Misting array assembly having adjustable nozzles
Various methods and apparatus are disclosed that relate to one or more aspects of an abatement system that removes heat and/or one or more byproducts of combustion from a gas flow. In various aspects a misting array assembly is provided that includes at least one nozzle tubing having at least one nozzle coupled thereto.
1. An abatement system, said abatement system comprising:
a gas flow inlet;
an abatement chamber downstream of said gas flow inlet, said abatement chamber having an abatement chamber misting section having an opening therethrough, said opening extending between said abatement chamber misting section and a shell of said abatement system;
an abatement chamber gas flow outlet downstream of said abatement chamber misting section;
wherein said abatement chamber has a gas flow extending from said gas flow inlet to said gas flow outlet;
a misting array assembly received in said abatement chamber misting section, said misting array assembly comprising a sealing piece blocking said opening, a frame structure coupled to said sealing piece and extending into said abatement chamber misting section, a nozzle tubing coupled to said frame structure, and at least one nozzle coupled to said nozzle tubing; said nozzle tubing extending into said abatement chamber;
wherein at least a portion of said nozzle tubing is fixedly rotationally adjustable from exteriorly of said abatement system to a plurality of positions, whereby adjusting said nozzle tubing correspondingly adjusts said at least one nozzle.
2. The abatement system of claim 1 wherein said nozzle tubing is rotationally adjustable to a plurality of fixed preselected positions.
3. The abatement system of claim 1 wherein said nozzle tubing is linearly extending.
4. The abatement system of claim 1 wherein said nozzle tubing is rotationally adjustable between at least a first position and a second position that are rotationally offset at least ten degrees from one another.
5. The abatement system of claim 1 wherein a plurality of said nozzle are coupled to said nozzle tubing.
6. The abatement system of claim 5 wherein some of said plurality of said nozzle are upwardly extending and some of said nozzle are downwardly extending.
7. The abatement system of claim 1 wherein said sealing piece includes a sealing plate.
8. The abatement system of claim 7 wherein said sealing piece further includes a sealing piece extension extending from said sealing plate into said opening.
9. The abatement system of claim 1 wherein said nozzle tubing extends through said sealing piece.
10. A misting array assembly disposed across an abatement chamber of an abatement system, said abatement chamber having a gas flow extending therethrough, a majority of said gas flow moving in a gas flow direction, said misting array assembly comprising:
a sealing piece having a first side and a second side opposite said first side;
a frame structure coupled to said sealing piece and provided on said second side of said sealing piece;
wherein at least a portion of the outer periphery of said frame structure engages structure within said abatement chamber;
a first nozzle tubing coupled to said frame structure and extending through said sealing piece, said first nozzle tubing having a liquid source coupling on said first side of said sealing piece and a nozzle section on said second side of said sealing piece;
a plurality of first tubing nozzles, said first tubing nozzles coupled to said first nozzle tubing;
a second nozzle tubing coupled to said frame structure and extending through said sealing piece, said second nozzle tubing having a second liquid source coupling on said first side of said sealing piece and a second nozzle section on said second side of said sealing piece;
a plurality of second tubing nozzles, said second tubing nozzles coupled to said second nozzle tubing;
wherein said first nozzle section is independently fixedly rotationally adjustable to a plurality of first nozzle section positions, whereby adjusting said first nozzle section correspondingly adjusts said first tubing nozzles; and
wherein said second nozzle section is independently fixedly rotationally adjustable to a plurality of second nozzle section positions, whereby adjusting said second nozzle section correspondingly adjusts said second tubing nozzles.
11. The misting array assembly of claim 10 wherein a plurality of said first tubing nozzles are upwardly disposed first tubing nozzles and a plurality of said first tubing nozzles are downwardly disposed first tubing nozzles.
12. The misting array assembly of claim 11 wherein said first nozzle section is linearly extending.
13. The misting array assembly of claim 10 wherein said first nozzle section and second nozzle section are each independently rotationally adjustable to a plurality of fixed preselected positions.
14. The misting array assembly of claim 10 wherein said first nozzle tubing and said second nozzle tubing are fixedly rotationally adjustable from a location on said first side of said sealing piece.
15. The misting array assembly of claim 11 wherein said first nozzle tubing includes an indicator on said first side of said sealing piece.
16. The misting array assembly of claim 10 wherein said first side of said sealing piece includes a plurality of fiducial markings proximal said indicator.
17. The misting array assembly of claim 16 wherein an upward nozzle output central axis of each of said upwardly disposed first tubing nozzles is at a ten to thirty degree upward angle with respect to the direction of said gas flow and a downward nozzle output central axis of each of said downwardly disposed first tubing nozzles is at a ten to thirty degree downward angle with respect to the direction of said gas flow.
18. A misting array assembly disposed across an abatement chamber of an abatement system, said abatement chamber having a gas flow extending therethrough, a majority of said gas flow moving in a gas flow direction, said misting array assembly comprising:
a sealing piece having a first side and a second side opposite said first side;
a frame structure coupled to said sealing piece and provided on said second side of said sealing piece;
a first nozzle tubing coupled to said frame structure and extending through said sealing piece, said first nozzle tubing having a first nozzle tubing axis extending substantially perpendicular to the direction of said gas flow, said first nozzle tubing having a liquid source coupling and a plurality of first tubing nozzles;
wherein said first liquid source coupling is on said first side of said sealing piece and said first tubing nozzles are on said second side of said sealing piece;
a second nozzle tubing coupled to said frame structure and extending through said sealing piece, said second nozzle tubing having a second nozzle tubing axis extending substantially perpendicular to the direction of said gas flow, said second nozzle tubing having a liquid source coupling and a plurality of second tubing nozzles;
wherein said second liquid source coupling is on said first side of said sealing piece and said second tubing nozzles are on said second side of said sealing piece;
wherein at least a portion of said first nozzle tubing and a portion of said second nozzle tubing are each independently fixedly rotationally adjustable to a plurality of positions.
19. The misting array assembly of claim 18 wherein said second nozzle tubing is positioned with respect to said first nozzle tubing in a direction that is substantially perpendicular to the direction of said gas flow.
20. The misting array assembly of claim 18 wherein said first nozzle tubing includes a pipe nipple extending through said sealing piece.
21. The misting array assembly of claim 18 wherein said first nozzle tubing includes an adjustable coupling on an interior side of said sealing plate.