CS271788B1 - Device for moisture,steam and after-heat energy separation - Google Patents

Abstract

The device can be used in areas where steam is educed from various machines, e.g. exhalations of dryers. The goal is to isolate humidity and steam and to separate the remanent heat energy for further usage. Steam passes through the condensing chamber, in which the humidity and steam are isolated when cooled by the cold air. Humidity condenses into water, which is drained, and the dry air passes through the chamber, in which the cooler is located. From the air, the cooler draws off the heat energy, which is used as the secondary source.<IMAGE>

Description

The invention relates to the separation of moisture and steam and the separation of thermal energy as a secondary source for further use.

So far, several means of separating both moisture and steam are known. All known means are based on steam sedimentation, for example, steam emerging into a space of different sizes, in which a set of crossbars is located in which steam sedimentation occurs on the walls of the H-shaped crossbars, lattices formed of wires, rods or hollow separating layer separated from the other space by slots. The lack of prior art means is the incomplete separation of moisture and steam.

These disadvantages are overcome by a device for separating moisture and steam and for separating residual thermal energy, which consists of a precipitation chamber in which there are baffles, the precipitation chamber being interconnected by air duct and fan, then the dehumidified steam passes through the air duct to the cooling chamber. in which the cooling chambers are located, the cooling chamber being connected by an air duct to the cooling holes located in the precipitation chamber, the second air duct passing only a portion of the cooled air from the cooling chamber and the other air leaving the evaporator outlet of the cooling unit where the air is heated and returned into use, wherein the air from the cooling orifice located between the jacket of the punch chamber and the baffle is directed to the baffle so that moist steam passes between the baffle and the cooling orifice and is cooled by the cool air, The cooled moisture flows down the bulkheads to the fluid outlet.

By introducing a device for separating moisture and steam and for separating residual thermal energy, complete separation of moisture from drying fumes, cooling devices where moisture and steam are discharged into the air is achieved. The introduction of the device furthermore achieves the utilization of residual energy for further secondary use.

FIG. 1 shows schematically one of the solutions and the use of a device for separating the moisture of steam and separating the residual thermal energy.

In the accompanying drawing, there is shown schematically one possibility of using a device for separating moisture and steam and for separating residual thermal energy, consisting of a first precipitation chamber 1 with baffles 2, the first precipitation chamber 1 being interconnected by air duct 5 with fan 3 and passes into the cooling chamber 4, in which the cooler 6 is located, the cooling chamber 4 being connected by a second air duct 2 to the cooling opening 8, which is located between the sheet of the first collector chamber 2 and the partition 2, then the cooling opening 8 is directed against the partition 2 that between the baffle 2 and the cooling port 8 located in the precipitation chamber 1, wet steam passes, which is cooled and the condensed moisture is discharged through the outlet 11, the second part of the cooled air from the cooling second chamber 4 passing through the duct into the third chamber 13 to the evaporator of the cooling unit where it is heated and returned outlet P 9 ^for further use.

By introducing a device for separating moisture and steam and for separating residual thermal energy, complete separation of moisture from drying fumes, cooling devices where the moisture and steam are released to the atmosphere is achieved. Furthermore, the use of residual energy as secondary energy for further use is achieved.

Claims (3)

Device for separating moisture and steam and for separating residual thermal energy, characterized in that it consists of a first collector chamber (1) in which there are partitions (2) with openings (8) and at the bottom of the first chamber (1) Rainfall is placed double CS 271788 B1 bottom (10) descended to the fluid outlet (11), the top wall of the bottom (10) having openings along its periphery forming part of the moist steam inlet formed by the inlet (12), the double bottom (10) and the holes connecting the steam supply (12) and the first precipitation chamber (1), then the first precipitation chamber (1) is interconnected by the air duct (5) and the fan (3) and the second chamber (4) in which the cooler (6) is located; a second air duct (7) connecting the second chamber (4) to the openings (8) disposed in the precipitation chamber (1), wherein the second chamber (13) houses the second evaporator part (6), then the third chamber (13) is provided with an outlet (9). Device according to claim 1, characterized in that the partitions (2) of the first precipitation chamber (1) have a conical shape, pointing narrow side down. Device according to claim 2, characterized in that a pipe with cooling openings (8) is provided between the upper part of the partition (2) and the jacket of the first chamber (1) of the condenser,