CN106745157B - A kind of cleaning system for bunt gypsum cleaning - Google Patents
A kind of cleaning system for bunt gypsum cleaning Download PDFInfo
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- CN106745157B CN106745157B CN201611107815.5A CN201611107815A CN106745157B CN 106745157 B CN106745157 B CN 106745157B CN 201611107815 A CN201611107815 A CN 201611107815A CN 106745157 B CN106745157 B CN 106745157B
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- cleaning
- flocculation sediment
- filter press
- paddle blade
- babinet
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- C—CHEMISTRY; METALLURGY
- C01—INORGANIC CHEMISTRY
- C01F—COMPOUNDS OF THE METALS BERYLLIUM, MAGNESIUM, ALUMINIUM, CALCIUM, STRONTIUM, BARIUM, RADIUM, THORIUM, OR OF THE RARE-EARTH METALS
- C01F11/00—Compounds of calcium, strontium, or barium
- C01F11/46—Sulfates
- C01F11/468—Purification of calcium sulfates
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D36/00—Filter circuits or combinations of filters with other separating devices
- B01D36/04—Combinations of filters with settling tanks
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- Chemical & Material Sciences (AREA)
- Organic Chemistry (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Life Sciences & Earth Sciences (AREA)
- Geology (AREA)
- Inorganic Chemistry (AREA)
- Mixers Of The Rotary Stirring Type (AREA)
- Treatment Of Sludge (AREA)
Abstract
A kind of cleaning system for bunt gypsum cleaning, including flocculation sediment tank, filter press a, mixer and filter press b, the discharge port a of the flocculation sediment tank is connect by first pipe with the feed inlet b of filter press a, the feed inlet c connections that the discharge port b of filter press a passes through second pipe and mixer, the discharge port c of mixer is connect by third pipeline with the feed inlet d of filter press b, bunt gypsum slurry enters in flocculation sediment tank and enters filter press a after flocculation sediment forms first wash calcium plaster, the first press filtration gypsum patty that filter press a is press-filtered out is entered in mixer be sufficiently mixed with water after formed and clean calcium plaster again, cleaning calcium plaster enters back into filter press b and is press-filtered out press filtration gypsum patty again by filter press b again, so as to fulfill the cleaning to bunt gypsum.Sodium chloride in bunt gypsum effectively can be cleaned removal by the present invention, can be reused so that bunt gypsum is once purged, energy conservation and environmental protection.
Description
Technical field
The present invention relates to bunt gypsum cleaning technique fields.
Background technology
Bunt gypsum is the waste residue that salt industry generates, because it is sharp again that it is wherein caused to be difficult to containing a large amount of sodium chloride
With.At present, the bunt gypsum that salt manufacturing factory generates can only concentrate stacking, not only land occupation, but also pollute environment.Therefore how efficiently
By in bunt gypsum sodium chloride cleaning removal so that bunt gypsum can reuse be urgent need to resolve the problem of.
Invention content
The object of the present invention is to provide a kind of cleaning systems for bunt gypsum cleaning, can be effectively by the chlorine in bunt gypsum
Change sodium cleaning removal, can be reused so that bunt gypsum is once purged, energy conservation and environmental protection.
In order to solve the above-mentioned technical problem, the technical solution adopted in the present invention is：It is a kind of to be used for the clear of bunt gypsum cleaning
System is washed, passes through first including flocculation sediment tank, filter press a, mixer and filter press b, the discharge port a of the flocculation sediment tank
Pipeline is connect with the feed inlet b of filter press a, the discharge port b of filter press a by the feed inlet c connections of second pipe and mixer,
The discharge port c of mixer is connect by third pipeline with the feed inlet d of filter press b, and bunt gypsum slurry, which enters in flocculation sediment tank, to pass through
Flocculation sediment enters filter press a after forming first wash calcium plaster, and the first press filtration gypsum patty that filter press a is press-filtered out enters mixed
It mixes to be formed after being sufficiently mixed with water in machine and cleans calcium plaster again, clean calcium plaster again and enter back into filter press b and by pressing
Filter b is press-filtered out press filtration gypsum patty again, and so as to fulfill the cleaning to bunt gypsum, the flocculation sediment tank includes flocculation sediment
Cylinder is provided with the agitating shaft that decelerating motor a drives rotation in flocculation sediment cylinder, its axial direction of agitating shaft upper edge is provided with more
A paddle blade a, bunt gypsum slurry and flocculant respectively by the feed inlet a that is set in the middle part of flocculation sediment cylinder and flocculant inlet port into
Enter in flocculation sediment cylinder, and mixed in flocculation sediment cylinder and form first wash calcium plaster and be suspended in first wash calcium plaster
The first suspension of top, first wash calcium plaster is discharged by being set to the discharge port a of flocculation sediment cylinder lower part, first to suspend
Liquid is discharged by being located at the overflow port a on flocculation sediment cylinder top, is provided in an axial direction on the inner wall of the flocculation sediment cylinder multiple
At right angles triangular shaped paddle blade b, an acute ends of paddle blade b are fixedly connected by connector b with flocculation sediment cylinder
And the bevel edge of paddle blade b is set diagonally downward, the paddle blade b and paddle blade a is staggered, so as to make to enter flocculation sediment cylinder
Interior material forms vortex in mixed process, to accelerate the process of flocculation sediment；
The mixer includes being fixedly mounted on puddling babinet and being arranged on stent and puddles in babinet and pass through deceleration
Motor b drive rotation puddle axis, puddle axis upper edge its it is axially staggered be provided with multiple paddle blade c, described puddle sets on babinet
Feed inlet c and the water inlet for being located at puddle above and below axis respectively are equipped with, first press filtration gypsum patty and water are respectively by feed inlet c
Enter with water inlet and puddle in babinet, and clean calcium plaster again puddling to be sufficiently mixed and formed in babinet and be suspended in again
The suspension again above calcium plaster is cleaned, calcium plaster is cleaned again and is discharged by being set to the discharge port c puddled below axis, then
Secondary suspension is discharged by being set to the multiple overflow port c puddled above axis, and described puddle in babinet is additionally provided with positioned at overflow
Above mouth c and for being rinsed clean self-cleaning mechanism to mixer, self-cleaning mechanism connects with each other including two
Cleaning water pipe and two cleaning water pipes between set in X-type, two ports of one of cleaning water pipe pass through with puddling case
Internal wall is fixedly connected so that two port closed, a port of another cleaning water pipe with puddling cabinet wall by consolidating
It is fixed to connect so that the port closed, another port, which is pierced by, puddles wall box and connect with feed pipe, on two cleaning water pipes
Offer multiple hole for water sprayings.
Filter screen a is provided on the overflow port a.
The mixer is provided with the control valve that cleaning calcium plaster circulates again on discharge port c, is puddling in babinet
It is additionally provided with to be located at and puddle between axis and discharge port c to the filter screen c that bunt gypsum is prevented directly to be deposited at discharge port c, institute
Stating paddle blade c, at right angles triangular shaped and paddle blade c a acute ends are fixedly connected by connector c with puddling axis, even
Fitting includes removably being attached at the arc pressuring plate c puddled on axis, and arc pressuring plate c is fixed by bolt c with puddling axis
Connection.
The water inlet and discharge port c may be contained within puddling on babinet bottom wall, and the bottom wall for puddling babinet is arrived along water inlet
The direction of discharge port c is set diagonally downward, is additionally provided on the bottom wall for puddle babinet between water inlet and discharge port c
Sewage draining exit.
The multiple overflow port c is arranged at intervals along babinet length direction is puddled, and filter screen b is provided on overflow port c.
The heavy burden that is provided with to mitigate on the paddle blade c when paddle blade c is puddled and at right angles triangular shaped logical
Hole c.
The filter press a is identical with the structure of filter press b, filter press a include head, engine base, be fixedly mounted on head with
Crossbeam between engine base and the thrust plate for being fixedly mounted on beam-ends are provided with multiple pressure plates on the crossbeam, multiple
It is moved in the horizontal direction along the guide rail on crossbeam under the promotion of hydraulic top of the pressure plate on head is set to, in two neighboring pressure
The filter plate being installed on crossbeam is provided between tight plate, feed inlet b and the waste water formed with multiple filter plates are provided on engine base
Channel connects the outlet pipe of connection, is provided with material collecting tank below the engine base, and the material collecting tank is along head to thrust plate side
To setting diagonally downward, and material collecting tank is gradually reduced along the vertical cross-sectional area of its inclined direction, the groove location that gathers materials it is low one
End is provided with discharge port b.
The paddle blade a is at right angles triangular shaped, and an acute ends of paddle blade a are consolidated by connector a with agitating shaft
The bevel edge of fixed connection and paddle blade a are set diagonally downward, and the connector a includes the arc being removably attached on agitating shaft
Connecting plate a, arc pressuring plate a are fixedly connected by bolt a with agitating shaft.
The connector b includes the arc pressuring plate b being removably attached on flocculation sediment cylinder, and arc pressuring plate b leads to
Bolt b is crossed to be fixedly connected with flocculation sediment cylinder, it is negative when being both provided with to mitigate its stirring on paddle blade a and paddle blade b
Weight and at right angles triangular shaped through-hole a.
Compared with prior art, the invention has the advantages that：
First, the sodium chloride in bunt gypsum can be cleaned and removed by the present invention, and of simple structure and strong practicability realizes bunt gypsum
Recycling, energy conservation and environmental protection；
2nd, flocculation sediment tank of the invention is sufficiently stirred by starching bunt gypsum with flocculant, and wadding is deposited to so as to be formed
The first wash calcium plaster of solidifying precipitation cylinder lower part and the first suspension for the top for being suspended in first wash calcium plaster, it is first to suspend
Liquid is flowed out by overflow port a, realizes the first wash to bunt gypsum, agitating shaft is equipped with paddle blade a, in flocculation sediment cylinder
Wall is equipped with paddle blade b, and paddle blade a and paddle blade b are staggered, and strengthen stirring action, flocculant is made faster to disperse, carry
The high mixing velocity of bunt gypsum slurry and flocculant, is both provided with through-hole a, to mitigate paddle blade on paddle blade a and paddle blade b
Heavy burdens of a and paddle blade b in stirring, extends the service life of paddle blade a and paddle blade b, while reduce production cost, institute
It states paddle blade a to be fixedly connected with agitating shaft by connector a, connector a is detachable structure so that energy when paddle blade a is damaged
Quick-replaceable, paddle blade b are fixedly connected by connector b with flocculation sediment cylinder inner wall, and connector b is detachable structure so that
Energy quick-replaceable, does not influence production efficiency when paddle blade b is damaged, convenient and practical；
3rd, the first press filtration gypsum patty of generation is directly sent by filter press a of the invention by the material collecting tank being obliquely installed
In mixer, filter press identical for structure with filter press a filter press b, the material collecting tank of filter press b can make the pressure again of generation
Filter gypsum patty directly skids off, and realizes the integration and automation of the present invention, is greatly saved artificial；
4th, mixer of the invention is by the way that first press filtration gypsum patty and water are fully puddled, by flocculation sediment tank not
The sodium chloride that cleaning removes completely is removed again, and the bottom wall for puddling babinet is obliquely installed, and can quickly be guided and be cleaned calcium plaster again
It being discharged from discharge port c, paddle blade c is at right angles triangular shaped paddle blade, can be quickly broken by the cutting of first press filtration gypsum patty,
And making the gypsum patty rapid dispersion after chopping, efficiency is puddled in raising, through-hole c is provided on paddle blade c, to mitigate paddle blade c
Heavy burden when puddling, extends the service life of paddle blade c, while reduces production cost, since bunt gypsum has corrosivity, and
Mixer internal structure complexity not easy cleaning, self-cleaning structure is set on mixer, mixer inside can be cleaned,
Self-cleaning mechanism can multi-direction water spray, can thoroughly clean mixer, mixer be made to be not easy to be corroded by bunt gypsum, extension is puddled
The service life of machine.
Description of the drawings
Fig. 1 is structure diagram of the present invention for the cleaning system of bunt gypsum cleaning；
Fig. 2 is the structure diagram of the flocculation sediment tank of the present invention；
Fig. 3 is the structure diagram of the filter press a of the present invention；
Fig. 4 is the structure diagram of the mixer of the present invention；
Fig. 5 is the structure diagram of the self-cleaning mechanism of the present invention；
It is marked in figure：1st, flocculation sediment tank, 101, flocculation sediment cylinder, 102, discharge port a, 103, decelerating motor a, 104, stir
Mix axis, 105, paddle blade a, 106, feed inlet a, 107, flocculant inlet port, 108, overflow port a, 109, arc pressuring plate a,
1010th, bolt a, 1011, paddle blade b, 1012, arc pressuring plate b, 1013, bolt b, 1014, through-hole a, 2, filter press a,
201st, head, 202, engine base, 203, crossbeam, 204, thrust plate, 205, pressure plate, 206, filter plate, 207, feed inlet b, 208, go out
Water pipe, 209, material collecting tank, 2010, hydraulic top, 2011, discharge port b, 3, mixer, 301, stent, 302, puddle babinet, 303,
Decelerating motor b, 304, puddle axis, 305, feed inlet c, 306, water inlet, 307, discharge port c, 308, filter screen c, 309, overflow
Mouthful c, 3010, paddle blade c, 3011, sewage draining exit, 3012, filter screen b, 3013, through-hole c, 3014, valve, 3015, arc connection
Plate c, 3016, bolt c, 3017, cleaning water pipe, 3018, hole for water spraying, 4, filter press b.
Specific embodiment
Elaborate in the following with reference to the drawings and specific embodiments to the present invention, the present embodiment using technical solution of the present invention as
Premise gives detailed embodiment and specific operating process, but protection scope of the present invention is not limited to following implementation
Example.
As shown in the figure, it is a kind of for bunt gypsum cleaning cleaning system, including flocculation sediment tank, filter press a, mixer and
Filter press b, the discharge port a of the flocculation sediment tank are connect by first pipe with the feed inlet b of filter press a, and filter press a's goes out
For material mouth b by the feed inlet c connections of second pipe and mixer, the discharge port c of mixer passes through third pipeline and filter press b
Feed inlet d connections, bunt gypsum slurry enter in flocculation sediment tank and enter filter press after flocculation sediment forms first wash calcium plaster
The first press filtration gypsum patty that a, filter press a are press-filtered out is entered in mixer be sufficiently mixed with water after formed and clean gypsum again
Slurry cleans calcium plaster and enters back into filter press b and be press-filtered out press filtration gypsum patty again by filter press b, again so as to fulfill right
The cleaning of bunt gypsum, the flocculation sediment tank include flocculation sediment cylinder, decelerating motor a bands are provided in flocculation sediment cylinder
The agitating shaft of dynamic rotation, its axial direction of agitating shaft upper edge are provided with multiple paddle blade a, and bunt gypsum slurry and flocculant are respectively by being set to
Feed inlet a and flocculant inlet port in the middle part of flocculation sediment cylinder enter in flocculation sediment cylinder, and in flocculation sediment cylinder mixing and
First wash calcium plaster and the first suspension being suspended in above first wash calcium plaster are formed, first wash calcium plaster is by setting
The discharge port a discharges of flocculation sediment cylinder lower part are placed in, first suspension is arranged by being located at the overflow port a on flocculation sediment cylinder top
Go out, be provided with multiple rectangular triangular shaped paddle blade b on the inner wall of the flocculation sediment cylinder in an axial direction, paddle blade b's
One acute ends is fixedly connected by connector b with flocculation sediment cylinder and the bevel edge of paddle blade b is set diagonally downward, the blade
Piece b is staggered with paddle blade a, so as to which the material entered in flocculation sediment cylinder be made to form vortex in mixed process, to accelerate
The process of flocculation sediment；
The mixer includes being fixedly mounted on puddling babinet and being arranged on stent and puddles in babinet and pass through deceleration
Motor b drive rotation puddle axis, puddle axis upper edge its it is axially staggered be provided with multiple paddle blade c, described puddle sets on babinet
Feed inlet c and the water inlet for being located at puddle above and below axis respectively are equipped with, first press filtration gypsum patty and water are respectively by feed inlet c
Enter with water inlet and puddle in babinet, and clean calcium plaster again puddling to be sufficiently mixed and formed in babinet and be suspended in again
The suspension again above calcium plaster is cleaned, calcium plaster is cleaned again and is discharged by being set to the discharge port c puddled below axis, then
Secondary suspension is discharged by being set to the multiple overflow port c puddled above axis, and described puddle in babinet is additionally provided with positioned at overflow
Above mouth c and for being rinsed clean self-cleaning mechanism to mixer, self-cleaning mechanism connects with each other including two
Cleaning water pipe and two cleaning water pipes between set in X-type, two ports of one of cleaning water pipe pass through with puddling case
Internal wall is fixedly connected so that two port closed, a port of another cleaning water pipe with puddling cabinet wall by consolidating
It is fixed to connect so that the port closed, another port, which is pierced by, puddles wall box and connect with feed pipe, on two cleaning water pipes
Offer multiple hole for water sprayings.
Filter screen a is provided on the overflow port a.
The mixer is provided with the control valve that cleaning calcium plaster circulates again on discharge port c, is puddling in babinet
It is additionally provided with to be located at and puddle between axis and discharge port c to the filter screen c that bunt gypsum is prevented directly to be deposited at discharge port c, institute
Stating paddle blade c, at right angles triangular shaped and paddle blade c a acute ends are fixedly connected by connector c with puddling axis, even
Fitting includes removably being attached at the arc pressuring plate c puddled on axis, and arc pressuring plate c is fixed by bolt c with puddling axis
Connection.
The water inlet and discharge port c may be contained within puddling on babinet bottom wall, and the bottom wall for puddling babinet is arrived along water inlet
The direction of discharge port c is set diagonally downward, is additionally provided on the bottom wall for puddle babinet between water inlet and discharge port c
Sewage draining exit.
The multiple overflow port c is arranged at intervals along babinet length direction is puddled, and filter screen b is provided on overflow port c.
The heavy burden that is provided with to mitigate on the paddle blade c when paddle blade c is puddled and at right angles triangular shaped logical
Hole c.
The filter press a is identical with the structure of filter press b, filter press a include head, engine base, be fixedly mounted on head with
Crossbeam between engine base and the thrust plate for being fixedly mounted on beam-ends are provided with multiple pressure plates on the crossbeam, multiple
It is moved in the horizontal direction along the guide rail on crossbeam under the promotion of hydraulic top of the pressure plate on head is set to, in two neighboring pressure
The filter plate being installed on crossbeam is provided between tight plate, feed inlet b and the waste water formed with multiple filter plates are provided on engine base
Channel connects the outlet pipe of connection, is provided with material collecting tank below the engine base, and the material collecting tank is along head to thrust plate side
To setting diagonally downward, and material collecting tank is gradually reduced along the vertical cross-sectional area of its inclined direction, the groove location that gathers materials it is low one
End is provided with discharge port b.
The paddle blade a is at right angles triangular shaped, and an acute ends of paddle blade a are consolidated by connector a with agitating shaft
The bevel edge of fixed connection and paddle blade a are set diagonally downward, and the connector a includes the arc being removably attached on agitating shaft
Connecting plate a, arc pressuring plate a are fixedly connected by bolt a with agitating shaft.
The connector b includes the arc pressuring plate b being removably attached on flocculation sediment cylinder, and arc pressuring plate b leads to
Bolt b is crossed to be fixedly connected with flocculation sediment cylinder, it is negative when being both provided with to mitigate its stirring on paddle blade a and paddle blade b
Weight and at right angles triangular shaped through-hole a.
Claims (7)
1. a kind of cleaning system for bunt gypsum cleaning, including flocculation sediment tank（1）, filter press a（2）, mixer（3）And pressure
Filter b（4）, the flocculation sediment tank（1）Discharge port a（102）Pass through first pipe and filter press a（2）Feed inlet b
（207）Connection, filter press a（2）Discharge port b（2011）Pass through second pipe and mixer（3）Feed inlet c（305）Connection,
Mixer（3）Discharge port c（307）Pass through third pipeline and filter press b（4）Feed inlet d connections, bunt gypsum slurry enter flocculation
Settling tank（1）It is interior to enter filter press a after flocculation sediment forms first wash calcium plaster（2）, filter press a（2）What is be press-filtered out is first
Secondary press filtration gypsum patty enters mixer（3）In be sufficiently mixed with water after formed and clean calcium plaster again, clean calcium plaster again
Enter back into filter press b（4）It is interior and by filter press b（4）Press filtration gypsum patty again is press-filtered out, so as to fulfill to the clear of bunt gypsum
It washes, it is characterised in that：The flocculation sediment tank（1）Including flocculation sediment cylinder（101）, in flocculation sediment cylinder（101）Inside it is provided with
Pass through decelerating motor a（103）Drive the agitating shaft of rotation（104）, agitating shaft（104）Its axial direction of upper edge is provided with multiple paddle blades
a（105）, bunt gypsum slurry and flocculant are respectively by being set to flocculation sediment cylinder（101）The feed inlet a at middle part（106）And flocculant
Inlet port（107）Into flocculation sediment cylinder（101）It is interior, and in flocculation sediment cylinder（101）Interior mixing and formation first wash gypsum
The first suspension above first wash calcium plaster is starched and is suspended in, first wash calcium plaster is by being set to flocculation sediment cylinder
（101）The discharge port a of lower part（102）Discharge, first suspension is by being located at flocculation sediment cylinder（101）The overflow port a on top
（108）Discharge, the flocculation sediment cylinder（101）Inner wall on be provided with multiple at right angles triangular shaped paddle blades in an axial direction
b（1011）, paddle blade b（1011）An acute ends pass through connector b and flocculation sediment cylinder（101）It is fixedly connected and paddle blade
b（1011）Bevel edge set diagonally downward, the paddle blade b（1011）With paddle blade a（105）It is staggered, so as to make entrance
Flocculation sediment cylinder（101）Interior material forms vortex in mixed process, to accelerate the process of flocculation sediment；
The mixer（3）Including being fixedly mounted on stent（301）On puddle babinet（302）Babinet is puddled with being arranged on
（302）It is interior and pass through decelerating motor b（303）Drive rotation puddles axis（304）, puddle axis（304）Upper edge its axially staggered set
It is equipped with multiple paddle blade c（3010）, it is described to puddle babinet（302）On be provided with respectively be located at puddle axis（304）Above and below
Feed inlet c（305）And water inlet（306）, first press filtration gypsum patty and water are respectively by feed inlet c（305）And water inlet（306）
Into puddling babinet（302）It is interior, and puddling babinet（302）It is inside sufficiently mixed and forms cleaning calcium plaster again and be suspended in again
Suspension again above secondary cleaning calcium plaster cleans calcium plaster and puddles axis by being set to again（304）The discharge port c of lower section
（307）Discharge, suspension puddles axis by being set to again（304）Multiple overflow port c of top（309）Discharge, it is described to puddle
Babinet（302）It is inside additionally provided with positioned at overflow port c（309）Top and for being rinsed clean automatically cleaning machine to mixer
Structure, self-cleaning mechanism include two cleaning water pipes to connect with each other（3017）And two cleaning water pipes（3017）Between be in X
Type is set, one of cleaning water pipe（3017）Two ports pass through with puddling babinet（302）Inner wall is fixedly connected so that its
Two port closeds, another cleaning water pipe（3017）A port pass through with puddling babinet（302）Inner wall be fixedly connected with
Make the port closed, another port, which is pierced by, puddles babinet（302）Side wall is simultaneously connect with feed pipe, two cleaning water pipes（3017）
On offer multiple hole for water sprayings（3018）；The overflow port a（108）On be provided with filter screen a；The mixer（3）Going out
Material mouth c（307）On be provided with control again cleaning calcium plaster circulation valve（3014）, puddling babinet（302）Inside also set up
Have to be located at and puddle axis（304）With discharge port c（307）Between bunt gypsum to be prevented directly to be deposited to discharge port c（307）The mistake at place
Strainer c（308）, the paddle blade c（3010）Rectangular triangular shaped and paddle blade c（3010）An acute ends pass through company
Fitting c is with puddling axis（304）It is fixedly connected, connector includes dismountable be attached at and puddles axis（304）On arc pressuring plate c
（3015）, arc pressuring plate c（3015）Pass through bolt c（3016）With puddling axis（304）It is fixedly connected.
2. a kind of cleaning system for bunt gypsum cleaning as described in claim 1, it is characterised in that：The water inlet
（306）With discharge port c（307）It may be contained within puddling babinet（302）On bottom wall, and puddle babinet（302）Bottom wall along water inlet
（306）To discharge port c（307）Direction set diagonally downward, puddling babinet（302）Bottom wall on be additionally provided with positioned at water inlet
Mouthful（306）With discharge port c（307）Between sewage draining exit（3011）.
3. a kind of cleaning system for bunt gypsum cleaning as described in claim 1, it is characterised in that：The multiple overflow port
c（309）Puddle babinet in edge（302）Length direction is arranged at intervals, and in overflow port c（309）On be provided with filter screen b（3012）.
4. a kind of cleaning system for bunt gypsum cleaning as described in claim 1, it is characterised in that：The paddle blade c
（3010）On be provided with to mitigate paddle blade c（3010）Heavy burden and at right angles triangular shaped through-hole c when puddling
（3013）.
5. a kind of cleaning system for bunt gypsum cleaning as described in claim 1, it is characterised in that：The filter press a（2）
With filter press b（4）Structure it is identical, filter press a（2）Including head（201）, engine base（202）, be fixedly mounted on head（201）
With engine base（202）Between crossbeam（203）And it is fixedly mounted on crossbeam（203）The thrust plate of end（204）, the crossbeam
（203）On be provided with multiple pressure plates（205）, multiple pressure plates（205）It is being set to head（201）On hydraulic top（2010）
Promotion under along crossbeam（203）On guide rail move in the horizontal direction, in two neighboring pressure plate（205）Between be provided with installation
In crossbeam（203）On filter plate（206）, in engine base（202）On be provided with feed inlet b（207）With with multiple filter plates（206）It is formed
Waste water tunnel connect the outlet pipe of connection（208）, the engine base（202）Lower section be provided with material collecting tank（209）, the collection
Hopper（209）Along head（201）To thrust plate（204）Direction is set diagonally downward, and material collecting tank（209）Along its inclined direction
Vertical cross-sectional area is gradually reduced, material collecting tank（209）The low one end in position is provided with discharge port b（2011）.
6. a kind of cleaning system for bunt gypsum cleaning as described in claim 1, it is characterised in that：The paddle blade a
（105）Rectangular triangular shaped, paddle blade a（105）An acute ends pass through connector a and agitating shaft（104）It is fixed to connect
It connects and paddle blade a（105）Bevel edge set diagonally downward, the connector a include removably be attached at agitating shaft（104）On
Arc pressuring plate a（109）, arc pressuring plate a（109）Pass through bolt a（1010）With agitating shaft（104）It is fixedly connected.
7. a kind of cleaning system for bunt gypsum cleaning as described in claim 1, it is characterised in that：The connector b packets
It includes and is removably attached at flocculation sediment cylinder（101）On arc pressuring plate b（1012）, arc pressuring plate b（1012）Pass through spiral shell
Bolt b（1013）With flocculation sediment cylinder（101）It is fixedly connected, in paddle blade a（105）With paddle blade b（1011）On be both provided with use
To mitigate heavy burden and the at right angles triangular shaped through-hole a during its stirring（1014）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611107815.5A CN106745157B (en) | 2016-12-06 | 2016-12-06 | A kind of cleaning system for bunt gypsum cleaning |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611107815.5A CN106745157B (en) | 2016-12-06 | 2016-12-06 | A kind of cleaning system for bunt gypsum cleaning |
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| Publication Number | Publication Date |
|---|---|
| CN106745157A CN106745157A (en) | 2017-05-31 |
| CN106745157B true CN106745157B (en) | 2018-07-06 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201611107815.5A Active CN106745157B (en) | 2016-12-06 | 2016-12-06 | A kind of cleaning system for bunt gypsum cleaning |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021136871A1 (en) * | 2019-12-31 | 2021-07-08 | Outotec (Finland) Oy | Double shaft paddle mixer and arrangement and methods for producing paste |
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| EP4320077A1 (en) * | 2021-04-07 | 2024-02-14 | Knauf Gips KG | Methods of removing chloride from gypsum having high level of chloride salt |
| CN113461043A (en) * | 2021-06-02 | 2021-10-01 | 中国平煤神马集团联合盐化有限公司 | Harmless treatment process for solid wastes of salt gypsum and salt mud |
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| JP5371172B2 (en) * | 2005-06-30 | 2013-12-18 | 三菱重工業株式会社 | Exhaust gas treatment apparatus and method |
| CN206927622U (en) * | 2016-12-06 | 2018-01-26 | 河南同伟建材有限公司 | A kind of purging system for bunt gypsum cleaning |
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| CN103253818A (en) * | 2013-04-19 | 2013-08-21 | 金逹行有限公司 | Seawater desalination, resource comprehensive utilization and zero discharge processing system |
| CN105000585A (en) * | 2015-06-12 | 2015-10-28 | 泰山石膏股份有限公司 | Ardealite neutralizing and purifying processing technology |
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| WO2021136871A1 (en) * | 2019-12-31 | 2021-07-08 | Outotec (Finland) Oy | Double shaft paddle mixer and arrangement and methods for producing paste |
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| CN106745157A (en) | 2017-05-31 |
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