CN206156994U - Silt and derivant recycled processing system during aquatic attitude was handled - Google Patents

Silt and derivant recycled processing system during aquatic attitude was handled Download PDF

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Publication number
CN206156994U
CN206156994U CN201621212005.1U CN201621212005U CN206156994U CN 206156994 U CN206156994 U CN 206156994U CN 201621212005 U CN201621212005 U CN 201621212005U CN 206156994 U CN206156994 U CN 206156994U
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China
Prior art keywords
mud
filtering ponds
surge chamber
derivant
processing system
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CN201621212005.1U
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Inventor
周世跃
冯蕾
施静静
陈凯武
李青青
孙林
丁李笑妃
邹丹娜
朱潇威
周月晓
李红财
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YUSHUN ECOLOGICAL CONSTRUCTION Co Ltd
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YUSHUN ECOLOGICAL CONSTRUCTION Co Ltd
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E50/00Technologies for the production of fuel of non-fossil origin
    • Y02E50/30Fuel from waste, e.g. synthetic alcohol or diesel

Abstract

The utility model discloses a silt and derivant recycled processing system during aquatic attitude was handled, including the sludge pump that connects gradually, filtering ponds, smash the room, the surge chamber, anaerobic tank, mud compressor reducer and liquid apotheca, be connected through hoisting device between filtering ponds and the crushing room, upper portion at filtering ponds is equipped with the grid, lateral wall smashing the room is equipped with first stirring blade all around, center smashing the room is equipped with the (mixing) shaft, it has second stirring blade to distribute on the (mixing) shaft, be equipped with supersonic generator and filter screen in the surge chamber, be connected with the liquid apotheca through first pipeline bottom the surge chamber, be equipped with the agitator above anaerobic tank, the stirring subassembly of agitator is equipped with biogas outlet in anaerobic tank's top in locating anaerobic tank, is equipped with heating device on anaerobic tank, is equipped with futilely silt treatment mouth on the mud compressor reducer. The utility model has the advantages of " environmental protection, energy -conservation, ecology ".

Description

The recycling processing system of mud and derivant in Ecology process
Technical field
This utility model is related to a kind of device of the process in Ecology processing procedure to sludge, particularly Ecology and processes The recycling processing system of middle mud and derivant.
Background technology
In recent years, with the continuous improvement of municipal sewage Ecological Disposal rate, water pollution problems has obtained certain control, and The increasing mud for producing therewith but brings many troubles to The Surroundings in Cities.Mud is the accompaniment of sewage disposal, its Complicated component, it is perishable both containing substantial amounts of organic matter, and containing harmful heavy metal, pathogenic microorganism etc., have strong smelly Taste, if not dealt carefully with, arbitrarily being discharged, it will cause secondary pollution, it is therefore necessary to carry out process disposal to mud.Mud Process mainly has four with the purpose disposed:One is stabilisation, makes mud stop degraded by processing;Two is innoxious, is killed Parasitic ovum and pathogenic microorganism;Three is minimizing, reduces the volume of mud final disposal, reduces sludge treatment and final disposal Expense;Four is resource and final disposal, realizes turning harm into good, recycle while sludge is processed, the mesh of environmental protection , but the sludge taken at present it is most using landfill, mud is transported to into refuse landfill, located together with municipal refuse Put.The problem of this land-fill method is, the polluted underground waters in the case of without antiseepage of N, the P and heavy metal in sludge, while sludge Landfill needs to put into the costs of transportation and management, and fills and will take a large amount of soils, ploughs in current China town and country fewer and feweri In the case of, it is clear that do not meet the requirement of social sustainable development, also other modes are exactly composted, drying, anaerobic digestion etc., But it is problematic in that, or cost is relatively too high, or of long duration, not enough environmental protection, therefore how to design a reduces cost, reality Existing automatization again can free of contamination sludge treatment system it is particularly important.
Utility model content
The purpose of this utility model is to provide a kind of by ecological, environmental protection section in order to solve above-mentioned the deficiencies in the prior art The recycling of mud and derivant in the Ecology process that the system of energy is recycled after processing mud and derivant Processing system.
To achieve these goals, the profit again of mud and derivant during a kind of Ecology provided by the utility model is processed With processing system, including the sludge pump being sequentially connected, filtering ponds, pulverizing chamber, surge chamber, anaerobic digester, sludge compressor and Liquid storage room, is connected between the filtering ponds and pulverizing chamber by lifting device, grid is provided with the top of filtering ponds, in powder The side wall of broken room is formed around the first mixing blade, is provided with by the shaft of motor control, in shaft at the center of pulverizing chamber On inclined second mixing blade is distributed with, be spaced apart between first mixing blade and the second mixing blade, and the edge of a knife It is symmetrically set, in buffering interior supersonic generator and inclined filter screen is provided with, in surge chamber bottom the first pipeline is passed through It is connected with liquid storage room, anaerobic digester is located at the top of filter screen with the connecting pipe of surge chamber, above anaerobic digester Agitator is provided with, the mixing component of the agitator is provided with biogas and goes out in anaerobic digester above anaerobic digester Mouthful, heater is provided with anaerobic digester, dry mud is provided with sludge compressor and processes mouth.
The design of said structure, using sludge pump on the sludge extraction in Ecology processing procedure being then fed to Filtering ponds, by mud of the grid in filtering ponds by extraction in degradable big object of not allowing separate from mud, mistake Mud is sent to crushing interior by the mud of bottom by lifting device in filter tank, now opens motor, and electric motor starting drives and stirs Mix axle rotation, shaft drive top the second mixing blade rotation, so as to cut mud, by mud some due to granule compared with The mud for being not easy greatly to degrade carries out cutting and becomes little particle, so that later stage degradation speed, during cutting Due to the first mixing blade and the collective effect of the second mixing blade so that the effect of cutting is relatively preferable, send after the completion of cutting Enter surge chamber, in surge chamber in the presence of filter screen, the part moisture in mud is flowed into surge chamber bottom, and mud is rested on Top is re-fed into anaerobic digester simultaneously because the effect of ultrasound wave, can further kill after microorganism, in certain reaction temperature Under degree, anaerobic digestion, institute's methane phase is exported by the methane outlet at top, makees fuel or industrial chemicals;Then the mud flow of bottom Enter sludge compressor to be compressed, remaining moisture in mud discharged, mud becomes dry mud, for subsequently as fertilizer or Person burns and fills up, and unnecessary moisture sends into liquid storage room, therefore easily by mud and can be derived by said structure Thing is recycled after being processed, so that mud is turned waste into wealth, pollution, environmental protection is prevented from again, and whole process is more Plus energy-conservation, realize the Ecological Disposal to mud.
In order to further reduce the microorganism in water, in fluid storage room uviol lamp is provided with.
Rubbish being cleared up for convenience, outlet being provided with liquid storage room, garbage-cleaning mouth is provided with filtering ponds, Connecting pipe is provided with valve, and in the side wall of filtering ponds the first high-pressure flush mouth is provided with, and is provided with first in the bottom of filtering ponds and puts The mouth of a river, in the side wall of surge chamber the second high-pressure flush mouth is provided with, and in the bottom of surge chamber the second dewatering outlet is provided with, in surge chamber Upper end is provided with high-pressure spraying head.
Ecology that this utility model is obtained process in mud and derivant recycling processing system, realize to mud and Derivant from processing procedure, realize that ecological, environmental protection, energy-conservation are processed mud, the final process for realizing recycling.
Description of the drawings
Fig. 1 is the structure that embodiment 1 provides the recycling processing system of mud and derivant during a kind of Ecology is processed Schematic diagram;
Fig. 2 is the structure that embodiment 1 provides the recycling processing system of mud and derivant during a kind of Ecology is processed Schematic diagram.
In figure:Sludge pump 1, filtering ponds 2, pulverizing chamber 3, surge chamber 4, anaerobic digester 5, sludge compressor 6, fluid storage Room 7, lifting device 8, grid 9, supersonic generator 10, agitator 11, mixing component 11-1, at methane outlet 12, dry mud Reason mouth 13, the first mixing blade 14, motor 15, shaft 16, the second mixing blade 17, filter screen 18, the first pipeline 19, connecting tube Road 20, valve 21, uviol lamp 22, heater 23, outlet 24, garbage-cleaning mouth 25, high-pressure spraying head 26, the punching of the first high pressure The mouth of a river 27, the first dewatering outlet 28, the second high-pressure flush mouth 29, the second dewatering outlet 30.
Specific embodiment
This utility model is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1:
As shown in figure 1, the recycling of mud and derivant is processed in a kind of Ecology process provided in the present embodiment System, including the sludge pump 1 being sequentially connected, filtering ponds 2, pulverizing chamber 3, surge chamber 4, anaerobic digester 5, the and of sludge compressor 6 Liquid storage room 7, is connected between the filtering ponds 2 and pulverizing chamber 3 by lifting device 8, and on the top of filtering ponds 2 grid is provided with 9, the first mixing blade 14 is formed around in the side wall of pulverizing chamber 3, the stirring controlled by motor 15 is provided with the center of pulverizing chamber 3 Axle 16, is distributed with inclined second mixing blade 17, the mixing blade of first mixing blade 14 and second on shaft 16 It is spaced apart between 17, and the edge of a knife is symmetrically set, and in surge chamber 4 supersonic generator 10 and inclined filter screen are provided with 18, it is connected with liquid storage room 7 by the first pipeline 19 in the bottom of surge chamber 4, the connecting tube of anaerobic digester 5 and surge chamber 4 Road 20 is provided with agitator 11, the mixing component 11-1 of the agitator 11 located at the top of filter screen 18 in the top of anaerobic digester 5 In anaerobic digester 5, methane outlet 12 is provided with the top of anaerobic digester 5, is provided with anaerobic digester 5 plus hot charging 23 are put, dry mud is provided with sludge compressor 6 and is processed mouth 13.
In order to carry out sterilizing to sewage, uviol lamp 22 is provided with liquid storage room 7, by uviol lamp 22 to sewage Carry out sterilization processing again.
The design of said structure, using sludge pump 1 on the sludge extraction in Ecology processing procedure being then fed to Filtering ponds 2, by mud of the grid 9 in filtering ponds 2 by extraction in degradable big object of not allowing separate from mud, Mud is sent to crushing interior by the mud of bottom by lifting device 8 in filtering ponds 2, now opens motor 15, and motor 15 is opened Dynamic to drive shaft 16 to rotate, shaft 16 drives second mixing blade 17 on top to rotate, so as to cut mud, by mud Some do not allow degradable mud to carry out cutting to become little particle because granule is larger, so that later stage degradation speed, Due to the first mixing blade 14 and the collective effect of the second mixing blade 17 during cutting so that the effect of cutting is relative Preferably, in surge chamber 4 in the presence of filter screen 18, the part moisture in mud is flowed into the bottom of surge chamber 4, and mud is rested on Top is re-fed into anaerobic digester 5 simultaneously because the effect of ultrasound wave, can further kill after microorganism, is necessarily reacting At a temperature of, anaerobic digestion, institute's methane phase is exported by the methane outlet at top, makees fuel or industrial chemicals;Then the mud of bottom Flow into sludge compressor 6 to be compressed, remaining moisture in mud is discharged, mud becomes dry mud, for follow-up as fertilizer Material or burn is filled up, and unnecessary moisture sends into liquid storage room 7, thus by said structure can easily by mud and Derivant is recycled after being processed, so that mud is turned waste into wealth, pollution, environmental protection, and whole mistake is prevented from again Cheng Gengjia energy-conservations, realize the Ecological Disposal to mud.
Embodiment 2:
As shown in Fig. 2 the recycling of mud and derivant is processed in a kind of Ecology process provided in the present embodiment The general configuration of system is same as Example 1, and rubbish is except for the difference that cleared up for convenience, and in liquid storage room 7 water outlet is provided with Mouth 24, is provided with garbage-cleaning mouth 25 on filtering ponds 2, and valve 21 is provided with connecting pipe 20, is provided with the side wall of filtering ponds 2 First high-pressure flush mouth 27, in the bottom of filtering ponds 2 the first dewatering outlet 28 is provided with, and in the side wall of surge chamber 4 the second high pressure is provided with Flush port 29, in the bottom of surge chamber 4 the second dewatering outlet 30 is provided with, and in the upper end of surge chamber 4 high-pressure spraying head 26 is provided with;By upper Structure is stated, after long-time use, when needing to clean filtering ponds 2, first-selection can open in garbage-cleaning mouth 25, by the rubbish of the inside Rubbish all takes out, then by toward connection water under high pressure in the first high-pressure flush mouth 27 so that water carries out high pressure rinse to inside, and The first dewatering outlet 28 is opened, sewage is released, you can realize the cleaning to filtering ponds 2, in the same manner, when needing to clean surge chamber 4, First-selection high-pressure spraying head 26 is rinsed to filter screen 18 so that the mud of some residuals flows into the lower section of surge chamber 4, then toward the Connection water under high pressure in two high-pressure flush mouths 29 so that water carries out high pressure rinse to inside, and opens the second dewatering outlet 30, by sewage Release.

Claims (3)

1. the recycling processing system of mud and derivant, is characterized in that during a kind of Ecology is processed:Including the dirt being sequentially connected Dredge pump(1), filtering ponds(2), pulverizing chamber(3), surge chamber(4), anaerobic digester(5), sludge compressor(6)And liquid storage room (7), the filtering ponds(2)With pulverizing chamber(3)Between pass through lifting device(8)Connection, in filtering ponds(2)Top be provided with grid (9), in pulverizing chamber(3)Side wall be formed around the first mixing blade(14), in pulverizing chamber(3)Center be provided with by motor(15) The shaft of control(16), in shaft(16)On inclined second mixing blade is distributed with(17), first mixing blade (14)With the second mixing blade(17)Between be spaced apart, and the edge of a knife is symmetrically set, in surge chamber(4)Inside it is provided with ultrasound wave Generator(10)With inclined filter screen(18), in surge chamber(4)Bottom passes through the first pipeline(19)With liquid storage room(7)Even Connect, anaerobic digester(5)With surge chamber(4)Connecting pipe(20)Located at filter screen(18)Top, in anaerobic digester(5)On Side is provided with agitator(11), the agitator(11)Mixing component(11-1)Located at anaerobic digester(5)It is interior, in anaerobic digestion Pond(5)Top be provided with methane outlet(12), in anaerobic digester(5)It is provided with heater(23), in sludge compressor(6) It is provided with dry mud and processes mouth(13).
2. the recycling processing system of mud and derivant, is characterized in that during Ecology according to claim 1 is processed: Liquid storage room(7)Inside it is provided with uviol lamp(22).
3. the recycling processing system of mud and derivant, its feature during Ecology according to claim 1 and 2 is processed It is:In liquid storage room(7)It is provided with outlet(24), in filtering ponds(2)It is provided with garbage-cleaning mouth(25), in connecting pipe (20)It is provided with valve(21), in filtering ponds(2)Side wall be provided with the first high-pressure flush mouth(27), in filtering ponds(2)Bottom It is provided with the first dewatering outlet(28), in surge chamber(4)Side wall be provided with the second high-pressure flush mouth(29), in surge chamber(4)Bottom It is provided with the second dewatering outlet(30), in surge chamber(4)Upper end is provided with high-pressure spraying head(26).
CN201621212005.1U 2016-11-10 2016-11-10 Silt and derivant recycled processing system during aquatic attitude was handled Active CN206156994U (en)

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Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107596777A (en) * 2017-11-01 2018-01-19 安徽上造智能设备科技有限公司 A kind of sewage-treatment plant
CN108455808A (en) * 2018-05-14 2018-08-28 郑州丽福爱生物技术有限公司 A kind of biotechnology sludge treatment device
CN108529838A (en) * 2018-04-15 2018-09-14 苏州建益森电子科技有限公司 A kind of digester sludge stirring system
CN109205919A (en) * 2018-11-19 2019-01-15 佛山科学技术学院 A kind of water treatment facilities of the industrial wastewater with Multistage filtering device
CN109226205A (en) * 2018-10-25 2019-01-18 肖江江 A kind of house refuse decomposition apparatus of environmental protection
CN112121711A (en) * 2020-09-11 2020-12-25 江苏优鲜到家农业科技有限公司 Sludge treatment tank and sludge treatment method using same

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107596777A (en) * 2017-11-01 2018-01-19 安徽上造智能设备科技有限公司 A kind of sewage-treatment plant
CN108529838A (en) * 2018-04-15 2018-09-14 苏州建益森电子科技有限公司 A kind of digester sludge stirring system
CN108455808A (en) * 2018-05-14 2018-08-28 郑州丽福爱生物技术有限公司 A kind of biotechnology sludge treatment device
CN109226205A (en) * 2018-10-25 2019-01-18 肖江江 A kind of house refuse decomposition apparatus of environmental protection
CN109205919A (en) * 2018-11-19 2019-01-15 佛山科学技术学院 A kind of water treatment facilities of the industrial wastewater with Multistage filtering device
CN112121711A (en) * 2020-09-11 2020-12-25 江苏优鲜到家农业科技有限公司 Sludge treatment tank and sludge treatment method using same

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