Heat exchanger for combustion engines including a housing containing a refractory tube within a dividing tube encircled by at least one coiled tube
A novel heat exchange device to provide sufficient amounts of heat within a manifold including a working fluid within heating coils to generate electricity through an external combustion steam engine and electrical generator is provided. Such a novel heat exchanger includes coils that surround a central heating compartment thereby exposing such coils to gradually increasing temperatures such that the working fluid is first vaporized and then is ultimately superheated to a “dry” steam upon the point of egress of the heat exchanger leading to the engine portion. In this manner, greater efficiency in heating of the working fluid is accomplished with all of the fluid converted to a gas under pressure to effectuate the necessary engine, etc., movement for energy production.
1. A heat exchanger comprising a housing having a top panel, a bottom panel, two side panels, a front panel, and an end panel;
said housing further comprising therein:
a heating manifold formed by a refractory tube, wherein said refractory tube is configured in perpendicular relation to and extending from said front panel such that said refractory tube includes an opening within said housing;
a dividing tube that is configured in perpendicular relation to and extending from said end panel such that said dividing tube defines an opening within said housing within which is disposed said refractory tube;
an energy retention disc disposed along the internal wall of said end panel, and thus substantially perpendicular to said dividing tube;
at least one coiled tube encircling said dividing tube; and
at least two exhaust ports disposed within said end panel and with one of said two exhaust ports disposed between said dividing tube and said top panel and the other of said two exhaust ports disposed between said dividing tube and said bottom panel, wherein said at least one coiled tube is disposed so as to carry a working fluid through said housing and the number of coils within said at least one coiled tube within said housing is within the range from 25 to 45.
2. The heat exchanger device of claim 1 wherein said at least one coiled tube exhibits an inner diameter of about ⅛ inch to about ½ inch and an outer diameter of from about ⅜ inch to about ¾ inch.
3. The heat exchanger of claim 2 wherein said housing further comprises therein coils that encircle said refractory tube and that are positioned intermediate said refractory tube and said dividing tube.
4. A combustion engine comprising the heat exchanger of claim 3 and an engine component.
5. A method of generating electrical charge through the utilization of the combustion engine of claim 4 .
6. A combustion engine comprising the heat exchanger of claim 2 and an engine component.
7. A method of generating electrical charge through the utilization of the combustion engine of claim 6 .
8. The heat exchanger of claim 1 wherein said top panel and said bottom panel are insulated.
9. A combustion engine comprising the heat exchanger of claim 8 and an engine component.
10. A method of generating electrical charge through the utilization of the combustion engine of claim 9 .
11. The heat exchanger of claim 1 wherein heat is generated within said refractory tube and flows away from said refractory tube to said heating manifold.
12. A combustion engine comprising the heat exchanger of claim 11 and an engine component.
13. A method of generating electrical charge through the utilization of the combustion engine of claim 12 .
14. A combustion engine comprising the heat exchanger of claim 1 and an engine component.
15. A method of generating electrical charge through the utilization of the combustion engine of claim 14 .