CN205299539U - System for utilize cement kiln to deal with domestic waste in coordination - Google Patents
System for utilize cement kiln to deal with domestic waste in coordination Download PDFInfo
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- CN205299539U CN205299539U CN201520989880.XU CN201520989880U CN205299539U CN 205299539 U CN205299539 U CN 205299539U CN 201520989880 U CN201520989880 U CN 201520989880U CN 205299539 U CN205299539 U CN 205299539U
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- Processing Of Solid Wastes (AREA)
Abstract
The utility model provides a system for utilize cement kiln to deal with domestic waste in coordination, includes: the broken unit of a domestic waste, a domestic waste mummification unit, feed inlet are opened at a feed bin top side, and the discharge gate is opened at its bottom side, the internal conversion zone that is equipped with the setting of a plurality of levels in storehouse, the tail end of just above -mentioned conversion zone and originated of following conversion zone communicate with each other, have a set of heavily loaded balladeur train device at each conversion zone overhead, all set the facility of dredging of filtration liquid on each conversion zone, a domestic waste compresses conveying unit, a cement kiln is the processing system in coordination, at least including burning burning furnace and cement kiln dore furnace, burn the slag that burning furnace discharged and directly carry the cement kiln raw mill to deal with the unit in coordination, burn burning furnace and go up the hot flue gas that the cigarette window discharged and go into the cement kiln in coordination with dealing with the unit, set a biological filter deodorization unit and a sewage treatment plant. It can be solved and take soil, secondary pollution and two dislike and handle problems because of discharging and burn the lime -ash, really realizes innoxious, minimizing and resourceization.
Description
Technical field
This utility model belongs to technical field of waste treatment, particularly relates to a kind of system utilizing cement kiln synergic processing house refuse.
Background technology
Along with the raising of social productive forces and improving constantly of people's living standard, the generation amount that the thing followed is various rubbish is also increasing, but at present the ability of garbage disposal is also comparatively limited to, local at some, even can adopt the mode of landfill, common people's living environment being caused certain negative effect, more focuses on today of quality of life people, effective process of rubbish has become the hope of everybody hope.
Simultaneously, development along with modern industry, agricultural and green technology, recycling economy is just paid attention to widely with recycling, composition (part) is complicated, characteristic is different, the house refuse of different water cut and thermal value range, in process as Renewable resource and energy source use, efficiently, reliable, continuous print treatment technology overall investment and the operating cost of project will be played decisive role.
New dry process rotary kiln is utilized to dispose domestic waste technology, by house refuse being converted into the alternative materials of manufacture of cement, alternative fuel, the exploitation to non-renewable energy resources can be reduced, can thoroughly solve land occupation, secondary pollution, two because of discharge, and incineration residue processes problem, real realize completely the requirement of " innoxious, minimizing, resource ".
In prior art, though existing several cement kiln synergic processing projects, but process route is unreasonable, the cement plant area stink common people are dissatisfied, equipment failure rate height maintenance intensity is big, to enter kiln garbage water big affects that stable, the kiln system significantly underproduction (such as certain factory's underproduction 10%) of kiln thermal regulation, clinker quality poor stability, clinker strength be low, cement plant benefit minimizing etc., has more prominent problem.
Utility model content
Main purpose of the present utility model is to provide a kind of system utilizing cement kiln synergic processing house refuse, it is intended to solve the problems of the prior art.
For achieving the above object, this utility model takes following design:
A kind of system utilizing cement kiln synergic processing house refuse, it includes:
One Domestic garbage crushing unit, include feeding system, crushing system and discharge system, having open upper feeding mouth, be equipped with a material conveying device that house refuse can be transported to this mouthful before this feeding mouth, the discharging opening of this unit is located at the lower section of discharge system;
One life garbage drying unit, it it is a feed bin with charging aperture and discharging opening, a material conveying device that the discharging of Domestic garbage crushing unit can be transported to this mouthful it is equipped with before described charging aperture, this charging aperture is opened in feed bin warehouse top side limit, and the discharging opening of this feed bin is opened in the side bottom its feed bin warehouse; Described feed bin warehouse is placed on a structure-steel framing, some horizontally disposed conversion zones it are provided with in feed bin warehouse, and the tail end of conversion zone communicates with the initial part of following conversion zone above, is equipped with one group of heavily loaded carriage apparatus driven by hydraulic power unit in each conversion zone; What all arrange percolate in each conversion zone dredges facility; Described charging aperture is positioned at above the initial part of conversion zone topmost, and the discharging opening of described feed bin is opened in the afterbody of bottom conversion zone, and described discharge unit is located at the lower section of feed bin discharge hole, is provided with the main device for discharging for being drawn off by material in this discharge unit; One is offered for producing the gas outlet of gas after discharging house refuse mummification reaction at feed bin warehouse top;
Also arranging a biofilter deodorization unit for life garbage drying unit, this unit has upper shed and transfers mouth, and described upper shed is connected with the gas outlet at house refuse mummification unit feed bin warehouse top and is provided with more than one blower fan in path;
It is furnished with a sewage-treatment plant, is positioned at the lower section of Biological filter deodorization unit, and it transfers a mouthful UNICOM by pipeline and Biological filter deodorization unit;
One cement kiln synergic processing system, at least includes incinerator and cement kiln; The slag of the under shed discharge of described incinerator is delivered directly to the cement producing line raw mill cooperative disposal unit of cement kiln, and on incinerator, the heat smoke of smokestack discharge enters the cement producing line dore furnace cooperative disposal unit of cement kiln.
In the described system utilizing cement kiln synergic processing house refuse, also arrange a temporary storing bin for being undertaken storing by house refuse after drying and other treatment, this temporary storing bin is fixed or packaged type, or this temporary storing bin is also with can the automatic compression apparatus of house refuse after compacting drying and other treatment.
In the described system utilizing cement kiln synergic processing house refuse, intersection in described upper and lower conversion zone, being provided with for the auxiliary discharging device by the material turning of upper conversion zone to lower conversion zone, this auxiliary discharging device at least includes the rotary setting gauge of a upset material.
In the described system utilizing cement kiln synergic processing house refuse, a backgauge post it is provided with in the front of rotary setting gauge, this backgauge post is arranged from top to bottom, and the upper end of backgauge post connects with upper conversion zone, and the bottom of backgauge post and lower conversion zone leave the gap that feed passes through.
In the described system utilizing cement kiln synergic processing house refuse, described heavily loaded carriage apparatus includes: a hydraulically powered central hydraulic cylinder, a balladeur train and for connecting the driving beam of balladeur train;This heavy duty carriage apparatus is driven by hydraulic power unit.
In the described system utilizing cement kiln synergic processing house refuse, if each layer platform upper surface installs plural heavy duty carriage apparatus, then reciprocal alternating movement mutually done by two adjacent heavily loaded balladeur trains.
In the described system utilizing cement kiln synergic processing house refuse, the sliding framework structure of house refuse mummification unit heavy duty balladeur train is arranged the ventilation duct of metal material or nonmetallic materials, each ventilation duct and the one group of vent UNICOM being arranged on house refuse mummification unit bottom.
In the described system utilizing cement kiln synergic processing house refuse, respectively react at house refuse mummification unit and layer by layer body installs filter, the conveyance conduit collecting percolate is arranged below filter, one group of shower nozzle spraying downwards percolate installed by conveying pipe, conveyance conduit is provided with diafiltration liquid pump.
In the described system utilizing cement kiln synergic processing house refuse, the airtight gas skirt of the gas produced after the gas outlet place at described feed bin warehouse top sets and reacts for centralized collection house refuse mummification.
This utility model utilizes cement kiln synergic processing house refuse technology to be through broken by house refuse significantly high for water content, burn in grate furnace after biological dewatered, rubbish residue and slag after burning participate in manufacture of cement raw meal proportioning, cooperative disposal is carried out by entering the raw mill of cement producing line, in grinding and cement kiln, high-temperature calcination becomes grog, realize the zero-emission of waste incineration slag, the heat smoke produced after burning passes into cooperative disposal in the dore furnace of cement producing line, realize the high temperature incineration of the positive contribution of heat smoke heat and harmful gas, unified the reaching of final and cement kiln waste gas meets national standard rear discharge up to standard.
This utility model technology can avoid consumer waste filling and embedding, the house refuse direct generation of electricity that common people's living environment is adversely affected, and also removes difficulties and alleviates sufferings for government.
The utility model has the advantages that:
1, good for rubbish adaptability to be dealt with, need not sort;
2, from storing the one side charging of mummification unit top, bottom discharge, it is all very flexible that processed house refuse meets the principle of first in first out, charging and discharge method;
3, the adaptive capacity of house refuse is extremely strong, house refuse scope applicatory is wide, solid-state and semisolid adopting biomass domestic garbage including different compositions, different viscosities, different water cut (solid content) and different thermal value range, it is possible to be ecosystem house refuse, mineral and municipal waste, kitchen house refuse etc.;
4, collected by deodorization unit and process, it is possible to reaching harmless discharge standard;
5, the heat smoke utilizing cement kiln synergic processing house refuse process system enters cement kiln unit and can be transported in cement producing line dore furnace all through hot blast conveying pipe road by the heat smoke that consumer waste incineration produces, utilize this thermal source to greatest extent, reach cement kiln and reduce the effect that partial fuel coal uses, reduce the discharge of carbon dioxide, do not affect the normal of cement kiln simultaneously and produce machine product quality;
6, can individually be transported to the unit specified, participate in the dispensing of cement slurry grinding system, as the alternative materials of cement raw meal mill dispensing, both can effectively use inorganic matter composition therein, and guarantee again the waste residue zero-emission of house refuse cooperative disposal process simultaneously;
7, domestic garbage incineration flyash enters quality coal in cement kiln systems together with heat smoke, participates in the chemical reaction of clinker burning in cement kiln, is solidificated in clinker mineral and stablizes in lattice, can really realize the zero-emission of flying dust;
8, remarkable in economical benefits, as cement kiln alternative fuel, can reduce cement kiln fire coal and consumes, reduce cement production enterprise production cost, consolidate status, enterprise market.
Accompanying drawing explanation
Fig. 1 is the system one embodiment composition schematic diagram that this utility model utilizes cement kiln synergic processing house refuse.
Fig. 2 is this utility model house refuse mummification unit one example structure schematic diagram (master looks).
Fig. 3 is embodiment illustrated in fig. 2 structural representation (overlooking, A-A sectional view).
Fig. 4 is embodiment illustrated in fig. 2 structural representation (side-looking).
Fig. 5 is the heavily loaded carriage apparatus one example structure schematic diagram in this utility model house refuse mummification unit.
Fig. 6 is another example structure schematic diagram of heavily loaded carriage apparatus in this utility model house refuse mummification unit.
Fig. 7 is the method block flow diagram that this utility model utilizes cement kiln synergic processing house refuse.
In figure: 1-Domestic garbage crushing unit; 2-house refuse mummification unit; 3-sewage treatment unit; 4-ventilation oxygen supply unit; 5-deodorization unit; 6-temporary storing bin; 7-house refuse grate furnace burns unit; 8-heat smoke enters cement kiln synergic processing unit; 9-slag enters cement kiln raw mill cooperative disposal unit; 10-electric control unit; 11-generates electricity Prearranged elements; 21-backgauge post; 22-feed bin; 23-shower; 24-vent; 25-setting gauge; The main device for discharging of 26-; 27-charging aperture; 28-heavy duty carriage apparatus; 29-stirrer; 280-hydraulic drive unit; 281-wing type plate; 282-position limiting structure.
Below in conjunction with drawings and the specific embodiments, this utility model is described in further details.
Detailed description of the invention
Consulting shown in Fig. 1, this utility model utilizes that the system of cement kiln synergic processing house refuse specifically includes that Domestic garbage crushing unit 1, house refuse mummification unit 2, sewage treatment unit 3, ventilation oxygen supply unit 4, deodorization unit 5 (foul smell is collected and processed), temporary storing bin 6, house refuse grate furnace burns unit 7, heat smoke enters cement kiln synergic processing unit 8, slag enters cement kiln raw mill cooperative disposal unit 9, electric control unit 10 and generating Prearranged elements 11.
Domestic garbage crushing unit 1 of the present utility model can provide for prior art, comprise feeding system, crushing system and discharge system three part, crushing system adopts fixed or portable waste crusher, the house refuse grain size intervals 20��160mm being suitable for, this utility model system can be adjusted to percentage of damage >=90%, to adapt to various ingredients in any house refuse (such as stone, fiber, tire and metal etc.), it may be achieved the efficiency crushing of house refuse.
Described house refuse mummification unit 2 can be rectangle stereochemical structure, and indoor design is single layer structure or multiple structure reaction platform, and entirety may be disposed on the ground or underground, or utilize the geographical feature at project scene and need treatment in accordance with local conditions construction. Consulting shown in Fig. 2 to Fig. 4, it mainly includes feed unit, feed bin, leachate collection spray unit, supports unit ventilators, discharge unit and electric point control unit.
Described house refuse can pass through the conveying equipments such as belt conveyor, chain scraper conveyor, screw conveyer or loader from its top feed mouth 27 charging of feed bin 22.
Described feed bin 22 is with charging aperture and discharging opening, and feed bin 22 entirety may be disposed on the ground or underground, or utilizes the geographical feature at project scene and need treatment in accordance with local conditions construction. In the present embodiment, its feed bin warehouse is placed on a structure-steel framing, and the height of landing leg��6m of this structure-steel framing facilitates the discharging of system; The conversion zone that feed bin warehouse indoor design multiple-layer horizontal is arranged, and the tail end of conversion zone communicates with the initial part of following conversion zone above, for each layer of conversion zone structure, when its side (is set as initial part) for feeding mouth, opposite side (is set as tail end) for discharging opening, and in feed bin warehouse, all of parts must be done preservative treatment;Temperature continuous monitoring device can be provided with in feed bin warehouse. Each conversion zone is equipped with the heavily loaded carriage apparatus 28 that a group (its quantity is determined by the width of this conversion zone, it is possible to be or several) is driven by hydraulic power unit, each conversion zone is also equipped with one group of stirrer 29; At the intersection of upper and lower conversion zone, (its quantity can be consistent with the quantity of heavy duty carriage apparatus to be provided with one group; Man-to-man and heavily loaded carriage apparatus position, its position is corresponding) for the auxiliary discharging device by the material turning of upper conversion zone to lower conversion zone, this auxiliary discharging device at least includes the revolving setting gauge 25 of a upset material. For realizing reliable upset, it is provided with a stop gauge in the front of setting gauge 25, a kind of form in this stop gauge is one group of backgauge post 21, or be lattice-shaped plate or for grid shaped board, in the present embodiment, adopting one group of backgauge post 21, this backgauge post is arranged from top to bottom, the upper end of backgauge post connects with upper conversion zone, and the bottom of backgauge post and lower conversion zone leave the gap passed through for material. The charging aperture of described feed bin unit is positioned at above the initial part of conversion zone topmost, the discharging opening of described feed bin unit is opened in the side (that is being the afterbody of bottom conversion zone) bottom its feed bin warehouse, described discharge unit is located at the lower section of feed bin unit discharging opening, is provided with the main device for discharging 26 for being drawn off by material in this discharge unit.
Each conversion zone of feed bin warehouse of the present utility model can adopt modularization making, by the combination of some modular units, the overall dischargeable capacity of house refuse mummification unit 2 is made to meet the demand of system house refuse charging, the temporarily total residence time of storage and the technique such as mummification or aerobic compost.
Described heavily loaded carriage unit device can adopt wing type heavy duty balladeur train, referring to Fig. 5, it is with wing type plate 281 (nonmetal wearing plate), this staged heavy duty balladeur train is directly driven by a hydraulically powered central hydraulic cylinder 280, and is realized the guiding to the traveling of this staged heavy duty balladeur train and spacing by one group of position limiting structure 282.
Described heavily loaded carriage unit device also can adopt staged heavy duty balladeur train, referring to Fig. 5, or adopt more version, its structural design should ensure that it reciprocatingly slides in conversion zone and house refuse can be promoted to move to the afterbody of this conversion zone, to realize by the initial part of place conversion zone, house refuse is pushed to afterbody in order; Acting as of heavy duty carriage apparatus prevents house refuse knot arch and conveying material. The sliding framework structure of heavy duty balladeur train can be arranged the ventilation duct of metal material or nonmetallic materials, each ventilation duct and one group of vent 24 UNICOM being arranged on house refuse mummification unit bottom, ventilation duct also can be offered some air vents, by such design, can ventilate to each conversion zone of feed bin uniformly.
Described main device for discharging also adopts spiral, chain scraper conveyor or belt conveyor to realize discharging, is discharged to following process procedure from side so that the bottom to react the house refuse of platform; It is mature technology, and this does not repeat.
Each heavy duty carriage apparatus of the present utility model and main device for discharging all can adopt hydraulic-driven, and power can derive from hydraulic power unit (Hydraulic Station). Hydraulic Station output power drive hydraulic cylinder, Driven by Hydraulic Cylinder heavy duty balladeur train does on the storage each layer surface of mummification unit and at the uniform velocity moves back and forth, and its speed is controlled, it is achieved promote the function storing the house refuse motion of mummification unit inner. layers surface.
Above the conversion zone of the top, (feed bin gating location) arranges one group of spray equipment (pipeline and shower 23), is used for spraying the percolate for for house refuse reaction;Another in each conversion zone, all can arrange percolate and aerobic bacterium solution dredge facility, in the present embodiment, this is dredged facility and is utilized on each reaction body layer by layer to install filter, the conveyance conduit collecting percolate is arranged below filter, one group of downward conversion zone installed by conveying pipe and sprays the shower nozzle 23 of percolate, conveyance conduit is provided with diafiltration liquid pump.
In bottom, side discharging (is different from the center dump of prior art in this utility model employing, center dump may result in material extrude at base plate and sidewall, compacting, cause that heavy duty balladeur train is not normally functioning), from then on material can be avoided to build bridge at base plate and sidewall, tie the hidden danger such as arch and wall built-up, guarantee that heavy duty carriage apparatus is in overlength life cycle, it is achieved continuous, controlled, automatization's discharging and operation steady in a long-term.
Further, this utility model house refuse mummification unit 2 can also adopt modularized design, is arrange outage in bottom, arrange material level observation port at sidewall and arrange inspection manhole at sidewall.
Single or multiple lift reaction platform structure it is designed as in this utility model house refuse mummification unit 2, by the control to the motion stored in mummification unit and aerobic reaction condition, realize that house refuse is carried out synergic processing process and process the required time of staying (>=24 hours), discharging moisture content (��30%) isoparametric control, to meet the demand of house refuse synergic processing process application, store and there is no dead angle inside mummification unit, house refuse realizes under the effects of the provisioned many set heavy duty balladeur trains of its each layer reaction platform and Aided Machine parts thereof high reliability and the controlled movement of speed.
This utility model sewage treatment unit 3 adopts the technique (being ripe prior art) that two-stage DTRO+ ion exchanges, it can be ensured that reach water outlet designing requirement.
After described deodorization unit 5 adopts combination method deodorization, house refuse pretreatment and mummification workshop to adopt airtight gas skirt centralized collection, adopt the technology path deodorization that " ion deodorization+vegetation water elite of efficiently volatilizing " is combined, reach designing requirement.
Described house refuse grate furnace burns unit 7 and is formed (can be existing techniques in realizing) by house refuse feeding system, incinerator body, slag-tapping system, incinerator Hydraulic Power Transmission System, igniting and standby firing system, combustion air system. heat smoke enters cement producing line dore furnace cooperative disposal unit, house refuse is burned the heat smoke (flying dust containing after waste incineration) of generation in grate furnace and is entered continuation calcining in cement kiln dore furnace in the lump, it is about 890 degree that cement kiln decomposes in-furnace temperature, process further under the high-temperature alkaline atmosphere of quality coal in cement kiln systems: referring to Fig. 1, the heat smoke that waste incineration produces is delivered in cement kiln dore furnace by gas pipeline and disposes, cement kiln firing system technical process is as follows, raw meal powder enters in preheater C1 cyclone cylinder, enter in cement kiln by C5 from top to bottom, cement kiln flue gas passes through cement kiln end and smoke-box, C5 is from bottom to top to C1 nozzle, raw material are reverse with heat smoke and go, carry out heat exchange, gas solid separation and chemical reaction, the waste gas of waste incineration is with cement kiln flue gas, with identical path flowing, cooperative disposal is completed in dore furnace and preheater, qualified discharge together with the waste gas of cement kiln self. both having removed the pollutant acid gas in flue gas and two English, heat is utilized simultaneously again. slag therein enters cement kiln raw mill cooperative disposal unit, the residue that slag produces after being mainly consumer waste incineration, the slag produced enters slag allotment storehouse through slag remover, conveyer belt, set before warehouse-in except metal device, guarantee the safe operation of raw mill, after the belt scale metering in formulated bottom of the reservior portion, participate in raw mill dispensing, after raw mill grinding, become raw meal powder, raw meal powder enters quality coal in cement kiln systems mature calcined material, it is achieved slag zero-emission.
Described to utilize cement kiln synergic processing house refuse process system can be all Automated condtrol, and including: continuous and automatic feed-crushing, house refuse mummification, sewage disposal, deodorization, continuous discharge, compression conveying, grate furnace burns, heat smoke enters quality coal in cement kiln systems, slag enters raw mill cooperative disposal etc. Ad hoc central control room (electric control unit 10), can by operator's centralized Control in Central Control Room, and the concrete technology that controls by existing techniques in realizing, can not repeat herein.
Media implementation high-efficiency and continuous house refuse cooperative disposal is required by being designed to meet of this utility model system: house refuse enters and utilizes cement kiln synergic processing house refuse process system to store after mummification unit, heavy duty carriage apparatus is driven to move reciprocatingly in storage mummification unit bottom by hydraulic power unit, and other auxiliary discharging devices in complex reaction device, such as: backgauge post, position limiting structure and setting gauge etc., house refuse is controlled from storage mummification unit one or both sides continuously. by controlling the ventilation (oxygen supply) amount (can judge) of house refuse according to practical experience, material layer temperature (30��65 DEG C), sepage is collected and is filtered, the process procedures such as deodorization realize house refuse synergic processing process process (time of staying is >=24 hours) controlled continuously, after house refuse moisture content and other indexs reach discharging requirement (such as: moisture content��30%), pass through discharge auger, chain scraper conveyor, belt conveyor draws off from storing mummification unit side, the house refuse of mummification is entrucking (or conveying equipment) conveying after compressor compresses.
The various embodiments described above can in addition some changes under without departing from scope of the present utility model, therefore description above is comprised and the structure shown in accompanying drawing should be regarded as exemplary, and is not used to the protection domain of restriction the application patent.
Claims (9)
1. the system utilizing cement kiln synergic processing house refuse, it is characterised in that include:
One Domestic garbage crushing unit, include feeding system, crushing system and discharge system, having open upper feeding mouth, be equipped with a material conveying device that house refuse can be transported to this mouthful before this feeding mouth, the discharging opening of this unit is located at the lower section of discharge system;
One life garbage drying unit, it it is a feed bin with charging aperture and discharging opening, a material conveying device that the discharging of Domestic garbage crushing unit can be transported to this mouthful it is equipped with before described charging aperture, this charging aperture is opened in feed bin warehouse top side limit, and the discharging opening of this feed bin is opened in the side bottom its feed bin warehouse; Described feed bin warehouse is placed on a structure-steel framing, some horizontally disposed conversion zones it are provided with in feed bin warehouse, and the tail end of conversion zone communicates with the initial part of following conversion zone above, is equipped with one group of heavily loaded carriage apparatus driven by hydraulic power unit in each conversion zone; What all arrange percolate in each conversion zone dredges facility; Described charging aperture is positioned at above the initial part of conversion zone topmost, and the discharging opening of described feed bin is opened in the afterbody of bottom conversion zone, and described discharge unit is located at the lower section of feed bin discharge hole, is provided with the main device for discharging for being drawn off by material in this discharge unit; One is offered for producing the gas outlet of gas after discharging house refuse mummification reaction at feed bin warehouse top;
Also arranging a biofilter deodorization unit for life garbage drying unit, this unit has upper shed and transfers mouth, and described upper shed is connected with the gas outlet at house refuse mummification unit feed bin warehouse top and is provided with more than one blower fan in path;
It is furnished with a sewage-treatment plant, is positioned at the lower section of Biological filter deodorization unit, and it transfers a mouthful UNICOM by pipeline and Biological filter deodorization unit;
One cement kiln synergic processing system, at least includes incinerator and cement kiln; The slag of the under shed discharge of described incinerator is delivered directly to the cement producing line raw mill cooperative disposal unit of cement kiln, and on incinerator, the heat smoke of smokestack discharge enters the cement producing line dore furnace cooperative disposal unit of cement kiln.
2. the system utilizing cement kiln synergic processing house refuse according to claim 1, it is characterized in that: also arrange a temporary storing bin for being undertaken storing by house refuse after drying and other treatment, this temporary storing bin is fixed or packaged type, or this temporary storing bin is also with can the automatic compression apparatus of house refuse after compacting drying and other treatment.
3. the system utilizing cement kiln synergic processing house refuse according to claim 1, it is characterized in that: at the intersection of described upper and lower conversion zone, being provided with for the auxiliary discharging device by the material turning of upper conversion zone to lower conversion zone, this auxiliary discharging device at least includes the rotary setting gauge of a upset material.
4. the system utilizing cement kiln synergic processing house refuse according to claim 3, it is characterized in that: be provided with a backgauge post in the front of rotary setting gauge, this backgauge post is arranged from top to bottom, the upper end of backgauge post connects with upper conversion zone, and the bottom of backgauge post and lower conversion zone leave the gap that feed passes through.
5. the system utilizing cement kiln synergic processing house refuse according to claim 1, it is characterised in that: described heavily loaded carriage apparatus includes: a hydraulically powered central hydraulic cylinder, a balladeur train and for connecting the driving beam of balladeur train; This heavy duty carriage apparatus is driven by hydraulic power unit.
6. the system utilizing cement kiln synergic processing house refuse according to claim 1, it is characterised in that: if each layer platform upper surface installs plural heavy duty carriage apparatus, then reciprocal alternating movement mutually done by two adjacent heavily loaded balladeur trains.
7. the system utilizing cement kiln synergic processing house refuse according to claim 1, it is characterized in that: the sliding framework structure of house refuse mummification unit heavy duty balladeur train is arranged the ventilation duct of metal material or nonmetallic materials, each ventilation duct and the one group of vent UNICOM being arranged on house refuse mummification unit bottom.
8. the system utilizing cement kiln synergic processing house refuse according to claim 1, it is characterized in that: respectively react at house refuse mummification unit and layer by layer body installs filter, the conveyance conduit collecting percolate is arranged below filter, one group of shower nozzle spraying downwards percolate installed by conveying pipe, conveyance conduit is provided with diafiltration liquid pump.
9. the system utilizing cement kiln synergic processing house refuse according to claim 1, it is characterised in that: the airtight gas skirt of the gas produced after the gas outlet place at described feed bin warehouse top sets and reacts for centralized collection house refuse mummification.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520989880.XU CN205299539U (en) | 2015-12-02 | 2015-12-02 | System for utilize cement kiln to deal with domestic waste in coordination |
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| CN201520989880.XU CN205299539U (en) | 2015-12-02 | 2015-12-02 | System for utilize cement kiln to deal with domestic waste in coordination |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106813244A (en) * | 2015-12-02 | 2017-06-09 | 北京恩萨工程技术有限公司 | A kind of system and method for utilization cement kiln synergic processing house refuse |
| CN111909747A (en) * | 2019-05-10 | 2020-11-10 | 吉林金隅冀东环保科技有限公司 | Process for replacing raw coal fuel with biomass |
-
2015
- 2015-12-02 CN CN201520989880.XU patent/CN205299539U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106813244A (en) * | 2015-12-02 | 2017-06-09 | 北京恩萨工程技术有限公司 | A kind of system and method for utilization cement kiln synergic processing house refuse |
| CN106813244B (en) * | 2015-12-02 | 2019-11-29 | 北京恩萨工程技术有限公司 | A kind of system and method using cement kiln synergic processing house refuse |
| CN111909747A (en) * | 2019-05-10 | 2020-11-10 | 吉林金隅冀东环保科技有限公司 | Process for replacing raw coal fuel with biomass |
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Effective date of registration: 20170104 Address after: Room 11, building No. 172, Beiyuan Road, Beijing, Chaoyang District, 100101, China Patentee after: Beijing Answer Engineering Technology Co., Ltd. Address before: Room 11, building No. 172, Beiyuan Road, Beijing, Chaoyang District, 100101, China Patentee before: Dan Feng Patentee before: Li Xiaoyang Patentee before: Li Yan Patentee before: Qin Yibo Patentee before: Yang Yanru |
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Address after: 100101 Beijing City, Chaoyang District Road No. 5 4 floor Patentee after: Beijing Answer Engineering Technology Co., Ltd. Address before: Room 11, building No. 172, Beiyuan Road, Beijing, Chaoyang District, 100101, China Patentee before: Beijing Answer Engineering Technology Co., Ltd. |