KR20100045845A

KR20100045845A - A recovery apparatus of vulcanize bath steam

Info

Publication number: KR20100045845A
Application number: KR1020080104963A
Authority: KR
Inventors: 박시민; 이준희; 정명대
Original assignee: 주식회사 화승알앤에이
Priority date: 2008-10-24
Filing date: 2008-10-24
Publication date: 2010-05-04

Abstract

The present invention easily and easily recovers hot waste steam generated during a vulcanization process such as a rubber hose in a vulcanization tank through a heat exchanger installed in the main body of the dust collector, and can be supplied as hot water such as a shower stall or a washing machine or tap water. The present invention relates to a waste heat recovery apparatus of a vulcanization tank, which minimizes heat loss by recovering high temperature wastewater heat generated from the main body of the dust collector, and further extends the life of the scrubber dust collector.

Through a plurality of vulcanizing tank 10 and the connection pipe 20 for performing the vulcanization operation of the rubber hose is communicated with the dust collector main body 40, the scrubber dust collector 30 is installed therein, wherein the dust collector main body The upper portion of the inner part 40 is provided with a spraying unit 60 connected to the cooling water supply pipe 50 to spray the waste steam inside the dust collector main body 40, and the upper side of the dust collector main body 40. The outlet 61 is discharged to discharge the steam air is completed dust collection is installed on the other side, the heat exchanger 80 is installed in the upper side of the scrubber dust collector 30 to communicate the water supply pipe 70 to supply water therein, One end of the heat exchanger 80 is communicated through the hot water storage tank 100 and the transfer pipe 110 via a transfer pump 90, and hot water is supplied to one side of the hot water storage tank 100. Hot water in the shower stall and the washing machine through the supply pipe 120 And a base to be installed ever supply.

Description

A Recovery Apparatus of Vulcanize bath steam

The present invention relates to a vulcanization bath of a rubber hose used in automobiles or industrial applications for transporting various fluids or gases and maintaining a constant internal pressure by a fluid. The present invention relates to a waste heat recovery device of a vulcanization tank which can be easily and easily recovered from the heating of a hose and needs steam heat or used as hot water in a shower stall. A heat exchanger is installed above the scrubber dust collector to absorb the heat of the hot wastewater from the water injection of the hot waste steam introduced into the heat exchanger, and the heat exchanger communicates with the hot water storage tank through a transfer pipe connected to the transfer pump. On one side of the hot water storage tank, hot water is supplied to a shower stall and a washing machine through a hot water supply pipe through which hot water is supplied. By discharging, hot waste steam generated during the vulcanization process such as rubber hose in the vulcanization tank is easily and easily recovered by hot water through a heat exchanger installed in the main body of the dust collector, and hot water such as a shower stall, a washing machine, and tap water. The present invention relates to a waste heat recovery apparatus of a vulcanization tank, which minimizes heat loss by recovering high temperature wastewater heat generated from the body of the dust collector and thus further extends the life of the scrubber dust collector.

In general, rubber hoses used in automobiles or industries for transporting various fluids or gases and at the same time maintaining a constant internal pressure caused by the fluid, have a high temperature inside the vulcanization tank to give elasticity to the rubber hose at the last fixing during manufacture. To supply steam.

However, since a lot of harmful gases are generated due to the chemical reaction of rubber during the vulcanization process, by supplying a waste steam discharged after the vulcanization process to a scrubber dust collector to remove the harmful gas, the waste that has passed through the scrubber dust collector Steam is released into the atmosphere to prevent the release of harmful gases.

Conventional vulcanization tank associated with this technology and the waste steam collector connected thereto are internally through a plurality of vulcanization tank 10 and the connection pipe 20 for performing the vulcanization operation of the rubber hose, as shown in FIG. The scrubber dust collector 30 is in communication with the dust collector main body 40 in which the scrubber dust collector 30 is installed, and at this time, the coolant to spray the waste steam in the dust collector main body 40 inside the dust collector main body 40. A watering unit 60 connected to the supply pipe 50 is installed, and in this case, an upper portion of the dust collector main body 40 is provided with a discharge port 61 through which air is collected.

Therefore, the harmful gas of the high temperature generated during the vulcanization operation in a plurality of vulcanization tank 10 for performing the vulcanization operation of the rubber hose is introduced into the dust collector main body 40 through the connecting pipe 20, the dust collector The high temperature harmful gas introduced into the main body 40 is contained in the hazardous gas of the waste steam by the cooling water sprayed from the spraying unit 60 connected to the cooling water supply pipe 50 through the pump P. In addition to the cooling water flows into the scrubber dust collector 30 installed below the dust collector main body 40, and removed, while the harmful substances of the festim is removed, the steam is discharged into the atmosphere through the upper outlet 61. .

However, the wastewater containing harmful substances injected through the spraying unit 60 installed inside the dust collector main body 40 is formed at a high temperature of 60 to 90 ° C., while the high temperature as described above. When wastewater is introduced into the scrubber dust collector 30 to remove harmful substances, the scrubber dust collector 30 causes deterioration of the dust collecting laminate and shortens its lifespan, and heat by discharging high temperature wastewater to the outside. There were many problems, such as causing a loss.

The present invention has been made in order to improve the conventional problems as described above, the object is to heat the upper side of the scrubber dust collector to absorb the heat of the hot waste water in accordance with the water injection of the hot waste steam flowing into the dust collector main body portion A heat exchanger is installed, and the heat exchanger communicates with the hot water storage tank through a transfer pipe connected to the transfer pump, and the hot water storage tank is supplied with hot water to a shower stall and a washing machine through a hot water supply pipe through which hot water is supplied. Thus, the hot steam generated during the vulcanization process such as rubber hose in the vulcanization tank can be easily and easily recovered by hot water through a heat exchanger installed in the main body of the dust collector and supplied to hot water such as a shower stall or a washing machine or tap water. Therefore, the high temperature wastewater heat generated from the main body of the dust collector can be recovered. To minimize and, in the vulcanization to provide a set of a waste heat recovering apparatus which can extend the life of the scrubber dust collector gailcheung.

As a technical means for achieving the above object, the present invention is in communication with the dust collector main body is provided with a scrubber dust collector therein through a plurality of vulcanizing tank and the connection pipe for performing the vulcanization operation of the rubber hose, wherein In the upper part of the dust collector main body, a spraying part connected to the cooling water supply pipe is installed to spray the waste steam inside the dust collector main body, and an outlet for discharging the steam air is installed at the upper side of the dust collector main body. In the steam tank waste steam collector,

A heat exchanger is provided in which the water supply pipe is communicated to the inside of the scrubber dust collector so as to supply water therein, and one end of the heat exchanger is communicated through the hot water storage tank and the transfer pipe via a transfer pump, and the hot water storage tank is provided. One side is provided by the waste heat recovery device of the vulcanizing tank, characterized in that the configuration is configured to supply hot water to the shower stall and the washing machine through a hot water supply pipe is supplied with hot water.

According to the waste heat recovery device of the vulcanization tank of the present invention, a heat exchanger is installed above the scrubber dust collector so as to absorb the heat of the high temperature waste water caused by the water injection of the hot waste steam introduced into the main body of the dust collector, and the heat exchanger is transported. It is communicated with the hot water storage tank through a transfer pipe connected to the pump, and one side of the hot water storage tank supplies hot water to a shower stall and a washing machine through a hot water supply pipe through which hot water is supplied. The high temperature waste steam generated during the vulcanization process can be easily and easily recovered with hot water through a heat exchanger installed in the main body of the dust collector, so that it can be supplied as hot water such as a shower stall, a washing machine, and tap water. Minimize heat loss by recovering high temperature wastewater heat generated from There is an excellent effect that can extend gailcheung.

While the invention has been shown and described with respect to specific embodiments thereof, it will be appreciated that various changes and modifications can be made in the art without departing from the spirit or scope of the invention as set forth in the following claims. Those of ordinary skill will want to know easily.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a schematic configuration diagram for explaining the waste heat recovery apparatus of the vulcanization tank according to the present invention, the same reference numerals are given to the same parts as in Figure 1 as follows.

That is, a plurality of vulcanizing tanks 10 and vulcanization tank 10 for performing the vulcanization operation of the rubber hose communicates with the dust collector main body 40, the scrubber dust collector 30 is installed therein. Inside the apparatus main body 40, a watering unit 60 connected to the cooling water supply pipe 50 is installed to spray the waste steam inside the dust collector main body 40, and the dust collector main body 40 is provided. The upper side of the discharge port 61 is installed discharged steam air is completed.

In addition, the upper side of the scrubber dust collector (30) is provided with a heat exchanger (80) in which the water supply pipe 70 is communicated so that the water is supplied therein, and one end of the heat exchanger (80) transfer pump (90) It is communicated through the hot water storage tank 100 and the transfer pipe 110 through the intervening, and one side of the hot water storage tank 100 to supply hot water to the shower stall and the washing machine through the hot water supply pipe 120 through which hot water is supplied. It consists of a configuration that is installed.

Referring to the operation and effect of the present invention made of such a configuration as follows.

As shown in FIG. 2, the high temperature harmful gas generated during the vulcanization operation through steam in a plurality of vulcanization tanks 10 which perform the vulcanization operation of the rubber hose is collected through the connecting pipe 20. ) Is allowed to enter inside.

The hot steam harmful gas introduced into the dust collector main body 40 is contained in the harmful gas of the waste steam by the cooling water injected from the spraying unit 60 connected to the cooling water supply pipe 50 through the pump P. The chemicals are introduced into the scrubber dust collector 30 installed below the dust collector main body 40 together with the cooling water, and the steam is removed from the harmful substances of the pestle. It is to be discharged to the atmosphere through the upper outlet (61) of.

At this time, the heat exchanger 80 through which the water supply pipe 70 is communicated so as to supply water to the upper side of the scrubber dust collector 30 is installed, waste steam by the cooling water sprayed from the sprinkler 60 The wastewater containing the harmful substances therein is formed at a high temperature of 60 to 90 ° C, thereby heating the water inside the heat exchanger while the hot wastewater comes into contact with the heat exchanger 80.

Subsequently, one end of the heat exchanger 80 is communicated through the hot water storage tank 110 and the transfer pipe 110 via a transfer pump 90 so that hot water heated in the heat exchanger 80 is transferred. After the water is stored in the hot water storage tank 100 through the pipe 110, the hot water supply pipe 120 communicates with one side of the hot water storage tank 100 so that hot water may be supplied to a shower stall or a washing machine.

Therefore, the hot steam generated during the vulcanization process such as a rubber hose in the vulcanization tank 10 is easily and easily recovered by hot water through the heat exchanger 80 installed in the dust collector main body 40 and showered. It is possible to supply the hot water such as in the cabinet or washing machine, tap water, accordingly to recover the high temperature wastewater heat generated from the dust collector main body 40 to minimize the heat loss, and to further extend the life of the scrubber dust collector (30) will be.

1 is a schematic configuration diagram for explaining a festim dust collection system of a conventional vulcanization tank.

Figure 2 is a schematic configuration diagram for explaining the waste heat recovery apparatus of the vulcanization tank according to the present invention.

Explanation of symbols on the main parts of the drawings

10 ... vulcanization tank 20 ... connector

30 ... scrubber dust collector 40 ... dust collector body

50.Cooling water supply pipe 60 ... Sprinkler

61 ... outlet 70 ... water supply line

80 ... heat exchanger 90 ... transfer pump

100 hot water storage tank 110 transfer pipe

120 ... hot water supply pipe

Claims

Through a plurality of vulcanizing tank 10 and the connection pipe 20 for performing the vulcanization operation of the rubber hose is communicated with the dust collector main body 40, the scrubber dust collector 30 is installed therein, wherein the dust collector main body The upper portion of the inner part 40 is provided with a spraying unit 60 connected to the cooling water supply pipe 50 to spray the waste steam inside the dust collector main body 40, and the upper side of the dust collector main body 40. In the steam tank waste steam collector is installed is provided with an outlet 61 for discharging steam air is completed,

The upper side of the scrubber dust collector 30 is provided with a heat exchanger 80 in which the water supply pipe 70 is communicated so as to supply water therein, and one end of the heat exchanger 80 via a transfer pump 90. It is communicated through the hot water storage tank 100 and the transfer pipe 110, and the hot water storage tank 100 is installed to supply hot water to the shower stall and the washing machine through a hot water supply pipe 120 through which hot water is supplied. Waste heat recovery apparatus of the vulcanization tank, characterized in that consisting of.