CN216549653U

CN216549653U - Quick steamed device of system of multidimension degree

Info

Publication number: CN216549653U
Application number: CN202123314577.4U
Authority: CN
Inventors: 王琨彭; 王光; 朱学玲
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-12-27
Filing date: 2021-12-27
Publication date: 2022-05-17
Anticipated expiration: 2031-12-27

Abstract

The utility model discloses a multidimensional rapid brine making device which comprises a brine pump, wherein a water inlet of the brine pump is placed in the water of a brine pool, an outlet of the brine pump is connected with a water inlet of a brine water separator, a water outlet of the brine water separator is connected with a water inlet of a brine conveying pipe, a water outlet of the brine conveying pipe is connected with a water inlet of a brine spreading pipe, brine curtain generating devices are arranged on the pipe wall of the brine spreading pipe at intervals, and the brine spreading pipe is installed above the water of the brine pool. The utility model efficiently utilizes the three-dimensional space wind energy and solar energy, further improves the brine evaporation efficiency, accelerates the brine concentration process, further greatly improves the amount of saturated brine on the basis of the original production scale, and improves the yield of solar salt.

Description

Quick steamed device of system of multidimension degree

Technical Field

The utility model relates to the field of brine concentration salt making, in particular to a multi-dimensional rapid brine making device.

Background

The traditional solar salt is prepared by naturally evaporating seawater and water in brine in evaporation ponds and adjusting ponds at all levels by utilizing solar energy and wind energy, concentrating step by step until saturated brine is obtained, and continuously evaporating the saturated brine in a crystallization pond to crystallize and separate out salt. The traditional solar salt brine preparation process relies on natural evaporation of a brine tank, the effective evaporation surface area is small, the utilization efficiency of wind energy and solar energy is low, half of the time of one year almost has no effective evaporation amount, the effective evaporation time of brine is short, the water evaporation efficiency is low, the time required for concentrating into saturated brine is long, a large number of evaporation tanks are required to gradually concentrate brine to generate a small amount of saturated brine, the brine preparation tank has high occupation ratio, the crystallization tank has low occupation ratio, and the solar salt yield is low. With the decrease of the concentration of seawater and underground brine, the bottleneck problem is more prominent, so that the yield of the solar salt is reduced, the cost is increased, and the survival and the development of solar salt enterprises are seriously restricted. The patent ZL200710190058.7 of the present invention relates to a device for suspending an evaporation curtain in the upper space of a brine pool, wherein a brine spreading pipe is wrapped in a supporting bag at the upper part of the evaporation curtain, brine flows out from small holes on the brine spreading pipe, the supporting bag and the evaporation curtain are moistened, the evaporation surface area of brine is increased by the evaporation curtain suspended above the evaporation pool, and the brine evaporation efficiency is improved to a certain extent Greatly improves the salt yield of solar salt enterprises, reduces the production cost and improves the economic benefit.

Disclosure of Invention

Aiming at the problems in the prior art, the utility model provides the rapid brine preparation device which efficiently utilizes three-dimensional space wind energy and solar energy, further improves brine evaporation efficiency, accelerates brine concentration process, further greatly improves saturated brine quantity on the basis of original production scale, and improves solar salt yield.

The purpose of the utility model is realized by the following technical scheme.

The utility model provides a quick system bittern device of multidimension degree, includes the brine pump, brine pump water inlet is put in brine pond aquatic, the water inlet of exit linkage brine water knockout drum of brine pump, the water inlet of brine conveyer pipe is connected to the delivery port of brine water knockout drum, brine spread pipe water inlet is connected to the delivery port of brine conveyer pipe, brine is spread the interval and is equipped with brine curtain generating device on the pipe wall, brine spread pipe installs in brine pond water top.

Furthermore, a water inlet protection device is arranged at the water inlet of the brine pump, the water inlet protection device wraps the water inlet of the brine pump by a water filter net and then is fixed in the upper part and the basket with permeable periphery, and the water inlet protection device is arranged in the deepest part of the brine pool.

Furthermore, a brine discharge valve and a ball valve are arranged on the brine conveying pipe, and the ball valve is arranged below the brine discharge valve.

Furthermore, the suspension device of the brine spreading pipe is a suspension cable, two ends of the suspension cable are respectively fixed on the vertical rods on the opposite brine pool banks, the suspension cable is kept horizontal above the brine pool water, and the adjacent suspension cables are parallel.

Furthermore, the brine spreading pipe is hung on the suspension cable, and the lower part of the brine spreading pipe is supported by a support rod.

Further, brine curtain generating device includes cascade slot shower nozzle and pipe diameter converter, cascade slot shower nozzle passes through the pipe diameter converter and installs on the pipe wall on brine spills the pipe upper portion.

Further, bittern curtain generating device's cascade slot shower nozzle delivery port is towards aloft, the slot direction of cascade slot shower nozzle delivery port is perpendicular with the direction that bittern spills the pipe of laying, cascade slot shower nozzle spills the pipe with bittern and is 45-90 contained angles, and bittern curtain generating device on the adjacent bittern spreading pipe is crisscross to be set up.

Furthermore, a device for efficiently absorbing solar energy is arranged in the brine pool water, the device for efficiently absorbing solar energy is a black anti-aging permeable film, a buoyancy ball and a buoyancy rod are arranged on the black anti-aging permeable film, and four corners of the device for efficiently absorbing solar energy are provided with fixing ropes.

Furthermore, the two longitudinal long sides of the high-efficiency solar energy absorption device are provided with buoyancy balls, the high-efficiency solar energy absorption device is transversely provided with buoyancy rods with the same length as the width at intervals, four corners of the high-efficiency solar energy absorption device are respectively provided with a fixed rope, and the length of the high-efficiency solar energy absorption device is consistent with the size of the brine pond.

Furthermore, the efficient solar energy absorption device is arranged in the brine pool with one surface of the buoyancy rod facing upwards, and the efficient solar energy absorption devices are connected in parallel and suspended in the surface layer of the brine pool.

Compared with the prior art, the utility model has the advantages that: the water curtain paraboloid which is obliquely thrown upwards is uniformly distributed above the brine pool, then the water curtain is scattered into countless water drops which fall into the brine pool below from high altitude, and the water curtain paraboloid which is obliquely thrown upwards and the water drops which are scattered into countless water drops in the high altitude are fully contacted with wind energy and solar energy above the brine pool, so that the evaporation surface area of brine is greatly increased, and the utilization rate of space wind energy and solar energy is greatly increased; meanwhile, the solar energy device suspended in the brine on the surface layer of the brine pool can effectively absorb solar energy, so that the absorption rate of the solar energy reaching the surface of the brine pool can be further improved; the device can also convert the season of the traditional solar salt which can not form effective evaporation amount into the time with larger effective evaporation amount, thereby prolonging the effective evaporation time per year. Thereby greatly quickening the evaporation efficiency of the brine, further quickening the brine concentration speed, quickly improving the amount of saturated brine, converting a part of evaporation tanks into crystallization tanks, improving the number of the crystallization tanks and improving the solar salt yield. The device overcomes the defects of the traditional solar salt production process, further improves the evaporation efficiency of the original patent, can improve the brine evaporation efficiency by more than 500 percent, improves the salt yield by more than 2 times, greatly reduces the production cost and improves the economic benefit.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic structural diagram of the device for efficiently absorbing solar energy according to the present invention;

FIG. 3 is a schematic cross-sectional view of the device for efficiently absorbing solar energy, the brine pump water inlet pipe orifice protection device and the brine pump in the brine tank according to the present invention.

In the figure: 1. brine pool water 2, brine pump 3, brine water knockout drum 4, brine conveyer pipe 5, brine sprinkling pipe 6, brine curtain generating device 7, suspension lock 8, pole setting 9, bracing piece 10, ball valve 11, let out steamed valve 12, shore pond embankment 13, solar light energy device 14, buoyancy ball 15, fixed rope 16, buoyancy stick 17, water inlet pipe mouth protection device 18, brine pump export.

Detailed Description

The utility model is described in detail below with reference to the drawings and specific examples.

As shown in fig. 1-3, a quick system steamed device of multidimension degree, including brine pump 2, brine pump 2 is large-traffic corrosion-resistant sea water pump, brine pump 2 water inlet is put in brine pond water 1, brine pump 2's the water inlet of 3 brine water segregators is connected to the export 18, and brine water segregators 3 has at least outlet pipe more than 2, brine conveyer pipe 4's water inlet is connected to brine water segregators 3's delivery port, brine 5 water inlets of brine delivery pipe 4 are connected to brine delivery pipe, brine spills the interval and is equipped with brine curtain generating device 6 on 5 pipe walls of distribution pipe, brine spills distribution pipe 5 and installs in brine pond water 1 top. The brine water separator main pipeline on have one with the same inlet tube of brine pump outlet pipe diameter and a plurality of outlet pipe, outlet pipe diameter is the same with brine conveyer pipe diameter.

The water inlet of the brine pump 2 is provided with a water inlet protection device 17, the water inlet protection device 17 wraps the water inlet of the brine pump 2 by a stainless steel water strainer and then is fixed on the upper part and in the basket with permeable water on the periphery, and the water inlet protection device 17 is arranged in the deepest part of the brine pool water.

The brine conveying pipe 4 is provided with a brine discharge valve 11 and a ball valve 10, and the ball valve 10 is arranged below the brine discharge valve 11.

The suspension device of the brine spreading pipe 5 is a suspension cable 7, two ends of the suspension cable 7 are respectively fixed on vertical rods 8 on opposite brine pool banks, the suspension cable 7 is kept horizontal above the brine pool water 1, the adjacent suspension cables 7 are parallel, and the suspension cable 7 is a stainless steel rope.

The brine spreading pipe 5 is hung on the hanging rope 7, and the lower part of the brine spreading pipe 5 is supported by a support rod 9. The brine spreading pipes are kept horizontal, and the plurality of brine spreading pipes are arranged in parallel above the brine pool.

Brine curtain generating device 6 includes cascade slot shower nozzle and pipe diameter converter, cascade slot shower nozzle passes through the pipe diameter converter and installs on the pipe wall on brine spills 5 upper portions of pipe.

The cascade slot shower nozzle delivery port of brine curtain generating device 6 is towards aloft, the slot direction of cascade slot shower nozzle delivery port is perpendicular with the direction that brine spills distribution pipe 5, cascade slot shower nozzle spills distribution pipe 5 with brine and is 45-90 contained angles, and adjacent brine spills the crisscross setting of brine curtain generating device 6 on the distribution pipe 5, makes the spun cascade avoid overlapping with the drop of water after scattering, and the maximize increases political surface area, make full use of space wind energy and solar energy, and brine pond sky evenly distributed is brine curtain generating device.

The device for efficiently absorbing solar energy 13 is arranged in the brine pool water 1, the device for efficiently absorbing solar energy 13 is a black anti-aging permeable film, a buoyancy ball 14 and a buoyancy rod 16 are arranged on the black anti-aging permeable film, and fixing ropes 15 are arranged at four corners of the device for efficiently absorbing solar energy 13.

The two longitudinal long edges of the high-efficiency solar energy absorption device 13 are provided with buoyancy balls 14, the high-efficiency solar energy absorption device 13 is transversely provided with buoyancy rods 16 with the same length as the width at intervals, four corners of the high-efficiency solar energy absorption device 13 are respectively provided with a fixing rope 15, and the length of the high-efficiency solar energy absorption device 13 is consistent with the size of the brine pond.

The high-efficiency solar energy absorption device 13 is arranged in the brine pool water 1 with only one surface of the buoyancy rod facing upwards, and the high-efficiency solar energy absorption devices 13 are arranged in parallel and suspended in the surface layer of the brine pool water 1.

Claims

1. The utility model provides a quick system of steamed device of multidimension degree, its characterized in that includes brine pump (2), brine pump (2) water inlet is put in brine pond water (1), the water inlet of brine water knockout drum (3) is connected in export (18) of brine pump (2), the water inlet of brine conveyer pipe (4) is connected to the delivery port of brine water knockout drum (3), the delivery port of brine conveyer pipe (4) is connected brine and is spilt distribution pipe (5) water inlet, brine spilt distribution pipe (5) pipe wall on the interval be equipped with brine curtain generating device (6), brine spilt distribution pipe (5) and install in brine pond water (1) top.

2. The multidimensional rapid bittern-making device according to claim 1, wherein the water inlet of said bittern pump (2) is provided with a water inlet protector (17), said water inlet protector (17) is wrapped by water strainer and fixed in the basket with upper and peripheral water permeability, the water inlet protector (17) is placed at the deepest part of the bittern pool.

3. The multi-dimensional rapid brine-making device according to claim 1 or 2, wherein the brine conveying pipe (4) is provided with a brine discharge valve (11) and a ball valve (10), and the ball valve (10) is arranged below the brine discharge valve (11).

4. The multidimensional rapid bittern-making device according to claim 1, wherein said suspension device of bittern spreading pipe (5) is suspension rope (7), both ends of said suspension rope (7) are fixed on vertical rods (8) on opposite bittern pool bank, said suspension rope (7) is kept horizontal above bittern pool water (1), and adjacent suspension ropes (7) are parallel.

5. The multidimensional rapid bittern-making device according to claim 4, wherein said bittern spreading pipe (5) is suspended on a suspension cable (7), and said bittern spreading pipe (5) is supported by a support rod (9) at its lower part.

6. The multidimensional rapid bittern-making device according to claim 1, wherein said bittern curtain generating device (6) comprises a water curtain narrow slit nozzle and a pipe diameter converter, said water curtain narrow slit nozzle is mounted on the pipe wall of the upper part of bittern spreading pipe (5) through the pipe diameter converter.

7. The multidimensional rapid bittern making device according to claim 6, wherein the water outlet of the water curtain narrow-slit sprayer of the bittern water curtain generating device (6) faces the air, the narrow slit direction of the water outlet of the water curtain narrow-slit sprayer is perpendicular to the direction of the bittern spreading pipes (5), the water curtain narrow-slit sprayer and the bittern spreading pipes (5) form an included angle of 45-90 degrees, and the bittern water curtain generating devices (6) on the adjacent bittern spreading pipes (5) are arranged in a staggered manner.

8. The multidimensional rapid bittern-making device according to claim 1, wherein said bittern pool water (1) is provided with a device (13) for efficiently absorbing solar energy, said device (13) is a black anti-aging permeable film, said black anti-aging permeable film is provided with a buoyancy ball (14) and a buoyancy rod (16), and four corners of said device (13) are provided with fixing ropes (15).

9. The multidimensional rapid bittern-making device according to claim 8, wherein said high-efficiency solar energy absorption device (13) is provided with buoyancy balls (14) on two longitudinal long sides, said high-efficiency solar energy absorption device (13) is provided with buoyancy rods (16) with the same length as width at intervals, each of four corners of said high-efficiency solar energy absorption device (13) is provided with a fixing rope (15), and the length of said high-efficiency solar energy absorption device (13) is in accordance with size of bittern pool.

10. The multidimensional rapid halogen making device according to claim 9, characterized in that the high-efficiency solar energy absorption device (13) is arranged in the brine pool water (1) with only one side of the buoyancy rod facing upwards, and the high-efficiency solar energy absorption devices (13) are arranged in parallel and suspended in the surface layer of the brine pool water (1).