Sound attenuation apparatus and method
AssigneeMarley Colling Technologies, Inc.
InventorsGregory P. Hentschel, Robert F. Beltz, Jidong Yang, Eldon F. Mockry
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Abstract
A cooling tower sound attenuation apparatus having at least one sheet. The sheet has an upper and lower end and a first substantially straight region and a second region that is connected to the first substantially straight region. The apparatus additionally has a liquid collection basin along with a support structure that supports the sheet such that the lower end of the sheet is proximate to the liquid collection basin.
Claims10
A sound attenuation apparatus for a heat exchange tower having heat exchange fluid which falls in a generally downward direction along a vertical axis into a collection basin, comprising:
- a heat transfer media positioned at a first vertical height along the vertical axis;
- at least one sound attenuation fill pack having an upper end and a lower end, wherein said at least one sound reduction fill pack comprises a plurality of film sheets, each of said sheet having a fist region at the upper end with a first surface at a first angle substantially equal to 0° to the vertical axis direction, wherein said at least one sound attenuation fill pack is positioned as a second vertical height along the vertical axis below said first vertical height, wherein each of said plurality of sheets is connected to one another so that said at least one sound attenuation fill pack is sight tight;
- and
- a support structure that supports said at least one sound attenuation fill pack, wherein said lower end of said at least one sound attenuation fill pack is positioned above the liquid collection basin,
- wherein said at least one sound attenuation fill pack is utilized in combination with said heat transfer media and wherein said at least one sound attenuation fill pack is positioned between the heat transfer media and the liquid collection basin along the vertical axis so that a vertical space exists between said heat transfer media and said at least one sound attenuation fill pack;
- and
- wherein said plurality of film sheets each comprises a second region having a second surface joining said first surface and at a second angle to the vertical axis different from the first angle, a third region joining the second region having a third surface and a third angle to the vertical axis different from the second angle, a fourth region joining the third region and having a fourth surface and at a fourth angle to the vertical axis different from the third angle. and a fifth region joining the fourth region having a fifth surface and at a fifth angle to the vertical axis different from the fourth angle.
A method for attenuating sound from a heat exchange tower having a vertical axis, heat transfer media positioned at a first vertical height along the vertical axis and a liquid collection basin for falling liquid, comprising:
- providing at least one sound attenuation fill pack having an upper end and a lower end, wherein said at least one sound attenuation fill pack comprises a plurality of film sheets each having a first region at the upper end with a first surface at a first angle substantially equal to 0° to the vertical axis direction, wherein said at least one sound attenuation fill pack is positioned as a second vertical height along the vertical axis below said vertical height, in the path of the falling liquid, wherein each of said plurality of sheets is connected to one another so that said at least one sound attenuation fill pack is sight tight;
- receiving the falling liquid as droplets onto a surface of the at least one sound attenuation fill pack;
- and
- reducing the momentum of falling water droplets by contact of substantially all of the droplets with the surface of the at least one sound attenuation fill pack,
- wherein a vertical space exists between said heat transfer media and said at least sound attenuation fill pack;
- and
- wherein said plurality of film sheets each comprises a second region having a second surface joining said first surface and at a second angle to the vertical axis different from the first angle, a third region joining the second region having a third surface and a third angle to the vertical axis different from the second angle, a fourth region joining the third region and having a fourth surface and at a fourth angle to the vertical axis different from the third angle, and a fifth region joining the fourth region having a fifth surface and at a fifth angle to the vertical axis different from the fourth angle.
Dependencies are inferred from the claim text.