CN209668987U - A kind of sewage treatment equipment - Google Patents
A kind of sewage treatment equipment Download PDFInfo
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- CN209668987U CN209668987U CN201822016105.2U CN201822016105U CN209668987U CN 209668987 U CN209668987 U CN 209668987U CN 201822016105 U CN201822016105 U CN 201822016105U CN 209668987 U CN209668987 U CN 209668987U
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Abstract
The utility model relates to a kind of sewage treatment equipment, the sewage treatment equipments comprising rack and the waste water reclaiming device being arranged on the rack, separator, concentrate recyclable device, regeneration water recovery device, distilling apparatus, condensing unit；Separator is connect with waste water reclaiming device, concentrate recyclable device, regeneration water recovery device, separating treatment is carried out with the waste water to waste water reclaiming device, and small molecule liquid obtained after separation is passed through regeneration water recovery device to recycle, concentrate obtained after separation is emitted into concentrate recyclable device；Distilling apparatus is connect with concentrate recyclable device and condensing unit, is distilled with the concentrate to concentrate recyclable device, and the steam that distillation obtains is passed through condensing unit；Condensing unit is connect with regeneration water recovery device, and condensed water is passed through regeneration water recovery device to recycle.The sewage treatment equipment can reduce waste liquid amount to greatest extent, have the advantages that energy conservation and environmental protection.
Description
Technical field
The utility model relates to technical field of waste water processing, more specifically to a kind of sewage treatment equipment.
Background technique
It is especially higher and higher to plant chimney stalk emission request as country increasingly payes attention to environmental protection.It is cleaned for handling
The equipment for the waste water that machine cleaning generates is for cleaning machine producer extremely urgent to be needed, the waste water that former cleaning machine cleaning generates
It mostly directly exhausts, some are to be discharged to waste water treatment plant's centralized processing.And sewage treatment equipment is very expensive at present, grasps
Make that cumbersome, consumptive material is time-consuming.And be not many medium-sized and small enterprises for generating cleaning waste water, to build a waste water treatment system
It is very uneconomical, it is sent between the special waste water treatment plant of third party and handles, be easy to cause the wasting of resources.Because cleaning generates useless
Although there is diluted oil emulsion in water, there are also available cleaning solutions.In addition the cleaning agent used and the water to become clean are again
Secondary to return to cleaning equipment use, equipment land occupation size is big, can not match with cleaning equipment.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of waste water progress that can be cleaned and generate to cleaning machine
It handles, is easy to operate, sewage treatment equipment at low cost is made.
The technical scheme adopted by the utility model to solve the technical problem is as follows: constructing a kind of sewage treatment equipment, it is used for
Waste water after handling cleaning machine cleaning, including rack and the waste water reclaiming device being arranged in the rack, separator,
Concentrate recyclable device, regeneration water recovery device, distilling apparatus, condensing unit；
The separator and the waste water reclaiming device, the concentrate recyclable device, the regeneration water recovery device
Connection carries out separating treatment with the waste water to the waste water reclaiming device, and small molecule liquid obtained after separation is passed through again
Unboiled water recyclable device is emitted into concentrate recyclable device to recycle, by concentrate obtained after separation；
The distilling apparatus is connect with the concentrate recyclable device and the condensing unit, to concentrate recyclable device
Concentrate distilled, and the obtained steam of distillation is passed through the condensing unit；
The condensing unit is connect with the regeneration water recovery device, and condensed water is passed through the recycled water and is recycled
Device is to recycle.
Preferably, the separator include level-one separation assembly and set gradually with the level-one separation assembly two
Grade separation assembly.
Preferably, the level-one separation assembly includes filtering cotton core or filter screen；
The second-order separation component includes inorganic ceramic membrane filter.
Preferably, the first pipeline is equipped between the waste water reclaiming device and the cleaning machine；It is set on first pipeline
There is the first water pump；
The waste water reclaiming device includes waste water tank, the first liquid level detection device being arranged in the waste water tank and sets
Set the first ball-cock assembly for preventing waste water excessively excessive on first pipeline；
First liquid level detection device is connect with first water pump, to detect in first liquid level detection device
When liquid level in the waste water tank reaches the first default liquid level, waste water is pumped into the waste water tank by the first water pump stopping；
The waste water reclaiming device and the separator are equipped with the second pipeline, and second pipeline is equipped with the second water
Pump.
Preferably, third pipeline is equipped between the regeneration water recovery device and the cleaning machine, on the third pipeline
Equipped with third water pump；
The regeneration water recovery device includes the second level sensing dress for regenerating water pot, being arranged in the regeneration water pot
Set and be arranged in the second ball-cock assembly (152) on the third pipeline to prevent liquid from overflowing；
Second liquid level detection device is connect with the third water pump, to detect in second liquid level detection device
When liquid level in the regeneration water pot reaches the second default liquid level, the third water pump, which is started to work, will regenerate the liquid in water pot
It is pumped into cleaning machine to recycle.
Preferably, the 4th pipeline is equipped between concentrate recyclable device and the distilling apparatus；
4th pipeline is equipped with vacuum evacuation device, vacuumizes to the distilling apparatus；
The vacuum evacuation device includes vacuum tank, the third liquid level detection device being arranged on the vacuum tank and setting
Third ball-cock assembly on the 4th pipeline；
4th pipeline is equipped with the 4th water pump so that concentrate is pumped into the vacuum evacuation device；
4th water pump is connect with the third liquid level detection device, detects institute in the third liquid level detection device
It states the liquid level in vacuum tank and reaches and stop the concentrate being pumped into the vacuum evacuation device when third presets liquid level.
Preferably, the distilling apparatus includes alembic, being heated in the alembic to concentrate is arranged in
Heating device and the 4th liquid level detection device being arranged in the alembic, the steam (vapor) outlet of the alembic with it is described cold
Solidifying device connection；4th liquid level detection device is connect with the heating device and the vacuum evacuation device, described
When four liquid level detection devices detect the concentrate in the alembic lower than four default liquid levels, the heating device and described
Vacuum evacuation device stops working.
Preferably, it is equipped in the liquid for exporting condensing unit between the condensing unit and the regeneration water recovery device
Moisture go out water segregator；Fluidic device and the 5th water pump are equipped between the water segregator and the condensing unit.
Preferably, the condensing unit is connect to access refrigerant with refrigeration system；The condensing unit includes drainer
Heat exchanger tube in the drainer is set, and the heat exchanger tube is connect with the refrigeration system to access coolant.
Preferably, the rack includes bottom plate and is arranged in the bottom plate side and the bracket vertical with the bottom plate；
The waste water reclaiming device, the concentrate recyclable device, the regeneration water recovery device are successively set on described
On bottom plate；
The distilling apparatus, the water segregator, the condensing unit are set gradually on the bracket；
The separator setting on the bracket, and is located above the bottom plate.
A kind of sewage treatment equipment for implementing the utility model, has the advantages that the sewage treatment equipment, leads to
It crosses and waste water reclaiming device, separator, concentrate recyclable device, regeneration water recovery device, distilling apparatus, cold is set on the rack
Solidifying device, so that the waste water of waste water reclaiming device recycling can carry out separating treatment by separator, and will be at separation
The small molecule liquid obtained after reason is passed through regeneration water recovery device and recycles, and concentrate obtained after separation is emitted into concentration
Liquid recyclable device distills it by distilling apparatus, and the obtained steam of distillation is passed through condensing unit, by condensing unit into
Row condensation, and the water that condensation obtains is passed through regeneration water recovery device and is recycled.The sewage treatment equipment, can be to cleaning machine
The waste water of generation is handled, and unused oil emulsion is separated, and returns to cleaning equipment by it for reusable cleaning solution and water
In reuse, reduce waste liquid amount to greatest extent, with easy to operate, low manufacture cost, energy conservation and environmental protection and size is small can be with
The advantages of cleaning machine matches.
Detailed description of the invention
Below in conjunction with accompanying drawings and embodiments, the utility model is described in further detail, in attached drawing:
Fig. 1 is the structural schematic diagram of the utility model sewage treatment equipment；
Fig. 2 is the connection schematic diagram of the utility model sewage treatment equipment；
Fig. 3 is the flow chart of the utility model sewage treatment equipment processing waste water.
Specific embodiment
For a clearer understanding of the technical features, objectives and effects of the utility model, now control attached drawing is detailed
Illustrate specific embodiment of the present utility model.
Fig. 1 is to Fig. 2 shows a preferred embodiments of the utility model sewage treatment equipment.
The sewage treatment equipment, the waste water after can be used for handling cleaning machine cleaning, separates unused oil emulsion, right
It returns in cleaning equipment and reuses by it in reusable cleaning solution and water, reduce waste liquid amount to greatest extent, there is operation
Simplicity, low manufacture cost, energy conservation and environmental protection and size small the advantages of being matched with cleaning machine.
As shown in Figures 1 and 2, the sewage treatment equipment, including it is rack 11, waste water reclaiming device 12, separator 13, dense
Contracting liquid recyclable device 14, regeneration water recovery device 15, distilling apparatus 16, condensing unit 17 and water segregator 18；The Sewage treatment
Device 12, separator 13, concentrate recyclable device 14, regeneration water recovery device 15, distilling apparatus 16, condensing unit 17 and
Water segregator 18 is arranged in rack 11.The separator 13 and the waste water reclaiming device 12, concentrate recyclable device 14 and
Water recovery device 15 is regenerated to connect, which can be used for carrying out separating treatment to the waste water of waste water reclaiming device 12, and
Small molecule liquid obtained after separation is passed through regeneration water recovery device 15, the small molecule liquid is subjected to recycling benefit to realize
With it can be inputted again in the cleaning machine small molecule liquid, be cleaned to the article in cleaning machine.The separator 13 is also
Concentrate obtained after separation can be emitted into the concentrate recyclable device, wait be further processed.In the present embodiment, should
Small molecule liquid is water and/or cleaning agent；The concentrate can be the macromolecular substances such as oily substance or other cleaning dirts.It should
Distilling apparatus 16 can be connect with the concentrate recyclable device 14 and the condensing unit 17, can be used for recycling the concentrate
The concentrate that device 14 recycles is distilled, and the steam that distillation obtains is passed through in the condensing unit 17, and steam is condensed
For water, it is convenient for recycling.The condensing unit 17 can be connect with regeneration water recovery device 15, can be used for condensed water
It is passed through in regeneration water recovery device 15 in order to recycle again.Water segregator setting is recycled in the condensing unit and recycled water
Between device, it can be used for the moisture in the liquid of condensing unit output.It is to be appreciated that in some other embodiment
In, which can save.
The waste-liquid cleaning equipment by separation, distillation, condenses, divides water, realizes and carries out to the waste water after cleaning machine cleaning
It handles, is discharged in whole process without waste liquid, reduce waste liquid amount to the maximum extent, realize and sufficiently recycle, to avoid giving up
Liquid discharge pollution environment has the advantages that energy conservation and environmental protection, is easy to operate.
Further, which includes bottom plate 111 and bracket 112；The bottom plate 111 can for steel plate, iron plate or
Other sheet metals, bottom can be equipped with several support legs, to support the bottom plate 111；The waste water reclaiming device 12, concentrate
Recyclable device 14 and regeneration water recovery device 15 are successively set on the bottom plate 111.The bracket 112 is arranged in the bottom plate 111
Side, and be vertically arranged with the bottom plate 111.111 bottom of bracket is equipped with several support legs, to support the bracket 111.The bracket
111 may include multilayer frame structure.In this embodiment, it is preferred that the bracket 111 includes two layers of frame structure, the bracket
111, which can be used stainless steel, iron or other metals, is made.The distilling apparatus 16, water segregator 18 and condensing unit 17 are successively set
It sets on the bracket 112, specifically, the distilling apparatus 16, water segregator 18 and condensing unit 17 set gradually upper layer frame body knot
On structure；The separator is arranged on the bracket 112, and is located at 111 top of bottom plate and is specifically arranged in the upper bed rack
Between body structure and lower layer's frame structure, and it is located at the outside of lower layer's frame structure.The whole cloth of the sewage treatment equipment
Office is compact, the length that is effectively utilized space, pipeline can be saved so economize on resources with space, make entire wastewater treatment
The size of equipment reduces, convenient for matching with cleaning equipment.
The waste water reclaiming device 12 is connect by the way that the first pipeline 191 is arranged with the cleaning machine, is set on first pipeline 191
There is the first water pump 1911, in order to which the waste water after cleaning in the rinse bath by cleaning machine is pumped into the waste water reclaiming device 12, at this
In embodiment, which can be stainless steel diaphragm pump.First pipeline 191 can use stainless steel material system
At.It will of course be understood that ground, in some other embodiment, first water pump 1911 and first pipeline 191 are not limited to not
Rust steel material.
The waste water reclaiming device 12 includes waste water tank 121, the first liquid level detection device 122 and the first ball-cock assembly 123；It should
Waste water tank 121 is arranged on bottom plate 112, can be used for collecting waste water.Its setting of first liquid level detection device 122 is in the waste water
In tank 121, it can be used for detecting whether the waste water in the waste water tank 121 reaches the first default liquid level, with first water pump
1911 connections, when detecting that the liquid level in the waste water tank 121 reaches the first default liquid level, which stops will
The waste water is pumped into the waste water tank 121, so that the waste water in waste water tank 121 be avoided to overflow, and then reduce waste water waste and
Environmental pollution.First ball-cock assembly 123 is arranged on first pipeline 191, can be automatically controled the liquid level of the waste water tank 121,
Prevent the waste water in the waste water tank 121 excessively excessive, to reduce the waste of waste water.In the present embodiment, first level sensing
Device 122 can be liquid level sensor, which can be the highest liquid level that can reach in waste water tank 121, when
So, it is possible to understand that ground, the first default liquid level are not limited to highest liquid level, can be set by the user.
The separator 13 includes level-one separation assembly 131 and the second-order separation component 132；The level-one separation assembly 131
And the second-order separation component 132 is connect with the waste water reclaiming device 12, and it sets gradually.The level-one separation assembly 131 can be with
Coarse filtration is carried out to the waste water, which can carry out ultrafiltration to waste water, can by two-stage separation assembly 131
To be sufficiently separated out the effective component in waste water, so that waste water may be implemented to recycle.It will of course be understood that ground, at other
In some embodiments, it may include multi-stage separation device which, which is not limited to two-stage separator,.
In the present embodiment, which can be filter cotton core or filter screen；Preferably, the level-one
Separation assembly 131 is filtering cotton core, the exit of the waste water tank 121 is arranged in, dirt, the mud that can be used in filtered wastewater
It is husky.It will of course be understood that ground, in some other embodiment, which is not limited to filtering cotton core and filtering
Net.
In the present embodiment, the second-order separation component 132 its with the level-one separation assembly 131 by setting pipeline connection,
It can be inorganic ceramic membrane filter.Ultrafiltration is carried out to cleaning solution by using inorganic ceramic membrane filter, can be isolated big
Waste water can be isolated the mixed liquor of concentrate and water and cleaning agent, and be separated by molecular substance and small molecule liquid
It is emitted into concentrate recyclable device and regeneration water recovery device.The inorganic ceramic membrane filter has stability high, mechanical
The high advantage of intensity, and with good wear-resisting, resistance to erosion performance, can be used for increasing the service life of whole equipment.
It is to be appreciated that the second-order separation component 132 is not limited to inorganic ceramic membrane filter in some other embodiment.This is inorganic
Ceramic membrane after a period of use, can backwash it, in order to improve filter effect, can adopt in backwash process
With the regeneration water recovery device 15 recycle recycled water, rinse processing sewage can be passed through in the concentrate recyclable device 14 into
Row is handled again.
It is attached between the waste water reclaiming device 12 and the separator 13 by the way that the second pipeline 192 is arranged.Specifically,
Second pipeline 192 is arranged in the level-one separation assembly 131 and the waste water reclaiming device 12 and the second-order separation component 132
Between the level-one separation assembly 131, successively by the waste water reclaiming device 12, level-one separation assembly 131 and the second-order separation
Component 132 is connected to.Second pipeline 192 is equipped with the second water pump 1921, which is arranged in the level-one separation group
Between part 131 and the second-order separation component.In the present embodiment, which can be stainless steel multistage pump
(1.5KW) can pressurize to the waste water reclaiming device 12, the water of waste water tank 121 is pumped into the waste water reclaiming device 12.
Second pipeline 192 can be made of stainless steel material, it will of course be understood that ground, in some other embodiment, this second
Water pump 1921 is not limited to stainless steel multistage pump (1.5KW), and the material of second pipeline 192 is not limited to stainless steel.
The concentrate recyclable device 14 include concentration tank 141 and the liquid level detection device that is arranged in the concentration tank with
And ball-cock assembly 142；The waste water tank 121 is set gradually with the concentration tank 141, and itself and the separator 13 and distilling apparatus 16
Connection, to receive the concentrate that the separator 13 is isolated, and inputs the distilling apparatus 16 for the concentrate and distills.It should
Liquid level detection device is arranged in the concentration tank 141, can be used for detecting the liquid level in the concentration tank 141, specifically, the liquid
Level detecting apparatus can be liquid level sensor.The ball-cock assembly 142 is arranged between the concentration tank 141 and the distilling apparatus 16,
It can prevent excessively excessive in the concentration tank 141.
The regeneration water recovery device 15 includes regeneration water pot 151, the second liquid level detection device and the second ball-cock assembly 152；
The regeneration water pot 151 is connected to the separator 13, to receive by the small molecule liquid after the separator 13 separation.The concentration
Tank 141 is set gradually with the regeneration water pot 151.The regeneration water pot 151 is connected to the cleaning machine, and the water that can be stored is defeated
Enter in the rinse bath of the cleaning machine, to be utilized again.Second liquid level detection device is arranged in the regeneration water pot 151,
Its liquid level that can be used for detecting the regeneration water pot 151.In the present embodiment, specifically, which can be
Liquid level sensor, it will of course be understood that ground, in some other embodiment, which is not limited to liquid level biography
Sensor.Second ball-cock assembly 152 is arranged on the pipeline between the regeneration water pot 151 and the second-order separation component 132, can
For preventing the regeneration water pot 151 from phenomenon of overflowing occurred, and then the discharge of regeneration 151 liquid of water pot is reduced, to realize maximum
The recycling of limit.
It is connected between the regeneration water recovery device 15 and the cleaning machine by setting third pipeline 193；The third pipeline 193
It is equipped with third water pump 1931；The third water pump 1931 is stainless steel water pump (0.37KW), can be by the regeneration water recovery device
Cleaning solution in 15 is evacuated in cleaning machine, to be recycled.The third pipeline 193 can be made of stainless steel material, when
So, it is possible to understand that ground, in some other embodiment, which is not limited to stainless steel water pump (0.37KW), and should
The material of third pipeline 193 is not limited to stainless steel.The third water pump 1931 is connect with second liquid level detection device, when this second
When liquid level detection device detects that the liquid level in the regeneration water pot 151 reaches the second default liquid level, start to work, by recycled water
Liquid in tank 151 is pumped into recycle in cleaning machine, so that cleaning solution be avoided to waste, is seamlessly connected, is realized with cleaning machine
Zero-emission.The highest liquid level that the second default liquid level can reach for the regeneration water pot 151 is not limited to highest certainly
Liquid level can be set according to actual needs by user.
The distilling apparatus 16 includes alembic 161, heating device 162 and vacuum evacuation device 163；The alembic 161 is set
It sets on the bracket 11, specifically, and is located on the upper layer frame structure 12, is oppositely arranged with the waste pipe 121, with this
The connection setting of concentrate recyclable device 14, the concentrate recyclable device 14 can input concentrate in the alembic 161, the steaming
The steam (vapor) outlet for evaporating tank 161 is connect with the condensing unit 17, and the steam that distillation generates is passed through in the condensing unit 14.It should add
Thermal 162 is arranged in the alembic 161, and heating can be carried out to the concentrate in the alembic 161 and generates steam.In
In the present embodiment, which can be heating rod.It will of course be understood that ground should add in some other embodiment
Thermal 162 is not limited to heating rod.
The 4th pipeline 194 is equipped between the concentrate recyclable device 14 and the distilling apparatus 16, which sets
It sets on the 4th pipeline 194, which includes vacuum tank, third liquid level detection device and third ball-cock assembly；
The vacuum tank is connected to setting with the alembic 161, vacuum tank setting the alembic 161 and the concentrate recyclable device 14 it
Between, which can be used for vacuumizing the concentrate inputted in the alembic 161, third liquid level detection device setting
It in the vacuum tank, can be used for detecting the liquid level in the vacuum tank, can be liquid level sensor.Third ball-cock assembly setting
On the 4th pipeline 194, it can prevent the vacuum tank from phenomenon of overflowing occurred.4th pipeline 194 is equipped with the 4th water pump
1941, which can be pumped into the vacuum evacuation device 163 by the 4th water pump 1941.In the present embodiment, the 4th water
Pump 1941 can pump (0.37KW) for stainless steel water；4th pipeline 194 can be made of stainless steel material, of course, it is possible to
Understand ground, in some other embodiment, the 4th water pump 1941 is not limited to stainless steel water pump (0.37KW), and the 4th pipeline
194 material is not limited to stainless steel.4th water pump 1941 is connect with the third liquid level detection device, when the third level sensing
Device detect the liquid level in the vacuum tank reach third preset liquid level when, which stops working, so stop
The concentrate is pumped into the vacuum evacuation device 163, the vacuum tank of the vacuum evacuation device 163 is avoided phenomenon of overflowing occurred, thus
It avoids concentrate from being discharged, realizes zero-emission, and then realize that the maximum of concentrate utilizes.In the present embodiment, which presets liquid
Position can be the highest liquid level in the vacuum tank, it will of course be understood that ground, in some other embodiment, which presets liquid
Position is not limited to highest liquid level.
The distilling apparatus 16 further includes the 4th liquid level detection device, and the 4th liquid level detection device is arranged in the alembic
In 161, it can be used for detecting the liquid level in the alembic 161.In the present embodiment, the 4th liquid level detection device can be
Liquid level sensor.4th liquid level detection device is connect with the heating device 162 and the vacuum evacuation device 163, when the 4th
When liquid level detection device detects the concentrate in the alembic 161 lower than four default liquid levels, the heating device 162 and should
Vacuum evacuation device 163 stops working, to avoid there is dry combustion method phenomenon, to improve the security performance of the distilling apparatus 16.At this
In embodiment, the 4th default liquid level is the lower liquid level of alembic 161.
In the present embodiment, which can also include residue tank, which connect with the distilling apparatus,
After it can be used for receiving distillation, remaining residue in the alembic 161.Residue in residue tank can be sent to third party's progress
Processing, to realize energy conservation and environmental protection.
The condensing unit 17 is connected to the alembic 161, and the steam that can export the alembic 161 condenses.It should
Condensing unit 17 can be by connecting, so that refrigerant is accessed, to be changed with the steam in the condensing unit 17 with refrigeration system
Heat, to realize condensation.In the present embodiment, which includes drainer and heat exchanger tube, the drainer and the steaming
The steam (vapor) outlet connection of tank 161 is evaporated, which can be used for collecting steam.The heat exchanger tube is arranged in the drainer, with
Refrigeration system connection, can access refrigerant.The steam can be passed through the gap between the drainer and the heat exchanger tube, change with this
Refrigerant in heat pipe carries out heat exchange.The refrigeration system can be refrigeration unit, which can be 3 coolers
Group, exportable coolant cool down the steam in drainer.The drainer and the refrigeration system go out to be equipped with expansion valve, should
Also the dosage that expansion valve can be set between drainer and the water segregator 18 to control refrigerant.
The water segregator 18 is arranged between the drainer and the regeneration water pot 151, passes through setting pipeline and the drainer
And regeneration water pot 151 is connected to.The liquid of the condensing unit 17 output includes water and detergent, which can incite somebody to action
Moisture goes out, to realize further purification.It is equipped with the 5th water pump 195 between the water segregator 18 and the condensing unit 17 and penetrates
Device is flowed, the gas that the 5th water pump 195 can export the condensing unit is pumped into the water segregator, and the 5th water pump 195 is
Circulation vortex water pump (1.5KW) can carry out circulation drawing liquid and fluidic device 196 is cooperated to generate negative pressure of vacuum, negative pressure of vacuum
Value can be 0.06PA, so that the water vapour in alembic is extracted into drainer again into water segregator, realization condenses step by step.
In the present embodiment, which can also be arranged control device, the control device and each water pump and
Liquid level detection device is attached, which includes controller and the touch panel device that connect with the controller, should
Controller can be Panasonic Japan PLC；The touch panel device can be used for setup parameter and modification parameter.
Fig. 3 shows the step of the utility model sewage treatment equipment processing waste water.The step can produce cleaning machine
Raw waste water is handled, and unused oil emulsion is separated, and reusable cleaning solution and water are returned in cleaning equipment by it
It reuses, reduces waste liquid amount to greatest extent, have the advantages that easy to operate, energy conservation and environmental protection.
As shown in figure 3, specifically, comprising the following steps:
S1, waste water is passed through into waste water reclaiming device 12, until reaching the first default liquid level.
Specifically, the cleaning machine is connected to by the first pipeline 191 with the waste water reclaiming device, opens the first water pump
1911, the waste water in the rinse bath of cleaning machine is pumped into the waste water tank 121 of the waste water reclaiming device 12, when first liquid level
When detection device 123 detects that the waste water in waste water tank 121 reaches the first default liquid level, first water pump 1911 is closed；Stop
Waste water is pumped into the waste water tank 121 of the waste water reclaiming device 12.
S2, the waste water in waste water reclaiming device 12 is passed through to separator, and the small molecule that separator 18 is isolated
Liquid is passed through regeneration water recovery device 15 and the concentrate isolated shuts off into concentrate recyclable device 14.
Further, the S2 step is the following steps are included: S2.1, by the waste water in waste water reclaiming device be passed through the separation
The level-one separation assembly of device carries out level-one separation.Specifically, the second pipeline of setting 192 and the waste water reclaiming device should be passed through
12 are connected to the separator 13, open the second water pump 1921, pressurize to the waste water in waste water tank 121, and be passed through the mistake
Filter pulp core carries out coarse filtration, to filter out the dirt in waste water, silt.S2.2, will by the level-one separation assembly separation after
Waste water be passed through the separator the second-order separation component carry out the second-order separation.Specifically, the thick mistake of filtering cotton core will be passed through
Waste water after filter is passed through inorganic ceramic membrane filter and carries out ultrafiltration, which is separated into concentrate and small molecule liquid, and small point
Sub- liquid is passed into the regeneration water pot 151 of the regeneration water recovery device 15, and concentrate is trapped to the concentrate recyclable device
In 14 concentration tank.
It is further comprising the steps of after the S2 step, when second liquid level detection device detects in the regeneration water pot 151
When liquid level reaches the second default liquid level, third water pump is opened, the water in the regeneration water pot 151 is pumped into the cleaning machine, carried out
It recycles.
S3, the concentrate in concentrate recyclable device 14 is passed through to distilling apparatus 16, and the steaming that distilling apparatus 16 is generated
Vapour is passed through in condensing unit 17 and is condensed.
Specifically, the concentrate recyclable device 14 is connected to the distilling apparatus 16 by the 4th pipeline 194 of setting, In
Vacuum evacuation device 163 is set on the 4th pipeline 194, firstly, the 4th water pump 1941 is opened, by the concentrate recyclable device 14
Concentrate in concentration tank 141 is pumped into the vacuum tank of the vacuum evacuation device 163, is vacuumized until the third level sensing
Device detects that the liquid level in the vacuum tank reaches and closes the third water pump 1941 when third presets liquid level, and stopping is pumped into concentrate
To the vacuum tank；Secondly, being passed into the alembic 161 again；Then, refrigeration system is first opened, which is set
Temperature reach 0 DEG C of setting value hereinafter, then open heating device 162, the heating device 162 is in the alembic 161
Concentrate is distilled, and the steam that distillation is generated is condensed by entering in the condensing unit 17 by the condensing unit 17
Liquid.In this step, when the 4th liquid level detection device detects the concentrate in the alembic 161 lower than the 4th default liquid
When position, stop the work of the heating device 162 He the true aperture apparatus 163 of the pumping.In this step, it is remained after the distilling apparatus 16 distillation
Remaining residue drains into the residue tank, handles in order to send to third party.
S4, condensed liquid is exported to the regeneration water recovery device 15 to recycle.
Specifically, water segregator is set between the condensing unit 17 and the regeneration water recovery device 15, in the water segregator 18
Ejector is set between the condensing unit 17, first turns on the 5th water pump, the liquid which exports is pumped into this
In water segregator 18, the moisture in liquid is separated out, and passes to the regeneration water recovery device 15, is recycled, it will be in liquid
Cleaning agent is recycled in holding vessel, is recycled with realizing.
It should be understood that above embodiments only express preferred embodiments of the present invention, describe more specific
With it is detailed, but it should not be understood as limiting the scope of the patent of the utility model；It should be pointed out that for this field
Those of ordinary skill for, without departing from the concept of the premise utility, can to above-mentioned technical characterstic carry out freely
Combination, various modifications and improvements can be made, and these are all within the protection scope of the present invention；Therefore, all practical with this
The equivalents and modification that novel scope of the claims is done, should belong to the covering scope of the utility model claims.
Claims (10)
1. a kind of sewage treatment equipment, for handling the waste water after cleaning machine cleaning, which is characterized in that including rack (11), with
And waste water reclaiming device (12), separator (13), the concentrate recyclable device (14), regeneration being arranged on the rack (11)
Water recovery device (15), distilling apparatus (16), condensing unit (17)；
The separator (13) and the waste water reclaiming device (12), the concentrate recyclable device (14), the recycled water
Recyclable device (15) connection carries out separating treatment with the waste water to the waste water reclaiming device (12), and will be obtained after separation
Small molecule liquid is passed through regeneration water recovery device (15) to recycle, and concentrate obtained after separation is emitted into concentrate and is returned
Receiving apparatus (14)；
The distilling apparatus (16) connect with the concentrate recyclable device (14) and the condensing unit (17), to concentrate
The concentrate of recyclable device (14) is distilled, and the steam that distillation obtains is passed through the condensing unit (17)；
The condensing unit (17) connect with the regeneration water recovery device (15), and condensed water is passed through the recycled water
Recyclable device (15) is to recycle.
2. sewage treatment equipment according to claim 1, which is characterized in that the separator (13) includes level-one separation
Component (131) and the second-order separation component (132) set gradually with the level-one separation assembly (131).
3. sewage treatment equipment according to claim 2, which is characterized in that the level-one separation assembly (131) included
Filter pulp core or filter screen；
The second-order separation component (132) includes inorganic ceramic membrane filter.
4. sewage treatment equipment according to claim 1, which is characterized in that the waste water reclaiming device (12) and described clear
The first pipeline (191) are equipped between washing machine；First pipeline (191) is equipped with the first water pump (1911)；
The waste water reclaiming device (12) includes the first level sensing of waste water tank (121), setting in the waste water tank (121)
The first ball-cock assembly (123) that device (122) and setting prevent waste water excessively excessive on first pipeline (191)；
First liquid level detection device (122) connect with first water pump (1911), to fill in first level sensing
When setting the liquid level that (122) detect in the waste water tank (121) and reaching the first default liquid level, first water pump (1911) stops
Waste water is pumped into the waste water tank (121)；
The waste water reclaiming device (12) and the separator (13) are equipped with the second pipeline (192), second pipeline (192)
It is equipped with the second water pump (1921).
5. sewage treatment equipment according to claim 1, which is characterized in that the regeneration water recovery device (15) with it is described
Third pipeline (193) are equipped between cleaning machine, the third pipeline (193) is equipped with third water pump (1931)；
Regeneration water recovery device (15) includes the second liquid of regeneration water pot (151), setting in regeneration water pot (151)
The second ball-cock assembly (152) that level detecting apparatus and setting prevent liquid from overflowing on the third pipeline (193)；
Second liquid level detection device is connect with the third water pump (1931), to detect in second liquid level detection device
When reaching the second default liquid level to the liquid level in regeneration water pot (151), the third water pump (1931) is started to work will again
Liquid in unboiled water tank (151) is pumped into cleaning machine to recycle.
6. sewage treatment equipment according to claim 1, which is characterized in that concentrate recyclable device (14) and the distillation
The 4th pipeline (194) is equipped between device (16)；
4th pipeline (194) is equipped with vacuum evacuation device (163), vacuumizes to the distilling apparatus (16)；
The vacuum evacuation device (163) includes vacuum tank, the third liquid level detection device being arranged on the vacuum tank and sets
Set the third ball-cock assembly on the 4th pipeline (194)；
4th pipeline (194) is equipped with the 4th water pump (1941) so that concentrate is pumped into the vacuum evacuation device (163)；
4th water pump (1941) connect with the third liquid level detection device, detects in the third liquid level detection device
Liquid level in the vacuum tank, which reaches, to be stopped the concentrate being pumped into the vacuum evacuation device (163) when third presets liquid level.
7. sewage treatment equipment according to claim 6, which is characterized in that the distilling apparatus (16) includes alembic
(161), the heating device (162) heated to concentrate being arranged in the alembic (161) and setting are described
The 4th liquid level detection device in alembic (161), the steam (vapor) outlet of the alembic (161) and the condensing unit (17) are even
It connects；4th liquid level detection device is connect with the heating device (162) and the vacuum evacuation device (163), described
When 4th liquid level detection device detects the concentrate in the alembic (161) lower than four default liquid levels, the heating dress
It sets (162) and the vacuum evacuation device (163) stops working.
8. sewage treatment equipment according to claim 1, which is characterized in that the condensing unit (17) and the recycled water
The water segregator (18) that the moisture being equipped in the liquid for exporting condensing unit (17) between recyclable device (15) goes out；The water segregator
(18) fluidic device (196) and the 5th water pump (195) are equipped between the condensing unit (17).
9. sewage treatment equipment according to claim 1, which is characterized in that the condensing unit (17) and refrigeration system connect
It connects to access refrigerant；The condensing unit (17) includes drainer and the heat exchanger tube that is arranged in the drainer, described
Heat exchanger tube is connect with the refrigeration system to access coolant.
10. sewage treatment equipment according to claim 8, which is characterized in that the rack (11) include bottom plate (111) with
And it is arranged in the bottom plate (111) side and the bracket (112) vertical with the bottom plate (111)；
The waste water reclaiming device (12), the concentrate recyclable device (14), the regeneration water recovery device (15) successively set
It sets on the bottom plate (111)；
The distilling apparatus (16), the water segregator (18), the condensing unit (17) are successively set on the bracket (112)
On；
The separator (13) is arranged on the bracket (112), and is located above the bottom plate (111).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822016105.2U CN209668987U (en) | 2018-12-03 | 2018-12-03 | A kind of sewage treatment equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822016105.2U CN209668987U (en) | 2018-12-03 | 2018-12-03 | A kind of sewage treatment equipment |
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| CN209668987U true CN209668987U (en) | 2019-11-22 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109607911A (en) * | 2018-12-03 | 2019-04-12 | 深圳市艾柯森自动化设备有限公司 | A kind of sewage treatment equipment and its wastewater treatment method |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109607911A (en) * | 2018-12-03 | 2019-04-12 | 深圳市艾柯森自动化设备有限公司 | A kind of sewage treatment equipment and its wastewater treatment method |
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