CN207963536U

CN207963536U - A kind of cooling tower fog dispersal water collector

Info

Publication number: CN207963536U
Application number: CN201820319459.1U
Authority: CN
Inventors: 张煜
Original assignee: Shaanxi Froder Technology Co Ltd
Current assignee: Shaanxi Froder Technology Co Ltd
Priority date: 2018-03-08
Filing date: 2018-03-08
Publication date: 2018-10-12
Anticipated expiration: 2028-03-08

Abstract

The utility model provides a kind of cooling tower fog dispersal water collector, including cooling tower main body, connection shell, fixed plate, diversion trench one, tube body, supporting block, lid, fixed seat, wavy surface, pipe fitting, cooling device, diversion trench two, drainpipe, discharge outlet one, discharge outlet two, connecting seat and cold plate；The utility model has reasonable for structure simple, here the damp and hot fog of saturation on the downside of the present apparatus is drawn upwardly out by wind turbine on the upside of cooling tower main body first, so that the damp and hot fog of saturation is passed through tube body and enters wavy surface lower side space, here the lid being arranged, the damp and hot fog of saturation can be made uniformly to be contacted with wavy surface, and the cooling device being arranged, wavy surface can be cooled down, it is flowed into diversion trench one to make the damp and hot fog of saturation condense into water droplet, then a small amount of fog and air is entered by pipe fitting in cold plate again, here cold plate, a small amount of fog can be made to condense into water droplet to be flowed into diversion trench two, last air is discharged by wind turbine again.

Description

A kind of cooling tower fog dispersal water collector

Technical field

The utility model is related to cooling tower technical field, especially a kind of cooling tower fog dispersal water collector.

Background technology

The wet cooling tower water collection device run currently on the market mainly have that pvc materials are made just, inclined peak V-structure Product, for collecting the drift water droplet caused by wind turbine strong drawing.Due in wet cooling tower structure without condensation and Disperse fog water collector, causes the damp and hot fog of saturation generated during cooling tower evaporative heat loss to be eliminated there is no method and recycles, entirely Portion is discharged into after extracting air duct out by wind turbine in air, not only serious waste water resource, but also causes environmental pollution.

Utility model content

The purpose of this utility model is that solve the above-mentioned problems and provides a kind of cooling tower fog dispersal water collector, solves The damp and hot fog of saturation generated during prior art products of having determined cooling tower evaporative heat loss is eliminated there is no method and is recycled, all The problems such as being discharged into air after extracting air duct out by wind turbine, not only serious waste water resource, but also causing environmental pollution.

To solve the above-mentioned problems, the utility model provides a kind of technical solution：A kind of cooling tower fog dispersal water collector, Including cooling tower main body, innovative point is：Further include connection shell, fixed plate, diversion trench one, tube body, supporting block, lid, Fixed seat, wavy surface, pipe fitting, cooling device, diversion trench two, drainpipe, discharge outlet one, discharge outlet two, connecting seat and cold plate； The connection shell is two, above the connection hull outside is respectively fixedly connected at left and right sides of cooling tower body interior, The connection case inside is respectively fixedly connected at left and right sides of connecting seat；The fixed plate is fixedly connected on connection enclosure interior Downside, on the upside of the fixed plate in be transversely provided with diversion trench one；On the upside of fixed plate, the fixed seat is fixed for the fixed seating It is connected to connection enclosure interior center, the fixed seat bottom is equipped with wavy surface, water conservancy diversion is transversely provided in the fixed seat upside Slot two；The tube body is several, and the tube body is located on the downside of corresponding wavy surface groove, and the tube body is fixedly connected with In fixed plate, lid is fixedly connected with by supporting block at the top of the tube body；The pipe fitting is several, the pipe fitting difference On the upside of corresponding tube body, the pipe fitting is fixedly connected in fixed seat；The cooling segment of the cooling device is located at solid Inside reservation；Be fixedly connected on connecting seat bottom at the top of the drainpipe, inside the drainpipe be connected inside connecting seat； The left and right sides is equipped with discharge outlet two above inside the connecting seat, and the left and right sides is equipped with draining below inside the connecting seat Mouth one；One outer inlet of the discharge outlet is connected with one inner inlet port of diversion trench；Two outer inlet of the discharge outlet and water conservancy diversion Two inner inlet port of slot is connected；The cold plate is several, and the cold plate is in laterally homogeneous arrangement and is fixedly connected with It connects on the upside of enclosure interior.

Preferably, the cooling device includes heat-exchange tube, circulating pump, cooling water tank and reflux water pipe；The heat is handed over It changes one end entrance of pipe with circulating-pump outlet to be connected, the heat-exchange tube other end outlet is by flowing back in water pipe and cooling water tank Portion is connected；The pump entry is connected with cooling water tank inner lower.

Preferably, the connection shell is integrally obliquely installed in high outside and low outside, and angle of inclination is five degree.

Preferably, the bottom is in bell shape.

Preferably, the lid is in umbrella shape shape.

Preferably, the cold plate is S-shaped, and it is mutually parallel from each other.

The beneficial effects of the utility model：The utility model have it is reasonable for structure it is simple, production cost is low, easy for installation, It is multiple functional, the damp and hot fog of saturation on the downside of the present apparatus is drawn upwardly out by wind turbine on the upside of cooling tower main body first here, also It is to make the damp and hot fog of saturation pass through tube body to enter wavy surface lower side space, the lid being arranged here can make the damp and hot mist of saturation Gas is uniformly contacted with wavy surface, and the cooling device being arranged, and can effectively be cooled down to wavy surface, to keep saturation wet Hot fog condenses into water droplet and is flowed into diversion trench one, and then a small amount of fog and air enter cold plate by pipe fitting again In, cold plate here can make a small amount of fog condense into water droplet and be flowed into diversion trench two, and last air passes through wind turbine again Discharge, and water made of being condensed in diversion trench one and diversion trench two is then flowed by discharge outlet one, discharge outlet two and drainpipe It is recycled in sink on the downside of cooling tower body interior, has both saved water resource in this way, in turn avoid environmental pollution.

Description of the drawings

The utility model is described in detail by following specific implementations and attached drawing for ease of explanation,.

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the partial enlarged view of the utility model.

Fig. 3 is the structural schematic diagram of cooling device.

1- cooling tower main bodys；2- connection shells；3- fixed plates；4- diversion trenches one；5- tube bodies；6- supporting blocks；7- lids；8- Fixed seat；9- wavy surfaces；10- pipe fittings；11- cooling devices；12- diversion trenches two；13- drainpipes；14- discharge outlet one；15- is drained Mouth two；16- connecting seats；17- cold plates；111- heat-exchange tubes；112- circulating pumps；113- cooling water tanks；114- reflux water pipes.

Specific implementation mode

As depicted in figs. 1 and 2, present embodiment uses following technical scheme：A kind of cooling tower fog dispersal water collector, Further include connection shell 2, fixed plate 3, diversion trench 1, tube body 5, supporting block 6, lid 7, fixed seat including cooling tower main body 1 8, wavy surface 9, pipe fitting 10, cooling device 11, diversion trench 2 12, drainpipe 13, discharge outlet 1, discharge outlet 2 15, connecting seat 16 and cold plate 17；The connection shell 2 is two, and 2 outside of the connection shell is respectively fixedly connected in cooling tower main body 1 At left and right sides of portion above, 2 inside of the connection shell is respectively fixedly connected in 16 left and right sides of connecting seat；The fixed plate 3 is solid Surely it is connected to connection 2 inner lower of shell, the fixed plate is transversely provided with diversion trench 1 in 3 upside；The fixed seat 8 is located at 3 upside of fixed plate, the fixed seat 8 are fixedly connected on connection 2 center of inside of shell, and 8 bottom of the fixed seat is equipped with wavy surface 9, the fixed seat is transversely provided with diversion trench 2 12 in 8 upside；The tube body 5 is several, and the tube body 5 is located at corresponding On the downside of 9 groove of wavy surface, the tube body 5 is fixedly connected in fixed plate 3, and 5 top of the tube body is fixed by supporting block 6 It is connected with lid 7；The pipe fitting 10 is several, and the pipe fitting 10 is located at 5 upside of corresponding tube body, and the pipe fitting 10 is equal It is fixedly connected in fixed seat 8；The cooling segment of the cooling device 11 is located inside fixed seat 8；13 top of the drainpipe Be fixedly connected on 16 bottom of connecting seat, 13 inside of the drainpipe be connected inside connecting seat 16；Inside the connecting seat 16 Discharge outlet 2 15 is equipped with above the left and right sides, the 16 inside left and right sides of the connecting seat is equipped with discharge outlet 1 below；Institute One 14 outer inlet of discharge outlet is stated with one 4 inner inlet port of diversion trench to be connected；2 15 outer inlet of the discharge outlet and diversion trench 2 12 inner inlet ports are connected；The cold plate 17 is several, and the cold plate 17 is in laterally homogeneous arrangement and fixed company It is connected on connection 2 upper inside of shell.

As shown in figure 3, the cooling device 11 includes heat-exchange tube 111, circulating pump 112, cooling water tank 113 and recirculation water Pipe 114；111 1 end entrance of the heat-exchange tube is connected with the outlet of circulating pump 112, the outlet of 111 other end of the heat-exchange tube By being connected inside flow back water pipe 114 and cooling water tank 113；112 entrance of the circulating pump and 113 inner lower of cooling water tank It is connected.

Wherein, the connection shell 2 is whole is obliquely installed in high outside and low outside, and angle of inclination is five degree；5 bottom of the tube body Portion is in bell shape；The lid 7 is in umbrella shape shape；The cold plate 17 is S-shaped, and is mutually parallel from each other.

The use state of the utility model is：The utility model have it is reasonable for structure it is simple, production cost is low, installation side Just, multiple functional, when work, the damp and hot fog of saturation on the downside of the present apparatus is taken out upwards by 1 upside wind turbine of cooling tower main body first Go out, that is, so that the damp and hot fog of saturation is passed through tube body 5 and enter 9 lower side space of wavy surface, the lid 7 being arranged here can make The cooling device 11 for being saturated damp and hot fog uniformly to contact with wavy surface 9, and being arranged, can effectively carry out wavy surface 9 cold But, it is flowed into diversion trench 1 to make the damp and hot fog of saturation condense into water droplet, then a small amount of fog and air pass through pipe again Part 10 enters in cold plate 17, cold plate 17 here, and a small amount of fog can be made to condense into water droplet and be flowed into diversion trench two In 12, last air is discharged by wind turbine again, and water made of being condensed in diversion trench 1 and diversion trench 2 12 then passes through discharge outlet One 14, discharge outlet 2 15 and drainpipe 13, which are flowed into the sink of 1 inner lower of cooling tower main body, recycles, and both saves in this way Water resource, in turn avoids environmental pollution.

The advantages of basic principles and main features and the utility model of the utility model have been shown and described above, one's own profession The technical staff of industry is it should be appreciated that the present utility model is not limited to the above embodiments, described in above embodiments and description Only illustrate the principles of the present invention, on the premise of not departing from the spirit and scope of the utility model, the utility model is also It will have various changes and improvements, these various changes and improvements fall within the scope of the claimed invention, the utility model Claimed range is defined by the appending claims and its equivalent thereof.

Claims

The water collector 1. a kind of cooling tower disperses fog, including cooling tower main body (1), it is characterised in that：Further include connection shell (2), Fixed plate (3), diversion trench one (4), tube body (5), supporting block (6), lid (7), fixed seat (8), wavy surface (9), pipe fitting (10), Cooling device (11), diversion trench two (12), drainpipe (13), discharge outlet one (14), discharge outlet two (15), connecting seat (16) and cold Solidifying plate (17)；

The connection shell (2) is two, is respectively fixedly connected on the outside of the connection shell (2) internal in cooling tower main body (1) Above the left and right sides, it is respectively fixedly connected on the inside of the connection shell (2) at left and right sides of connecting seat (16)；

The fixed plate (3) is fixedly connected on connection shell (2) inner lower, is transversely provided with and leads in fixed plate (3) upside Chute one (4)；

The fixed seat (8) is located on the upside of fixed plate (3), and the fixed seat (8) is fixedly connected in connection shell (2) inside Centre, fixed seat (8) bottom are equipped with wavy surface (9), diversion trench two (12) are transversely provided in fixed seat (8) upside；

The tube body (5) is several, and the tube body (5) is located on the downside of corresponding wavy surface (9) groove, the tube body (5) It is fixedly connected in fixed plate (3), lid (7) is fixedly connected with by supporting block (6) at the top of the tube body (5)；

The pipe fitting (10) is several, and the pipe fitting (10) is located on the upside of corresponding tube body (5), and the pipe fitting (10) is equal It is fixedly connected in fixed seat (8)；

It is internal that the cooling segment of the cooling device (11) is located at fixed seat (8)；

Connecting seat (16) bottom, drainpipe (13) inside and connecting seat (16) are fixedly connected at the top of the drainpipe (13) Inside is connected；

The internal left and right sides of the connecting seat (16) is equipped with discharge outlet two (15) above, two inside the connecting seat (16) or so Discharge outlet one (14) is equipped with below side；

The discharge outlet one (14) outer inlet is connected with diversion trench one (4) inner inlet port；

The discharge outlet two (15) outer inlet is connected with diversion trench two (12) inner inlet port；

The cold plate (17) is several, and the cold plate (17) is in laterally homogeneous arrangement and is fixedly connected in connection shell (2) upper inside.
The water collector 2. a kind of cooling tower according to claim 1 disperses fog, which is characterized in that cooling device (11) packet Include heat-exchange tube (111), circulating pump (112), cooling water tank (113) and reflux water pipe (114)；

(111) one end entrance of the heat-exchange tube is connected with circulating pump (112) outlet, heat-exchange tube (111) other end Outlet inside flow back water pipe (114) and cooling water tank (113) by being connected；

Circulating pump (112) entrance is connected with cooling water tank (113) inner lower.
The water collector 3. a kind of cooling tower according to claim 1 disperses fog, which is characterized in that the connection shell (2) is whole Body is obliquely installed in high outside and low outside, and angle of inclination is five degree.
The water collector 4. a kind of cooling tower according to claim 1 disperses fog, which is characterized in that tube body (5) bottom is in Bell shape.
The water collector 5. a kind of cooling tower according to claim 1 disperses fog, which is characterized in that the lid (7) is in umbrella shape Shape.
The water collector 6. a kind of cooling tower according to claim 1 disperses fog, which is characterized in that the cold plate (17) is in S Shape, and be mutually parallel from each other.