초록 ▼

A condensation dispersion device for use with a power source having an exhaust recirculation system is disclosed. The condensation dispersion device may have a housing with an inlet configured to receive exhaust, and an outlet configured to discharge exhaust. The condensation dispersion device may a

A condensation dispersion device for use with a power source having an exhaust recirculation system is disclosed. The condensation dispersion device may have a housing with an inlet configured to receive exhaust, and an outlet configured to discharge exhaust. The condensation dispersion device may also have a first static mixing device disposed within the housing and being configured to redirect condensate from an internal wall of the housing into the exhaust.

대표청구항 ▼

What is claimed is: 1. A method of re-dispersing condensate, comprising: generating a flow of exhaust with a power source; mixing the flow of exhaust with air; cooling the flow of exhaust and air; conducting the cooled flow of exhaust and air through a housing; and redirecting condensate from the c

What is claimed is: 1. A method of re-dispersing condensate, comprising: generating a flow of exhaust with a power source; mixing the flow of exhaust with air; cooling the flow of exhaust and air; conducting the cooled flow of exhaust and air through a housing; and redirecting condensate from the cooled exhaust from an internal wall of the housing back into the flow of exhaust with a static mixing device including a plurality of mixing vanes extending from the internal wall inward toward a center of the housing such that the condensate is dispersed into the flow of exhaust prior to combustion of the cooled flow of exhaust. 2. The method of claim 1, further including generating a swirl in the flow of exhaust and air. 3. The method of claim 1, further including allowing a center portion of the flow of exhaust and air to pass unrestricted. 4. The method of claim 1, wherein the static mixing device is located upstream of the power source but downstream of a turbocharger compressor. 5. A condensation dispersion device, comprising: a housing having an inlet configured to receive an air and exhaust mixture, and an outlet configured to discharge the air and exhaust mixture; a first static mixing device, the first static mixing device being disposed within the housing and being configured with a plurality of mixing vanes extending from an internal wall inward toward a center of the housing to redirect condensate from the internal wall of the housing into the air and exhaust mixture; and a second static mixing device located downstream of the first static mixing device to further redirect condensate into the air and exhaust mixture, wherein at least one of the first static mixing device or the second static mixing device includes a central opening extending through the at least one static mixing device. 6. The condensation dispersion device of claim 5, wherein: the second static mixing device includes a second plurality of mixing vanes; and the second plurality of mixing vanes extend from the internal wall inward toward the center of the housing. 7. The condensation dispersion device of claim 6, wherein the first and second plurality of mixing vanes are tilted in a flow direction of the air and exhaust mixture. 8. The condensation dispersion device of claim 7, wherein the first and second plurality of mixing vanes are tilted at an angle between about 20 and 60 degrees. 9. The condensation dispersion device of claim 8, wherein the first and second plurality of mixing vanes are tilted at about 45 degrees. 10. The condensation dispersion device of claim 6, wherein the first plurality of mixing vanes are oriented in a first direction, and the second plurality of mixing vanes are oriented in the same direction. 11. The condensation dispersion device of claim 6, wherein the first plurality of mixing vanes are oriented in a first direction, and the second plurality of mixing vanes are oriented in a second direction opposite the first direction. 12. The condensation dispersion device of claim 6, wherein the first static mixing device includes the central opening. 13. The condensation dispersion device of claim 6, wherein an impact of the condensate with the second plurality of mixing vanes atomizes the condensate. 14. The condensation dispersion device of claim 6, wherein the second plurality of mixing vanes are connected to a central hub. 15. The condensation dispersion device of claim 14, wherein the central hub is substantially ellipsoidal in shape. 16. The condensation dispersion device of claim 5, wherein the first static mixing device is configured to cause the mixture of air and exhaust to swirl. 17. The condensation dispersion device of claim 5, wherein the central opening is circular. 18. The condensation dispersion device of claim 5, wherein the first static mixing device and the second static mixing device are coaxial. 19. A fluid handling system, comprising: a power source configured to produce a mechanical power output and a flow of exhaust; an exhaust passageway fluidly coupled to direct exhaust from the power source toward the atmosphere; an induction passageway configured to direct air to the power source; a recirculation passageway configured to direct exhaust from the exhaust passageway into the induction passageway; a cooler disposed in fluid communication with the induction passageway to cool an air and exhaust mixture directed to the power source; and a condensation dispersion device located within the induction passageway between the cooler and the power source, the condensation dispersion device being configured to redirect condensate from the cooled air and exhaust mixture back into the cooled air and exhaust mixture at a location upstream of the power source, wherein the condensation dispersion device includes: a housing having an inlet configured to receive the cooled air and exhaust mixture, and an outlet configured to discharge the cooled air and exhaust mixture; a first static mixing device disposed within the housing and being configured with a first plurality of mixing vanes extending from an internal wall inward toward a center of the housing to redirect condensate from the internal wall of the housing into the cooled air and exhaust mixture, wherein the first static mixing device includes a central opening through the first plurality of mixing vanes; and a second static mixing device disposed within the housing and being configured to further redirect and re-entrain condensate into the cooled air and exhaust mixture, wherein the second static mixing device includes a second plurality of mixing vanes that extend from the internal wall inward toward a central hub. 20. The condensation dispersion device of claim 19, wherein the condensation dispersion device is located upstream of the power source but downstream of a turbocharger compressor.