CN208684608U - A kind of high-speed rail construction sewage automatically processes Zero discharging system - Google Patents
A kind of high-speed rail construction sewage automatically processes Zero discharging system Download PDFInfo
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- CN208684608U CN208684608U CN201820976030.XU CN201820976030U CN208684608U CN 208684608 U CN208684608 U CN 208684608U CN 201820976030 U CN201820976030 U CN 201820976030U CN 208684608 U CN208684608 U CN 208684608U
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- slurries
- filters pressing
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- Processing Of Solid Wastes (AREA)
- Treatment Of Sludge (AREA)
Abstract
The utility model belongs to sewage treatment field, and in particular to a kind of high-speed rail construction sewage automatically processes Zero discharging system.Including collecting port of sewage, solid-liquid separation unit, dispensing stirring precipitation unit, filters pressing desiccation unit and real-time monitoring unit, collecting port of sewage is connected to the solid-liquid separation unit, dispensing stirring precipitation unit is connected to solid-liquid separation unit, filters pressing desiccation unit is connected to dispensing stirring precipitation unit, and real-time monitoring unit connects solid-liquid separation unit, dispensing stirring precipitation unit with filters pressing desiccation unit by microprocessor.Kind high-speed rail construction sewage automated processing system, can not only automatically process construction sewage, and long-range real-time monitoring guarantees sewage treatment zero-emission；It can also realize that blocking assembles, quickly come into operation；Construction terminate can rapid disassembling, after migration again assembling continue to use.
Description
Technical field
The utility model belongs to sewage treatment field, and in particular to a kind of high-speed rail construction sewage automated processing system.
Background technique
Currently, high-speed rail construction such as tunnel piercing, the mostly of concrete prefabricated construction sewage treatment use is to build letter on the spot
Easy structures, sewage disposal device outdoor storage manage randomness by force, mostly with manual operation, lack real-time monitoring, offer medicine,
The facilities such as disinfection are not perfect, and treatment effect is difficult to control, and there are environmental pollution, safety is poor, the wasting of resources, higher cost are asked
Topic.
Utility model content
The purpose of the utility model is to provide a kind of high-speed rail construction sewage automated processing systems, solve background technique
The problems in, this high-speed rail construction sewage automated processing system can not only automatically process construction sewage, long-range prison in real time
Pipe guarantees sewage treatment zero-emission；It can also realize that blocking assembles, quickly come into operation；Construction terminate can rapid disassembling,
Assembling continues to use again after migration.
In order to achieve the goal above, the technical solution adopted in the utility model are as follows: a kind of high-speed rail construction sewage is automatic
Processing system, including collecting port of sewage, solid-liquid separation unit, dispensing stirring precipitation unit, filters pressing desiccation unit and real-time monitoring
Unit, it is characterised in that: the collecting port of sewage is connected to the solid-liquid separation unit, and the dispensing stirring precipitating is single
First to be connected to the solid-liquid separation unit, the filters pressing desiccation unit is connected to the dispensing stirring precipitation unit, institute
The real-time monitoring unit stated is by microprocessor to the solid-liquid separation unit, dispensing stirring precipitation unit and filters pressing desiccation list
Member connection.
Further, the solid-liquid separation unit includes being separated by solid-liquid separation outer container, sandstone separator box and slurry tank, described
Sandstone separator box is connected to slurry tank by slurries riser, and the slurries promote bottom of the tube and are equipped with slurries elevator pump, described
Sandstone separator box in be equipped with cylinder bearing block, the separating barrel bearing block is equipped with cylinder central axis, described point
From sandstone cylinder is arranged on cylinder central axis, the sandstone cylinder is respectively arranged below with stone outlet, sand outlet, institute
It is equipped with slurries stirring rod in the slurry tank stated, the slurries stirring rod is equipped with slurries agitator arm, outside the slurry tank
Shell is equipped with slurries output interface, and the slurries output interface is connect with slurries efferent duct, and the slurries export bottom of the tube
Equipped with slurries rear pump.
Further, dispensing stirring precipitation unit includes chemical tank, agitator tank and settling tank, the chemical tank
It is equipped with chemicals feed pump, medicament stirring rod is equipped in the agitator tank, the medicament stirring rod is equipped with medicament agitator arm,
The agitator tank is connected to the settling tank by water distributor, and the water distribution bottom of the tube is equipped with water distributor elevator pump, institute
The top that the water distributor stated is located at precipitating box part is equipped with current stabilization inclined tube, and catch basin is equipped with above the current stabilization inclined tube, described
Catch basin be set to the precipitating box enclosure on precipitating clear water interface connect.
Further, the filters pressing desiccation unit includes pressing filter box, filtered water tank, and the filters pressing box enclosure is equipped with heavy
Starch input interface, the pressing filter box is interior to be equipped with filter press, and the filter press is connected to the sediment input interface,
It is equipped with desiccation object below the filter press and unloads mouth, the filter press is connected to by filters pressing water pipe with filters pressing header tank, institute
The filter press side stated is equipped with hydraulic telescopic rod, and the hydraulic telescopic rod drives by hydraulic pump, the pressing filter box and described
Filtered water tank be connected to by filters pressing clear water riser, the filters pressing clear water promotes bottom of the tube and is equipped with filters pressing clear water elevator pump, institute
Precipitating clear water interface tube, clear water reserviors output interface are respectively equipped in the clear water box enclosure stated.
Further, the solid-liquid separation unit is equipped with separation liquid level of slurry meter and slurry tank hydraulic ga(u)ge, the throwing
Medicine stirs precipitation unit and is equipped with medical fluid liquidometer and dispensing liquid level of slurry meter, and the filters pressing desiccation unit is equipped with filters pressing clear water liquid
Position meter, the separation liquid level of slurry meter, slurry tank hydraulic ga(u)ge, medical fluid liquidometer, dispensing liquid level of slurry meter and filters pressing clear water liquid
Position meter is connect by sensor with microprocessor.
Further, the solid-liquid separation unit, dispensing stirring precipitation unit, filters pressing desiccation unit are all made of all-metal
Flat Rack Container body.
The utility model has the technical effect that this high-speed rail construction sewage automated processing system, can not only be certainly
Dynamic processing construction sewage, long-range real-time monitoring guarantee sewage treatment zero-emission；It can also realize that blocking assembles, quickly put into
It uses；Construction terminate can rapid disassembling, after migration again assembling continue to use.
Detailed description of the invention
The process flow schematic diagram of Fig. 1 the utility model；
Fig. 2 is solid-liquid separation unit structural map；
Fig. 3 is dispensing stirring precipitation unit structural map；
Fig. 4 is filters pressing desiccation unit structural map；
Fig. 5 is the structural schematic diagram of the utility model.
Appended drawing reference:
10- collecting port of sewage；20- solid-liquid separation unit；210- sandstone separator box；211- cylinder bearing block；212- points
From cylinder central axis；213- sandstone cylinder；The outlet of 214- stone；The outlet of 215- sand；220- slurry tank；The stirring of 221- slurries
Bar；222- slurries agitator arm；223- slurries output interface；224- slurries efferent duct；225- slurries rear pump；230- slurries
Riser；240- slurries elevator pump；30- dispensing stirring precipitation unit；310- chemical tank；311- chemicals feed pump；320- agitator tank；
321- medicament stirring rod；322- medicament agitator arm；330- settling tank；331- current stabilization inclined tube；332- catch basin；333- precipitating
Clear water interface；340- water distributor；350- water distributor elevator pump；40- filters pressing desiccation unit；410- pressing filter box；411- sediment is defeated
Incoming interface；412- filter press；413- sediment input interface；414- filters pressing water pipe；415- filters pressing header tank；416- is hydraulic
Telescopic rod；417- hydraulic pump；420- filtered water tank；421- precipitates clear water interface tube；422- clear water reserviors output interface；430- filters pressing
Clear water riser；440- filters pressing clear water elevator pump；50- real-time monitoring unit；51- separates liquid level of slurry meter；52- slurry tank liquid
Pressure meter；53- medical fluid liquidometer；54- dispensing liquid level of slurry meter；55- filters pressing clear water liquidometer.
Specific embodiment
Referring to attached drawing 1, a kind of high-speed rail construction sewage automated processing system, including collecting port of sewage 10, separation of solid and liquid
Unit 20, dispensing stirring precipitation unit 30, filters pressing desiccation unit 40 and real-time monitoring unit 50, the collecting port of sewage 10
It is connected to the solid-liquid separation unit 20, the dispensing stirring precipitation unit 30 and the solid-liquid separation unit 20 connect
Logical, the filters pressing desiccation unit 40 is connected to the dispensing stirring precipitation unit 30, and the real-time monitoring unit 50 is logical
Microprocessor is crossed to connect the solid-liquid separation unit 20, dispensing stirring precipitation unit 30 and filters pressing desiccation unit 40.Using
Collecting port of sewage 10 is collected sewage and is promoted, and is sent to solid-liquid separation unit 20 and is separated by solid-liquid separation；The sandstone recycling isolated
Continuing to do concrete stirring raw material to sandstone field, the sewage isolated enters dispensing stirring precipitation unit 30, carries out precipitation and separation,
Mixed liquor after precipitating, which is sent in filters pressing desiccation unit 40, carries out filters pressing desiccation separation, and pressing filtering liquid flows into dispensing stirring precipitating point
It recycles and reprocesses from unit 30, filters pressing desiccation cake is used as builder's road raw material, and sewage treatment project passes through real-time monitoring list
Member 50 carries out real-time monitoring to it, realizes and automatically processes construction sewage, long-range real-time monitoring, guarantees sewage treatment zero-emission.
Preferably, referring to attached drawing 2, the solid-liquid separation unit 20 includes sandstone separator box 210, slurry tank 220, described
Sandstone separator box 210 and slurry tank 220 be connected to by slurries riser 230,230 bottom of slurries riser, which is equipped with, starches
Liquid elevator pump 240, is equipped with cylinder bearing block 211 in the sandstone separator box 210, on the cylinder bearing block 211
Equipped with cylinder central axis 212, sandstone cylinder 213, the sandstone separation are arranged on the cylinder central axis 212
Cylinder 213 is respectively arranged below with stone outlet 214, sand outlet 215, is equipped with slurries stirring rod 221 in the slurry tank 220,
The slurries stirring rod 221 is equipped with slurries agitator arm 222, and 220 shell of slurry tank is equipped with slurries output and connects
Mouth 223, the slurries output interface 223 is connect with slurries efferent duct 224, and 224 bottom of slurries efferent duct is equipped with slurry
Liquid rear pump 225, sewage enters sandstone cylinder 213 when work, and slurries are leaked out from sandstone cylinder 213, converges in bottom, to
It is drained into slurry tank 220 when slurries gather set depth by slurries elevator pump 240, solid matter passes through in sandstone cylinder
Stone screen, sand sieve the separation of two layers sieve, are discharged stone, yellow sand and slurries respectively, slurries by slurries rear pump 225 pressurize into
Enter next stirring dispensing unit 30.
Preferably, referring to attached drawing 3, the dispensing stirring precipitation unit 30 includes chemical tank 310, agitator tank 320 and sinks
Shallow lake case 330, the chemical tank 310 are equipped with chemicals feed pump 311, are equipped with medicament stirring rod 321, institute in the agitator tank 320
The medicament stirring rod 321 stated is equipped with medicament agitator arm 322, and the agitator tank 320 and the settling tank 330 pass through cloth
Water pipe 340 is connected to, and 340 bottom of water distributor is equipped with water distributor elevator pump 350, and the water distributor 340 is located at settling tank
The top of 330 parts is equipped with current stabilization inclined tube 331, is equipped with catch basin 332, the catch basin above the current stabilization inclined tube 331
332 connect with the precipitating clear water interface 333 being set on 330 shell of settling tank.Liquid is stirred when work enters agitator tank
320, chemicals feed pump 311 drives the synchronous dosing coagulant of chemical feed machine, and stirring rod 321 stirs rapidly the laggard inclined tube 331 that becomes a mandarin, stirs liquid
Middle to form biggish particle by stream 331 preliminary sedimentation of inclined tube, supernatant is discharged directly into the filtered water tank of filters pressing desiccation unit 40
420, remaining precipitated liquid enters filters pressing desiccation unit 40.
Preferably, referring to attached drawing 4, the filters pressing desiccation unit 40 includes pressing filter box 410, filtered water tank 420, the pressure
410 shell of filter box is equipped with sediment input interface 411, is equipped with filter press 412, the filters pressing in the pressing filter box 410
Machine 412 is connected to the sediment input interface 411, and desiccation object is equipped with below the filter press 412 and unloads mouth 413, described
Filter press 412 be connected to filters pressing header tank 415 by filters pressing water pipe 414,412 side of filter press is stretched equipped with hydraulic
Contracting bar 416, the hydraulic telescopic rod 416 are driven by hydraulic pump 417, the pressing filter box 410 and the filtered water tank 420
It is connected to by filters pressing clear water riser 430,430 bottom of filters pressing clear water riser is equipped with filters pressing clear water elevator pump 440, institute
Precipitating clear water interface tube 421, clear water reserviors output interface 422 are respectively equipped on 420 shell of filtered water tank stated.When work precipitated liquid into
Enter filter press 412, sediment squeezes desiccation by filter press 412, forms mud cake and paves the way, filters out clear water cycling and reutilization.
Preferably, referring to attached drawing 5, the solid-liquid separation unit 20 is equipped with separation liquid level of slurry meter 51 and slurry tank is hydraulic
Meter 52, the dispensing stirring precipitation unit 30 are equipped with medical fluid liquidometer 53 and dispensing liquid level of slurry meter 54, and the filters pressing is dry
Change unit 40 and is equipped with filters pressing clear water liquidometer 55, the separation liquid level of slurry meter 51, slurry tank hydraulic ga(u)ge 52, medical fluid liquidometer
53, dispensing liquid level of slurry meter 54 and filters pressing clear water liquidometer 55 are connect by sensor with microprocessor.By being separated by solid-liquid separation
Unit 20, stirring dispensing precipitation unit 30 and filters pressing desiccation unit 40 install current sensor and liquid level sensor is sent into micro process
Device, microprocessor automatically control entire sewage disposal system according to level threshold, realize the automation to sewage disposal system
Control, long-range real-time monitoring.
Preferably, the solid-liquid separation unit 20, dispensing stirring precipitation unit 30, filters pressing desiccation unit 40 are all made of
All-metal Flat Rack Container body.Pass through solid-liquid separation unit 20, dispensing stirring precipitation unit 30, filters pressing desiccation unit 40 structure
Blocking realizes blocking assembling, quickly comes into operation；Construction terminate can rapid disassembling, after migration again assembling continue to make
With.
Claims (6)
1. a kind of high-speed rail construction sewage automated processing system, including collecting port of sewage (10), solid-liquid separation unit (20), throwing
Medicine stirs precipitation unit (30), filters pressing desiccation unit (40) and real-time monitoring unit (50), it is characterised in that: the sewage is received
Ji Kou (10) is connected to the solid-liquid separation unit (20), dispensing stirring precipitation unit (30) and the solid-liquid point
It is connected to from unit (20), the filters pressing desiccation unit (40) is connected to dispensing stirring precipitation unit (30), described
Real-time monitoring unit (50) to the solid-liquid separation unit (20), dispensing stirring precipitation unit (30) and is pressed by microprocessor
Being filtered dry unit (40) connection.
2. high-speed rail construction sewage automated processing system according to claim 1, it is characterised in that: the solid-liquid point
It include sandstone separator box (210), slurry tank (220), the sandstone separator box (210) and slurry tank (220) from unit (20)
It is connected to by slurries riser (230), slurries riser (230) bottom is equipped with slurries elevator pump (240), the sand
Stone separator box (210) is inner to be equipped with cylinder bearing block (211), and the cylinder bearing block (211) is equipped with cylinder center
Axis (212) is arranged with sandstone cylinder (213) on the cylinder central axis (212), the sandstone cylinder (213)
It is respectively arranged below with stone outlet (214), sand outlet (215), is equipped with slurries stirring rod in the slurry tank (220)
(221), the slurries stirring rod (221) is equipped with slurries agitator arm (222), sets on the slurry tank (220) shell
Have slurries output interface (223), the slurries output interface (223) is connect with slurries efferent duct (224), and the slurries are defeated
Outlet pipe (224) bottom is equipped with slurries rear pump (225).
3. high-speed rail construction sewage automated processing system according to claim 1, it is characterised in that: the dispensing is stirred
Mixing precipitation unit (30) includes chemical tank (310), agitator tank (320) and settling tank (330), and the chemical tank is set on (310)
Have chemicals feed pump (311), be equipped with medicament stirring rod (321) in the agitator tank (320), on the medicament stirring rod (321)
Equipped with medicament agitator arm (322), the agitator tank (320) and the settling tank (330) are connected by water distributor (340)
Logical, water distributor (340) bottom is equipped with water distributor elevator pump (350), and the water distributor (340) is located at settling tank
(330) top of part is equipped with current stabilization inclined tube (331), is equipped with catch basin (332) above the current stabilization inclined tube (331), described
Catch basin (332) be set to described settling tank (330) shell on precipitating clear water interface (333) connect.
4. high-speed rail construction sewage automated processing system according to claim 1, it is characterised in that: the filters pressing is dry
Changing unit (40) includes pressing filter box (410), filtered water tank (420), and the pressing filter box (410) shell is equipped with sediment input and connects
Mouth (411), the pressing filter box (410) is interior to be equipped with filter press (412), and the filter press (412) and the sediment are defeated
Incoming interface (411) connection, the filter press (412) lower section are equipped with desiccation object and unload mouth (413), and the filter press (412) is logical
Over-voltage filtering water pipe (414) is connected to filters pressing header tank (415), and the filter press (412) side is equipped with hydraulic telescopic rod
(416), the hydraulic telescopic rod (416) is driven by hydraulic pump (417), the pressing filter box (410) and the filtered water tank
(420) it is connected to by filters pressing clear water riser (430), filters pressing clear water riser (430) bottom is equipped with filters pressing clear water and mentions
Pump (440) is risen, precipitating clear water interface tube (421), clear water reserviors output interface are respectively equipped on the filtered water tank (420) shell
(422)。
5. high-speed rail construction sewage automated processing system according to claim 1, it is characterised in that: the solid-liquid point
It is equipped with separation liquid level of slurry meter (51) and slurry tank hydraulic ga(u)ge (52) from unit (20), precipitation unit (30) are stirred in the dispensing
Equipped with medical fluid liquidometer (53) and dispensing liquid level of slurry meter (54), the filters pressing desiccation unit (40) is equipped with filters pressing clear water liquid level
It counts (55), the separation liquid level of slurry meter (51), slurry tank hydraulic ga(u)ge (52), medical fluid liquidometer (53), dispensing liquid level of slurry
Meter (54) and filters pressing clear water liquidometer (55) are connect by sensor with microprocessor.
6. high-speed rail construction sewage automated processing system according to claim 1, it is characterised in that: the solid-liquid point
All-metal Flat Rack Container body is all made of from unit (20), dispensing stirring precipitation unit (30), filters pressing desiccation unit (40).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820976030.XU CN208684608U (en) | 2018-06-25 | 2018-06-25 | A kind of high-speed rail construction sewage automatically processes Zero discharging system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820976030.XU CN208684608U (en) | 2018-06-25 | 2018-06-25 | A kind of high-speed rail construction sewage automatically processes Zero discharging system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208684608U true CN208684608U (en) | 2019-04-02 |
Family
ID=65879109
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820976030.XU Expired - Fee Related CN208684608U (en) | 2018-06-25 | 2018-06-25 | A kind of high-speed rail construction sewage automatically processes Zero discharging system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208684608U (en) |
-
2018
- 2018-06-25 CN CN201820976030.XU patent/CN208684608U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190402 Termination date: 20200625 |