembly located to receive combustion products generated by the burner; an intake conduit sealingly connected to the combustion chamber and having a combustion air intake opening located adjacent an upper portion of the water heater; and a dilution air conduit sealingly connected to the blower assembly and having a dilution air intake opening located adjacent a lower portion of the water heater.
American Water Heater Company, a corporation of the State of Nevada - Atlanta GA
International Classification:
F24H 9/20 F23N 5/24
US Classification:
122 141, 431 22
Abstract:
A water heater including a water container, a combustion chamber adjacent the water container, a burner associated with the combustion chamber, a flue gas collector located to receive flue gases generated in the combustion chamber, a CO sensor having at least an operative portion proximate the flue gas collector, a flammable vapor sensor having at least an operative portion positioned proximate a location where combustion air enters the combustion chamber, and a controller operatively connected to the CO and flammable vapor sensors and adapted to receive signals generated by the CO and flammable vapor sensors and responsively shut off combustion in the combustion chamber.