SU1765681A1 - Cooling tower water receiver - Google Patents

Abstract

Usage: heat power engineering, devices for cooling circulating water, specifically water coolers of the cooling tower. SUMMARY OF THE INVENTION: a water cooler of a cooling tower comprises two grids 1, 2 of the plates 3, which are placed in diameters installed in grids at opposite corners. Between the plates 3, rectangular partitions 5 are installed to form longitudinal channels 6. Lattices 1, 2 are installed with a gap of 4. 1 sludge.

Description

The invention relates to a power system, to devices for cooling circulating water in power plants and industrial enterprises, namely, water traps for cooling towers. E

Known catcher cooling tower, containing inclined shaped zigzag-shaped RR metal strip with vertical ribs, which adjacent stripes are combined into a single lattice 1 [1].

The disadvantages of such a catcher are the complexity of manufacture and low efficiency due to the lack of a regular process of dropping drops, 1 accumulating at the lower ends of the catcher.

The closest in technical essence and the achieved effect is the cooler water trap containing two 2 tiers of lattices made of tilted plates, while the grids are installed with a gap one relative to the other, and the plates in the grids are installed at opposite angles [2]. 2

The main disadvantage of such a water catcher is not high enough efficiency due to the uneven passage of the drip air flow through the narrowed channels between the 3 plates.

The aim of the invention is to increase the efficiency of trapping.

This goal is achieved by the fact that the water trap of the tower contains two tiered lattices of inclined plates, while the lattices are installed with a gap one relative to the other, and the plates in the lattices are installed at 4 opposite angles, and is additionally equipped with rectangular partitions installed between plates with the formation of longitudinal channels.

The drawing shows a water trap gra. Dearni, general view.

The cooler water trap contains two tiers of gratings 1, 2 of inclined plates 3. Grids 1, 2 are installed with a gap of 4 relative to one another. The plates 3 in the grids 1,2 are installed at opposite sharp angles. Between the plates 3, rectangular O partitions 5 are installed with the formation of longitudinal channels 6. The partitions 5 can be made in the form of ribs on one of the planes of the plates 3. The plates 3 are installed in the slots 7 of the rails 8, which are installed on the beams 5.

An ascending flow of moist heat air enters the cooling tower into the channels 6 of the lower lattice 2. In the inclined channels 6, moisture is separated and deposited О on the surfaces of the plates 3, the film is formed and the collected water flows in the form of jets from the sharp lower edges of the plates 3. Next, the dried stream enters into gap 4, where braking occurs, mixing of individual jets and reformation of the flow. Next, the flow enters the channels 6 of the upper grate 1 and changes the direction of motion, as a result of which residual separation occurs on the plates 3 and O removes moisture from the upper grate 1 into the channels 6 of the lower grate.

Claims (1)

SUMMARY OF THE INVENTION A water trap for a cooling tower comprising two tiers of gratings made of 5 inclined plates, the gratings being installed with a gap one relative to the other, and the plates in the gratings installed at opposite angles, characterized in that, in order to increase the moisture absorption efficiency, the water trap is additionally equipped rectangular partitions installed between the plates with the formation of longitudinal channels.