CN205821138U - A kind of later stage processing means for mud cleaning - Google Patents
A kind of later stage processing means for mud cleaning Download PDFInfo
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- CN205821138U CN205821138U CN201620757882.0U CN201620757882U CN205821138U CN 205821138 U CN205821138 U CN 205821138U CN 201620757882 U CN201620757882 U CN 201620757882U CN 205821138 U CN205821138 U CN 205821138U
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- mud
- storehouse
- extraction door
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- processing means
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Abstract
This utility model essentially discloses a kind of later stage processing means for mud cleaning, its technical scheme: include the first process storehouse, second processes storehouse and the 3rd processes storehouse, first processes and is respectively arranged on the left side and the right side into mud door and the first mud extraction door in storehouse, the upside of the first mud extraction door is provided with induction apparatus, first top processing storehouse is provided with pressing device, bottom is provided with drainage arrangement, it is provided with agitating device in second process storehouse, agitating device includes stirring motor, shaft and at least two pairs of blades group, the filler plate of band biological attachment film it is provided with between adjacent blades group, 3rd processes storehouse includes Wai Cang and Nei Cang, the medial wall in interior storehouse is provided with heating plate, the bottom in interior storehouse is provided with the 3rd mud extraction door, 3rd mud extraction door is provided with humidity sensor.During this utility model reduction desilting, increase-volume rate, water content and the harmful substance of mud, reduce the volume and weight of mud transport, save and take up an area the cost finally processed with mud, and contribute to mud carries out secondary utilization.
Description
Technical field
This utility model relates to a kind of later stage processing means for mud cleaning.
Background technology
Along with development and the quickening of urbanization process of economic society, the alluvial problem in river course, the protection problem etc. of environment
Become increasingly conspicuous, any disposal riverway sludge, find truly feasible maximally effective solution route, it is achieved the comprehensive utilization of resource,
The problem having become social concerns.For " dredging " purpose of the desilting engineering existing tradition desilting in river course, i.e. solve water drainage, prevent
The purpose that flood, irrigation function ensure, also has river training water quality, promotes ecosystem health, promotes the deep layer mesh of River Landscape
, therefore desilting engineering has important effect in river maintenance, hydraulic engineering.
The mud concentration gone out due at present conventional dredging method desilting 15%～about 20%, original mud aqueous
Rate generally reaches 99.5%, and the volume of hydrone is significantly larger than the volume of soil particle, and the volume of desilting mud is about granule
4～5 times, these are placed containing being generally required bigger stockyard by the mud of large quantity of moisture and high cement slurry, a lot of desiltings
Engineering is seriously restricted because piling up the problem in the place of mud.Additionally, contain from the original mud that river course salvages
Have substantial amounts of harmful components, such as pathogen, parasite, heavy metal and some be difficult to the organic poison degraded so that mud
Cannot directly utilize, also environment can be caused secondary pollution if mishandling.
Utility model content
The purpose of this utility model is the many deficiencies for prior art, it is provided that a kind of later stage for mud cleaning
Processing means, processes the original mud cleared from bottom of river channel, reduce mud during desilting increase-volume rate and
Water content, reduces the volume and weight of mud transport, improves mud transfer efficiency, and convenient middle conveying and place are stacked, and save
Take up an area the cost finally processed with mud, decrease the harmful substance in mud, it is simple to carry out secondary utilization.
In order to solve above-mentioned technical problem, this utility model adopts the following technical scheme that
A kind of later stage processing means for mud cleaning, processes storehouse including the first process storehouse, the second process storehouse and the 3rd,
First processes and is respectively arranged on the left side and the right side into mud door and the first mud extraction door in storehouse, and the upside of the first mud extraction door is provided with induction apparatus,
Induction apparatus and the first mud extraction door connect, and the first top processing storehouse is provided with pressing device, and the first bottom processing storehouse is provided with draining
Device, the second process position in storehouse, at the first mud extraction door, is provided with agitating device in the second process storehouse, and agitating device includes stirring electricity
Machine, shaft and at least two pairs of blades group, be provided with filler plate between adjacent blades group, the both sides up and down of filler plate are equipped with biology
Coherent film, the second downside processing storehouse is provided with the second mud extraction door, and the 3rd process position in storehouse is in the lower section of the second mud extraction door, and the 3rd processes
Storehouse includes that Wai Cang and Nei Cang, the medial wall in interior storehouse are provided with heating plate, and the bottom in interior storehouse is provided with the 3rd mud extraction door, the 3rd mud extraction door
It is provided with humidity sensor, humidity sensor and the 3rd mud extraction door to connect.The the first process storehouse arranged is used for salvage from river course
The original mud come up carries out processed, and mud is pressed down against by the pressing device being provided with, and is compacted mud, so that becoming silted up
The large quantity of moisture contained in mud is got rid of from mud, and is flowed away by drainage arrangement, reduces the volume and weight of mud；Arrange
Induction apparatus is used for sensing the accumulation degree of mud, and after the first mud processed in storehouse arrives predetermined altitude, induction apparatus sends letter
Number to the first mud extraction door, the first mud extraction door is opened, and makes the mud being positioned at the first process storehouse enter into the second process storehouse；Arrange
The mud that second processes in storehouse is stirred by agitating device, with substantial amounts of microorganism on the biological attachment film of setting, is stirring
During mixing, mud fully reacts with microorganism, and microorganism can further reduce sludge volume also can various by mud
Harmful pathogen is converted into innocuous substance, makes contained solid be converted into inert substance, generates the mud that the content of organic matter is high, improves
The secondary utilization rate of mud, by arranging filler plate layering so that each layer of mud all contacts with microorganism, contact
Area is wide, and reaction efficiency is high, and the response time is short；The 3rd process storehouse arranged is used for heating mud, makes mud take off further
Water and sterilization, carry out heat treated by the heating plate arranged, and it is aqueous that the humidity sensor of setting is used for sensing in mud
Amount, after the water content detected in mud reaches predetermined value, humidity sensor will send information to the 3rd mud extraction door, and the 3rd goes out
Mud door is opened the mud after handling well and is discharged.
Further, pressing device includes driver, drive rod and pressing plate, and driver is arranged on the outer top in the first process storehouse
Portion, pressing plate is connected with driver by drive rod, and pressing plate is positioned at the centre in the first process storehouse.Driver promotes pressure by drive rod
Plate moves up and down so that pressing plate compresses downwards, is squeezed out by the moisture in mud, reduces the water content in mud, reduces and becomes silted up
Mud volume and weight, simultaneously drives device and can repeatedly promote pressing plate, makes pressing plate that mud to carry out continual repeatability extruding, improves
Drainage efficiency.
Further, drainage arrangement includes drainage screen and dewatering hole, and drainage screen is positioned at the upside in dewatering hole, and drainage screen connects
There is suction iron layer.Particulate matter in mud is separated by the drainage screen arranged with moisture, and moisture passes through after drainage screen along dewatering hole
Flowing out, reduce the moisture in mud, reduce sludge volume, the suction iron layer of setting is used for adsorbing the ferromagnetic material in mud, disappears
Except the heavy metal in mud.
Further, the first lower section processing storehouse is provided with device for recycling sewage, device for recycling sewage include sewage recovery bin, the
One mozzle and sewage recovery end, the side of sewage recovery end is connected with dewatering hole, and the opposite side of sewage recovery end passes through first
Mozzle is connected with sewage recovery bin.The sewage collecting that the device for recycling sewage arranged will be discharged in mud, enters sewage
Row purifies, and obtains clean clear water, in order to reuse, saving water resource, reduces waste.
Further, the second top processing storehouse is provided with methane outlet, and methane outlet connects sludge gas collecting device, biogas
Collection device includes collecting methane storehouse, the second mozzle and collecting methane end, and the side of collecting methane end is connected with methane outlet,
The opposite side of collecting methane end is connected with collecting methane storehouse by the second mozzle.Microorganism is reacted with mud, produces biogas, if
Biogas, by the collecting methane of generation, is utilized by the sludge gas collecting device put as fuel, improves energy utilization rate.
Further, being provided with muff between Nei Cang and outer storehouse, muff is positioned on the outside of heating plate, Nei Cang and outer storehouse all
Being provided with air-vent, air-vent is positioned at the upside of muff.The heat produced heating plate by muff is incubated, it is to avoid
Heat quickly runs off, and improves the thermal efficiency；The steam that the moisture evaporation contained in mud in heating process produces is arranged from air-vent
Go out, it is to avoid steam is trapped in interior storehouse affects thermal dehydration effect.
Further, the 3rd mud extraction door is made up of outside annulus and internal flexible blade, and the medial wall of annulus is provided with
Holding tank, one end of flexible blade is hinged with holding tank.When the 3rd process storehouse opened by needs, flexible blade rotates and is retracted into appearance
Receiving in groove, open the 3rd mud extraction door, when the 3rd process storehouse closed by needs, flexible blade produces and in mesophase from holding tank
Contact mutually, closes the 3rd mud extraction door, simple in construction, and switch is convenient, takies volume little.
Further, the 3rd process storehouse lower section be provided with mud collection device, mud collection device include mud collecting bin and
Connecting portion, the bottom in outer storehouse is provided with fixture block, and the medial wall of connecting portion is provided with draw-in groove, and fixture block matches with draw-in groove.The silt arranged
Mud collection device is used for the mud recycled, and is connected with draw-in groove by fixture block, thus connects fixing for mud collection device
To the 3rd lower section processing storehouse, simple in construction, convenient disassembly, it is to avoid the vibration that mud produces in dropping process makes mud collect
Generation position, storehouse offsets, and causes mud to drop in the outside of mud collecting bin, reduces mud collection efficiency.
This utility model, owing to have employed technique scheme, has the advantages that
The the first process storehouse arranged is used for the original mud salvaged from river course is carried out processed, is provided with
Mud is pressed down against by pressing device, is compacted mud, so that the large quantity of moisture contained in mud is got rid of from mud, and passes through
Drainage arrangement flows away, and reduces the volume and weight of mud；The induction apparatus arranged is used for sensing the accumulation degree of mud, at first
Mud in reason storehouse arrives after predetermined altitude, and induction apparatus transmits a signal to the first mud extraction door, and the first mud extraction door is opened, and makes to be positioned at the
One mud processed in storehouse enters into the second process storehouse；The mud that second processes in storehouse is stirred by the agitating device arranged,
With substantial amounts of microorganism on the biological attachment film arranged, in whipping process, mud fully reacts with microorganism, and microorganism was both
Can further reduce sludge volume and also the various harmful pathogen in mud can be converted into innocuous substance, make contained solid turn
Turn to inert substance, generate the mud that the content of organic matter is high, improve the secondary utilization rate of mud, by filler plate layering is set
Putting so that each layer of mud all contacts with microorganism, contact area is wide, and reaction efficiency is high, and the response time is short；Arrange
3rd processes storehouse is used for heating mud, makes mud be dehydrated further and sterilize, is heated by the heating plate arranged
Processing, the humidity sensor of setting is used for sensing the water content in mud, when the water content detected in mud reaches predetermined value
After, humidity sensor will send information to the 3rd mud extraction door, and the 3rd mud extraction door is opened the mud after handling well and discharged.
The original mud cleared from bottom of river channel is processed by this utility model, mud during reduction desilting
Increase-volume rate and water content, reduce the volume and weight of mud transport, improves mud transfer efficiency, convenient middle conveying and place heap
Put, save and take up an area the cost finally processed with mud, decrease the harmful substance in mud, it is simple to carry out secondary utilization.
Accompanying drawing explanation
The utility model is described in further detail below in conjunction with the accompanying drawings:
Fig. 1 is the structural representation of a kind of later stage processing means for mud cleaning of this utility model；
Fig. 2 is the structural representation of filler plate in this utility model；
Fig. 3 is the 3rd structural representation processing storehouse in this utility model；
Fig. 4 is the structural representation of the 3rd mud extraction door in this utility model；
Fig. 5 is the structural representation of mud collection device in this utility model.
Reference: 1, first process storehouse；11, Ni Men is entered；12, the first mud extraction door；13, induction apparatus；2, second storehouse is processed；
21, the second mud extraction door；3, the 3rd storehouse is processed；31, Wai Cang；311, fixture block；32, Nei Cang；33, heating plate；34, the 3rd mud extraction door；
341, annulus；342, flexible blade；343, holding tank；35, humidity sensor；36, muff；37, air-vent；4, dress is pushed
Put；41, driver；42, drive rod；43, pressing plate；51, drainage screen；52, dewatering hole；6, agitating device；61, stirring motor；62、
Shaft；63, vane group；64, filler plate；65, biological attachment film；7, device for recycling sewage；71, sewage recovery bin；72, first
Mozzle；73, sewage recovery end；8, sludge gas collecting device；81, collecting methane storehouse；82, the second mozzle；83, collecting methane
End；9, mud collection device；91, mud collecting bin；92, connecting portion；93, draw-in groove.
Detailed description of the invention
As Figure 1-5, for of the present utility model a kind of for mud cleaning later stage processing means, including the first process
Storehouse 1, second processes storehouse 2 and the 3rd and processes storehouse 3, and the first process storehouse 1 of setting is used for the original mud that will salvage from river course
Carrying out processed, first processes being respectively arranged on the left side and the right side into mud door 11 and the first mud extraction door 12, the first mud extraction door in storehouse 1
The upside of 12 is provided with induction apparatus 13, and induction apparatus 13 is connected with the first mud extraction door 12, and the induction apparatus 13 of setting is used for sensing mud
Accumulation degree, after the first mud processed in storehouse 1 arrives predetermined altitude, induction apparatus 13 transmits a signal to the first mud extraction door 12,
First mud extraction door 12 is opened, and makes the mud being positioned at the first process storehouse 1 enter into the second process storehouse 2；First top processing storehouse 1
Being provided with pressing device 4, pressing device 4 includes driver 41, drive rod 42 and pressing plate 43, and driver 41 is arranged on the first process storehouse
The outer top of 1, pressing plate 43 is connected with driver 41 by drive rod 42, and pressing plate 43 is positioned at the centre in the first process storehouse 1.Driver
41 promote pressing plate 43 to move up and down by drive rod 42 so that pressing plate 43 compresses downwards, is squeezed out by the moisture in mud, subtracts
Water content in few mud, reduces sludge volume and weight, simultaneously drives device 41 and can repeatedly promote pressing plate 43, make pressing plate 43 to silt
Mud carries out continual repeatability extruding, improves drainage efficiency.First bottom processing storehouse 1 is provided with drainage arrangement, drainage arrangement
Including drainage screen 51 and dewatering hole 52, drainage screen 51 is positioned at the upside in dewatering hole 52, and drainage screen 51 connects suction iron layer, arranges
Drainage screen 51 particulate matter in mud is separated with moisture, moisture, by flowing out along dewatering hole 52 after drainage screen 51, subtracts
Moisture in few mud, reduces sludge volume；The suction iron layer arranged is used for adsorbing the ferromagnetic material in mud, eliminates in mud
Heavy metal.Mud is pressed down against by pressing device 4, is compacted mud, so that the large quantity of moisture contained in mud is from mud
Get rid of, and flowed away by drainage arrangement, reduce the volume and weight of mud.First lower section processing storehouse 1 is provided with sewage and reclaims dress
Putting 7, device for recycling sewage 7 includes sewage recovery bin the 71, first mozzle 72 and sewage recovery end 73, the one of sewage recovery end 73
Side is connected with dewatering hole 52, and the opposite side of sewage recovery end 73 is connected with sewage recovery bin 71 by the first mozzle 72.Arrange
Sewage collecting that will discharge in mud of device for recycling sewage 7, sewage is purified, obtains clean clear water, in order to
Reuse, saving water resource, reduce waste.
Second processes storehouse 2 is positioned at the first mud extraction door 12, is provided with agitating device 6 in the second process storehouse 2, the stirring dress of setting
Putting 6 to be stirred by the mud that second processes in storehouse 2, agitating device 6 includes stirring motor 61, shaft 62 and at least two pairs of leaves
Sheet group 63, is provided with filler plate 64 between adjacent blades group 63, the both sides up and down of filler plate 64 are equipped with biological attachment film 65, arranges
Biological attachment film 65 on substantial amounts of microorganism, in whipping process, mud fully reacts with microorganism, and microorganism can
Further reduce sludge volume and also the various harmful pathogen in mud can be converted into innocuous substance, make contained solid convert
For inert substance, generate the mud that the content of organic matter is high, improve the secondary utilization rate of mud；By filler plate 64 layering is set
Putting so that each layer of mud all contacts with microorganism, contact area is wide, and reaction efficiency is high, and the response time is short；At second
The downside in reason storehouse 2 is provided with the second mud extraction door 21, and the second top processing storehouse 2 is provided with methane outlet, and methane outlet connects natural pond
Gas collection device 8.Sludge gas collecting device 8 includes collecting methane storehouse the 81, second mozzle 82 and collecting methane end 83, collecting methane
The side of end 83 is connected with methane outlet, and the opposite side of collecting methane end 83 is by the second mozzle 82 with collecting methane storehouse 81 even
Connect.Microorganism is reacted with mud, produces biogas, and the collecting methane of generation is got up by the sludge gas collecting device 8 of setting, is made by biogas
Utilize for fuel, improve energy utilization rate.
3rd processes storehouse 3 is positioned at the lower section of the second mud extraction door 21, and the 3rd process storehouse 3 of setting is used for heating mud, makes silt
Mud is dehydrated further and sterilizes, and the 3rd processes storehouse 3 includes that outer storehouse 31 and interior storehouse 32, the medial wall in interior storehouse 32 are provided with heating
Plate 33, carries out heat treated by heating plate 33, and the bottom in interior storehouse 32 is provided with the 3rd mud extraction door 34, and the 3rd mud extraction door 34 is by outward
Annulus 341 and the internal flexible blade 342 in portion are constituted, and the medial wall of annulus 341 is provided with holding tank 343, flexible blade 342
One end hinged with holding tank 343.When the 3rd process storehouse 3 opened by needs, flexible blade 342 rotates and is retracted into holding tank 343
In, open the 3rd mud extraction door 34, when the 3rd process storehouse 3 closed by needs, flexible blade 342 produce from holding tank 343 and
Centre contacts with each other, and closes the 3rd mud extraction door 34, simple in construction, and switch is convenient, takies volume little.3rd mud extraction door 34 is provided with
Humidity sensor 35, is provided with at least two humidity sensor 35, can extend the service life of the 3rd mud extraction door 34, even if wherein
One humidity sensor 35 goes wrong, and another humidity sensor 35 can also play a role, humidity sensor 35 and the 3rd
Mud extraction door 34 connects.The humidity sensor 35 arranged is used for sensing the water content in mud, when the water content detected in mud
After reaching predetermined value, humidity sensor 35 will send information to the 3rd mud extraction door 34, and the 3rd mud extraction door 34 is opened after handling well
Mud discharge.Being provided with muff 36 between interior storehouse 32 and outer storehouse 31, muff 36 is positioned at the outside of heating plate 33, interior storehouse 32 He
Being equipped with air-vent 37 on outer storehouse 31, air-vent 37 is positioned at the upside of muff 36.By muff 36, heating plate 33 is produced
Raw heat is incubated, it is to avoid heat quickly runs off, and improves the thermal efficiency；The moisture evaporation contained in mud in heating process
The steam produced is discharged from air-vent 37, it is to avoid steam is trapped in interior storehouse 32 affects thermal dehydration effect.3rd processes storehouse 3
Lower section is provided with mud collection device 9, and mud collection device 9 includes that mud collecting bin 91 and connecting portion 92, the bottom in outer storehouse 31 set
Having fixture block 311, the medial wall of connecting portion 92 to be provided with draw-in groove 93, fixture block 311 matches with draw-in groove 93.The mud arranged collects dress
Put 9 for the mud recycled, be connected with draw-in groove 93 by fixture block 311, thus mud collection device 9 is fixedly attached to
3rd lower section processing storehouse 3, simple in construction, convenient disassembly, it is to avoid the vibration that mud produces in dropping process makes mud collect
Storehouse 91 occurs position to offset, and causes mud to drop in the outside of mud collecting bin 91, reduces mud collection efficiency.
During real work, first by the original mud salvaged from river course constantly from entering to pour the first process at mud door 11 into
In storehouse 1, then start pressing device 4 extrude mud, by the continual pushing of pressing device 4, the moisture in mud constantly from
Extruding in mud, and flow out along drainage arrangement, mud is constantly compacted, and heap is high, when induction apparatus 13 senses the first process storehouse 1
When interior mud arrives predetermined altitude, making the first mud extraction door 12, the first mud processed in storehouse 1 enters into the second process storehouse 2
Carry out bio-degradation reactions；Start the agitating device 6 in the second process storehouse 2, enter the mud in the second process storehouse 2 at agitating device 6
Stirring under react with microorganism, the harmful substances such as the pathogenic bacteria in mud, heavy metal are converted into innocuous substance by microorganism,
The content of the harmful substance in minimizing mud, purifies mud, contributes to the recycling of mud, after microbial reaction is good, beat
Opening the second mud extraction door 21, the second mud processing storehouse 2 enters into the 3rd process storehouse 3 and carries out reacting by heating；Start heating plate 33, right
Mud in interior storehouse 32 carries out reacting by heating, reduces the moisture content in mud and harmful substance further, when humidity sensor 35 is examined
Measuring after the water content in mud reaches predetermined value, humidity sensor 35 will send information to the 3rd mud extraction door 34, the 3rd mud extraction
Door 34 is opened, and the mud after handling well is discharged.
The original mud cleared from bottom of river channel is processed by this utility model, mud during reduction desilting
Increase-volume rate, water content and harmful substance, reduce the volume and weight of mud transport, improves mud transfer efficiency, convenient middle defeated
Send and stack with place, save and take up an area the cost finally processed with mud, it is simple to carry out secondary utilization.
These are only specific embodiment of the utility model, but technical characteristic of the present utility model is not limited thereto.Appoint
How based on this utility model, for solving essentially identical technical problem, it is achieved essentially identical technique effect, donely
Simple change, equivalent or modification etc., be all covered by among protection domain of the present utility model.
Claims (8)
1. the later stage processing means for mud cleaning, it is characterised in that: include the first process storehouse, second process storehouse and the
Three process storehouse, and described first processes being respectively arranged on the left side and the right side into mud door and the first mud extraction door, described first mud extraction door in storehouse
Upside be provided with induction apparatus, described induction apparatus is connected with described first mud extraction door, described first process storehouse top be provided with pushing
Device, the described first bottom processing storehouse is provided with drainage arrangement, and described second process position in storehouse is at described first mud extraction door, described
Second processes in storehouse and is provided with agitating device, and described agitating device includes stirring motor, shaft and at least two pairs of blades group, adjacent
Being provided with filler plate between described vane group, the both sides up and down of described filler plate are equipped with biological attachment film, and described second processes storehouse
Downside be provided with the second mud extraction door, the described 3rd processes position in storehouse in the lower section of described second mud extraction door, and the described 3rd processes Cang Bao
Including Wai Cang and Nei Cang, the medial wall in described interior storehouse is provided with heating plate, and the bottom in described interior storehouse is provided with the 3rd mud extraction door, and described
Three mud extraction doors are provided with humidity sensor, and described humidity sensor is connected with described 3rd mud extraction door.
A kind of later stage processing means for mud cleaning the most according to claim 1, it is characterised in that: described pushing fills
Putting and include that driver, drive rod and pressing plate, described driver are arranged on the described first outer top processing storehouse, described pressing plate passes through
Described drive rod is connected with described driver, and described pressing plate is positioned at the described first centre processing storehouse.
A kind of later stage processing means for mud cleaning the most according to claim 1, it is characterised in that: described draining fills
Putting and include drainage screen and dewatering hole, described drainage screen is positioned at the upside in described dewatering hole, and described drainage screen connects suction iron layer.
A kind of later stage processing means for mud cleaning the most according to claim 3, it is characterised in that: at described first
The lower section in reason storehouse is provided with device for recycling sewage, and described device for recycling sewage includes that sewage recovery bin, the first mozzle and sewage return
Receiving end, the side of described sewage recovery end is connected with described dewatering hole, and the opposite side of described sewage recovery end passes through described first
Mozzle is connected with described sewage recovery bin.
A kind of later stage processing means for mud cleaning the most according to claim 1, it is characterised in that: at described second
The top in reason storehouse is provided with methane outlet, and described methane outlet connects has sludge gas collecting device, described sludge gas collecting device to include
Collecting methane storehouse, the second mozzle and collecting methane end, the side of described collecting methane end is connected with described methane outlet, described
The opposite side of collecting methane end is connected with described collecting methane storehouse by described second mozzle.
The most according to claim 1 a kind of for mud cleaning later stage processing means, it is characterised in that: described interior storehouse and
Being provided with muff between described outer storehouse, described muff is positioned on the outside of described heating plate, described interior storehouse and described outer storehouse all
Being provided with air-vent, described air-vent is positioned at the upside of described muff.
A kind of later stage processing means for mud cleaning the most according to claim 1, it is characterised in that: the described 3rd goes out
Mud door is made up of outside annulus and internal flexible blade, and the medial wall of described annulus is provided with holding tank, described flexible leaf
One end of sheet is hinged with described holding tank.
A kind of later stage processing means for mud cleaning the most according to claim 1, it is characterised in that: at the described 3rd
The lower section in reason storehouse is provided with mud collection device, and described mud collection device includes mud collecting bin and connecting portion, described outer storehouse
Bottom is provided with fixture block, and the medial wall of described connecting portion is provided with draw-in groove, and described fixture block matches with described draw-in groove.
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| CN201620757882.0U CN205821138U (en) | 2016-07-15 | 2016-07-15 | A kind of later stage processing means for mud cleaning |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107129026A (en) * | 2017-07-17 | 2017-09-05 | 苏州希瑞特环保科技有限公司 | Multifunctional spiral type apparatus for treating sewage |
| CN107235621A (en) * | 2017-06-15 | 2017-10-10 | 柳州市文宇科技服务有限公司 | Sludge treatment device |
| CN107285602A (en) * | 2017-06-08 | 2017-10-24 | 浙江正翰环保科技有限公司 | A kind of deeply dehydrating sludge solidification equipment and its curing |
| CN107700419A (en) * | 2017-09-20 | 2018-02-16 | 邢华 | A kind of silt area draining silt content control device and method |
| CN108341580A (en) * | 2018-03-24 | 2018-07-31 | 刘宝 | A kind of energy conservation and environmental protection sludge dewatering equipment |
| CN113429091A (en) * | 2021-05-20 | 2021-09-24 | 李仲煊 | Environmental protection circulation water conservancy breed ecosystem |
| CN113493290A (en) * | 2021-09-08 | 2021-10-12 | 江苏国瑞特环保工程技术有限公司 | Heavy metal dehydration water treatment facilities in mud |
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- 2016-07-15 CN CN201620757882.0U patent/CN205821138U/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107285602A (en) * | 2017-06-08 | 2017-10-24 | 浙江正翰环保科技有限公司 | A kind of deeply dehydrating sludge solidification equipment and its curing |
| CN107235621A (en) * | 2017-06-15 | 2017-10-10 | 柳州市文宇科技服务有限公司 | Sludge treatment device |
| CN107129026A (en) * | 2017-07-17 | 2017-09-05 | 苏州希瑞特环保科技有限公司 | Multifunctional spiral type apparatus for treating sewage |
| CN107700419A (en) * | 2017-09-20 | 2018-02-16 | 邢华 | A kind of silt area draining silt content control device and method |
| CN108691298A (en) * | 2017-09-20 | 2018-10-23 | 张勇 | A kind of application method of silt area draining silt content control device |
| CN108691298B (en) * | 2017-09-20 | 2020-07-21 | 嘉兴市康立德构件股份有限公司 | Use method of silt region drainage sand content control device |
| CN108341580A (en) * | 2018-03-24 | 2018-07-31 | 刘宝 | A kind of energy conservation and environmental protection sludge dewatering equipment |
| CN113429091A (en) * | 2021-05-20 | 2021-09-24 | 李仲煊 | Environmental protection circulation water conservancy breed ecosystem |
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