RU2002194C1 - Cooling tower water trap - Google Patents

Abstract

Usage: heat power, means for water supply in counterflow cooling towers SUMMARY OF THE INVENTION: A water trap comprises a lattice of vertical curved plates having corrugated upper and lower sections. Adjacent plates are displaced relative to each other by half a step of corrugations and connected by protrusions of corrugations. The corrugations of these sections are shifted by half a step. On the convex side of the plates, longitudinal grooves and protrusions of 1 zpf-l, 4 silt adjacent to them near the corrugations of the lower section are made.

Description

The invention relates to a power system, and in particular to water trapping means in counterflow cooling towers.

A water trap is known, comprising a lattice of vertically mounted platiii U-shaped profiles.

The main disadvantages of such a water catcher are the insufficiently high efficiency of water capture due to disruption of the water film and secondary humidification .a, which is discharged from the cooling tower, as well as the vj laboriousness of installation in the cooling tower, |) Particularly special dietetic and fixing means.

1 uibcnce close to the technical essence vi the achieved effect is the water oa gel cooling tower containing a lattice of vertically mounted iso plates with corrugated upper and lower sections, the corrugations of which are rounded off in half a step.

The main disadvantage of such a water retardation is the low efficiency 1. not manufacturability.

The aim of the invention is to increase the efficiency of water capture and manufacturing technology.

v first of all, the goal is achieved by the fact that in the sub-cooler of the cooling tower, which contains the control panel of the uncontrollably installed curves, iv) if the steps performed with d) are black and white, with the upper and lower sections, which are even in the mentioned sections of half a, and adjacent plates., onpi flanges in height; upam corrugation, for convex marking nyiac iin made longitudinal, elbby, located between the protrusion of corrugated pd of the upper section and the depression of the corrugation of the lower section, as well as inclined protrusions located on both sides of gutters l Ormen grooved in the direction of the hollow of the corrugation Length corrugated s co portions 0.11-0.12 plate height.

 The existing distinguishing features of the claimed water catcher as compared to the pro-type allow us to conclude that the proposal for compliance with the proposal is new. In addition, in other sources it is not about (aruchen devices containing the combined distinctive features of the proposal, which allows us to conclude that there are significant

In FIG. 1 shows a water / driver, general view; ne FIG. 2 is a view along arrow A in FIG.

1 (frag / ent); in FIG. 3 is a view along arrow B in FIG. 1; in FIG. 4 - isometric water catcher grid.

The cooler water trap contains a grid of vertically mounted curved plates 1, 2. The plates 1, 2 are adjacent, have corrugated upper and lower sections 3, 4. The adjacent plates 1, 2 are offset from each other by half a step of the corrugations and are connected along the protrusions of the corrugations. The plates 1,2, when made of plastics, are melted at the edges, upper and lower, at the junctions. All plates

thus connected to a unit that is mounted in a cooling tower. The corrugations of the upper and lower sections 3, 4 are shifted by half a step. On the convex side of the plates 1, 2 are made longitudinal grooves 5, placed

between the protrusion of the corrugations of the upper section 3 and the depression of the corrugation of the lower section 4. In addition, the inclined projections b, 7 are also made on the convex side on both sides of the groove 5. The protrusions 6 7 are oriented in

direction of the depth of the corrugations of the lower portion and are guides for collecting and discharging the deposited film of water. On the opposite concave side of the plate, corresponding

protrusions and depressions opposite to the aforementioned. However, such an embodiment is not necessary. It has been experimentally established that the corrugated sections 3, 4 are exemplified with a length of

0.11-0.12 high plates, reduces the humidity of the exhaust air to 0.002%,

Humid air with drops of water enters the curved channels between the plates 1.2 and the corrugations of sections 3.4. When moving through the channels, droplets coagulate and water precipitates on the surfaces of the plates 1D. Next, the water collects in the grooves 5, which are additionally directed with the help of the protrusions 6, 7, and flows in the form of jets through the corrugations of the corrugations of the lower section 4.

Compared with the prototype, the efficiency of water capture is much higher

in addition, simplified installation of a water catcher and reduced material consumption.

(56) Copyright certificate of the USSR No. 1462080. cl. F 28 F 25/04, 1986.

USSR copyright certificate No. 1339389, class F 28 F 25/08. 1984.

Claims (2)

1. COOLER WATER DISCHARGE, comprising a lattice of vertically mounted curved plates with corrugated upper and lower sections, the corrugations of which are offset by half a step, and adjacent plates are mated along the corrugations protrusions, characterized in that, in order to improve the efficiency of the water collection process and the manufacturability, the curved plates are made with longitudinal gutters and on inclined protrusions located on both sides of each gutter and oriented in the direction of the troughs formed by the corrugations of the lower portion of the plate, and the gutters and spouts are made on the convex side of the curved plates between their upper and lower corrugated sections. 2. A water catcher according to claim 1, characterized in that the corrugated sections are made in lengths of 0.11 - 0.12 of the height of the plate. fig1  4 0ЈS # / l fЈ / g - / f # & 3 t in W W