CN104446727A - Organic material fermentation and recycling treatment equipment and treatment method thereof - Google Patents
Organic material fermentation and recycling treatment equipment and treatment method thereof Download PDFInfo
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- CN104446727A CN104446727A CN201410678425.8A CN201410678425A CN104446727A CN 104446727 A CN104446727 A CN 104446727A CN 201410678425 A CN201410678425 A CN 201410678425A CN 104446727 A CN104446727 A CN 104446727A
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- C—CHEMISTRY; METALLURGY
- C05—FERTILISERS; MANUFACTURE THEREOF
- C05F—ORGANIC FERTILISERS NOT COVERED BY SUBCLASSES C05B, C05C, e.g. FERTILISERS FROM WASTE OR REFUSE
- C05F17/00—Preparation of fertilisers characterised by biological or biochemical treatment steps, e.g. composting or fermentation
- C05F17/90—Apparatus therefor
- C05F17/964—Constructional parts, e.g. floors, covers or doors
- C05F17/971—Constructional parts, e.g. floors, covers or doors for feeding or discharging materials to be treated; for feeding or discharging other material
- C05F17/979—Constructional parts, e.g. floors, covers or doors for feeding or discharging materials to be treated; for feeding or discharging other material the other material being gaseous
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- Y—GENERAL 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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/40—Bio-organic fraction processing; Production of fertilisers from the organic fraction of waste or refuse
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- Organic Chemistry (AREA)
- Processing Of Solid Wastes (AREA)
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Abstract
The invention discloses organic material fermentation and recycling treatment equipment and a treatment method thereof. The equipment comprises a fermentation machine, a deodorization machine and a water chiller, wherein the fermentation machine comprises a box body, a fermentation chamber, a feeding opening, a solid organic fertilizer discharge opening, a screw feed conveying mechanism, a screw discharge conveying mechanism, a stirring mechanism and a heating device; the deodorization machine comprises a box body, air filter boxes, cooling and condensing boxes and activated carbon adsorption boxes; condensed fluid collection pipelines are arranged at the bottoms of the air filter boxes, the cooling and condensing boxes and the activated carbon adsorption boxes; the condensed fluid collection pipelines are connected to a liquid organic manure discharge pipe; the water chiller comprises a water chiller main body, a water pump, a water outlet pipeline and a water return pipe; the water outlet pipeline and the water return pipe are connected with the water chiller main body; a plurality of condensing pipelines are arranged in the deodorization box body; the two ends of each condensing pipeline are respectively communicated with the water outlet pipeline and the water return pipe on the water chiller. Through the cooperation of the fermentation machine, the deodorization machine and the water chiller, fermentation treatment is conducted completely and thoroughly by virtue of gas circulation, harmful gas is effectively prevented from being discharged into air, and recycling of solid organic manure and liquid organic manure is realized.
Description
Technical field
The present invention relates to organic waste treatment and reclaim art, refer in particular to a kind of organic materials fermentation recycling equipment and treatment process thereof.
Background technology
At present, for the organic waste such as animal excrement, domestic organic garbage, mostly adopt by several mode process: (1) utilizes large water gaging to flow to through water drain and focuses on field; (2) burn processing is carried out after drying; (3) to flow into the sea after simply and easy treat or river etc.; (4) heap fermentation process etc., very degree creates the problem such as the wasting of resources, environmental pollution.
Afterwards, also someone studies by carrying out disaggregating treatment by some equipment to organic wastes such as said animal ight soil, domestic organic garbages, but it still comes with some shortcomings, such as: yeasting is undesirable and cause decomposition fully not carry out, the contaminative organic gas that fermentation produces is disposed in atmospheric environment, pollutes surrounding enviroment and then manufactures secondary environmental hazard etc.
Therefore, need to work out a kind of new technical scheme and solve the problems referred to above.
Summary of the invention
In view of this, the present invention is directed to the disappearance of prior art existence, its main purpose is to provide a kind of organic materials fermentation recycling equipment and treatment process thereof, it is by the cooperation of fermentation machine, deodorizer and frozen water machine, gas circulation is utilized to make fermentative processing fully thorough, effectively prevent organic contamination gas from carrying out in air, realize the recycling of solid-state and liquid two kinds of organic fertilizer.
For achieving the above object, the present invention adopts following technical scheme:
A kind of organic materials fermentation recycling equipment, includes fermentation machine, deodorizer and frozen water machine;
Wherein, this fermentation machine includes fermentation casing, proving room, dog-house and solid organic fertilizer discharge port, this proving room is arranged in casing, it is outside that this dog-house, solid organic fertilizer discharge port are arranged at casing both sides respectively, this proving room is provided with charging and crosses ferry and ferry is crossed in discharging, aforementioned dog-house is threaded into material conveyer structure via one and is connected to charging and crosses ferry, and this discharging is crossed ferry and is connected to solid organic fertilizer discharge port via a spiral discharging transfer mechanism; Be provided with stirring mechanism in this proving room, and proving room is provided with heating unit, this casing offers the gas discharge outlet and gas recovery entrance that are communicated with proving room respectively;
This deodorizer includes deodorizing casing, the air filtering box be arranged in deodorizing casing, cooling coagulating tank and charcoal absorption case, and three is successively through pipeline communication; This deodorizing casing is provided with gas inlet, gas recovery outlet and air exhausting device; The through air filtering box in this gas inlet is inner, is provided with gas introduction pipeline and is communicated between aforementioned gas-discharge mouth and this gas inlet; The through charcoal absorption case of this gas recovery outlet is inner, is provided with gas withdrawal line and is communicated in this gas recovery outlet and These gases reclaims between entrance; The entrance of this air exhausting device is communicated with charcoal absorption case inside, and the outlet These gases of this air exhausting device reclaims outlet; And, be respectively arranged with condensed fluid collection pipeline bottom aforementioned air strumbox, cooling coagulating tank and charcoal absorption case, and each condensed fluid collection pipeline comes together in a Liquid organic fertilizer delivery pipe;
Outlet pipeline, water return pipeline that this frozen water machine includes frozen water owner body, water pump and is connected on frozen water owner body, some condenser pipes are provided with in aforementioned deodorizing casing, this condenser pipe one end is communicated in the outlet pipeline on frozen water owner body, and its other end is communicated in the water return pipeline on frozen water owner body.
As a kind of preferred version, described dog-house is positioned at proving room overhead height position, and described solid organic fertilizer discharge port is positioned at proving room bottom level position.
As a kind of preferred version, described dog-house is uncovered structure obliquely, and this charging is crossed ferry and vertically arranged, and this charging crosses upper end, ferry higher than dog-house; This is threaded into material conveyer structure and arranges obliquely, and its input terminus is communicated with just to dog-house lower end, and its output terminal is communicated with the upper end just charging being crossed to ferry; The lower end that ferry is crossed in this charging is communicated with just to proving room;
Described discharging crosses ferry in extended structure obliquely, and its upper end is communicated with bottom proving room by an output magazine, and its lower end is communicated with just to the input terminus of spiral discharging transfer mechanism; This solid organic fertilizer discharge port is vertically arranged, and ferry is crossed higher than discharging in this solid organic fertilizer discharge port upper end; This spiral discharging transfer mechanism is arranged obliquely, and the output terminal of this spiral discharging transfer mechanism is communicated with just to the upper end of solid organic fertilizer discharge port.
As a kind of preferred version, described stirring mechanism comprises turning axle, be installed on some agitating vanes on turning axle and for driving the drive unit of turning axle.
As a kind of preferred version, described fermentation casing is provided with electric control box.
As a kind of preferred version, described air filtering box, cooling coagulating tank and charcoal absorption case are all vertically extended, and laterally arrange; Described condenser pipe is that vertical row is arranged in aforementioned air strumbox and cooling coagulating tank, this condenser pipe forms water intake end in air filtering box place, in cooling, coagulating tank place is formed with water side, outlet pipeline on aforementioned frozen water owner body is communicated to water intake end, and the water return pipeline on frozen water owner body is communicated to water side.
As a kind of preferred version, described air filtering box includes the first air filtering box and the second air filtering box, described cooling coagulating tank includes the first cooling coagulating tank and the second cooling coagulating tank, and described charcoal absorption case includes the first charcoal absorption case and the second charcoal absorption case;
This first air filtering box has upper end entrance and lower end outlet, this second air filtering box has lower inlet and upper end outlet, this the first cooling coagulating tank has upper end entrance and lower end outlet, this the second cooling coagulating tank has lower inlet and upper end outlet, this the first charcoal absorption case has upper end entrance and lower end outlet, and this second charcoal absorption case has lower inlet and upper end outlet;
The gas discharge outlet of aforementioned connection proving room introduces pipeline through gas, the gas inlet of deodorizer, the upper end entrance of the first air filtering box and lower end outlet, the lower inlet of the second air filtering box and upper end outlet, the upper end entrance of the first cooling coagulating tank and lower end outlet, the lower inlet of the second cooling coagulating tank and upper end outlet, the upper end entrance of the first charcoal absorption case and lower end outlet, the lower inlet of the second charcoal absorption case and upper end outlet, the entrance of air exhausting device, the outlet of air exhausting device, gas recovery outlet, gas withdrawal line, the circulation of gas recovery entrance is communicated to proving room.
As a kind of preferred version, described fermentation machine, deodorizer and frozen water motor spindle are provided with the pulley being convenient to movement.
A treatment process for organic materials fermentation recycling equipment, is fed into organic materials in fermentation machine and carries out thermophilic fermentation disaggregating treatment; Solid organic fertilizer after fermentation disaggregating treatment is discharged by solid organic fertilizer discharge port; Decompose the gas that produces to introduce pipeline through gas and be delivered in deodorizer through fermentation and carry out air filtration process, cool coagulation treatment and charcoal absorption process; Gas major part is after treatment condensed into the globule and derives and collects as Liquid organic fertilizer, and the gas from gas recycling pipeline do not liquefied is back to the proving room internal recycle fermentative processing of fermentation machine.
The present invention compared with prior art has obvious advantage and beneficial effect, specifically, as shown from the above technical solution, it mainly passes through fermentation machine, the cooperation of deodorizer and frozen water machine, it is through fermentation, gas remaining after deodorizing process, circulation is back to fermentation reaction decomposition again in proving room, make fermentative processing fully thorough, effectively prevent organic contamination gas from carrying out in air, realize animal excrement, domestic organic garbages etc. obtain the recycling of solid-state and liquid two kinds of organic fertilizer after the device processes of the present invention, the two kinds of organic fertilizer obtained meet relevant criterion, can not to environment.
For more clearly setting forth constitutional features of the present invention and effect, below in conjunction with accompanying drawing and specific embodiment, the present invention is described in detail.
Accompanying drawing explanation
Fig. 1 is the assembling perspective representation of the embodiment of the present invention;
Fig. 2 is the functional block diagram of the embodiment of the present invention;
Fig. 3 is that the gas circulation of the embodiment of the present invention flows to and Liquid organic fertilizer flows to schematic diagram.
Accompanying drawing identifier declaration:
10, fermentation machine 11, fermentation casing
12, proving room 131, dog-house
132, charging is crossed ferry 133, is threaded into material conveyer structure
141, ferry is crossed in solid organic fertilizer discharge port 142, discharging
143, spiral discharging transfer mechanism 15, stirring mechanism
16, electric control box 17, gas discharge outlet
18, gas recovery entrance 20, deodorizer
21, deodorizing casing 22, gas inlet
23, gas recovery outlet 24, air exhausting device
25, Liquid organic fertilizer delivery pipe 251, condensed fluid collection pipeline
261, the first air filtering box 262, second air filtering box
271, the first cooling coagulating tank 272, second cools coagulating tank
281, the first charcoal absorption case 282, second charcoal absorption case
30, frozen water machine 31, frozen water owner body
32, outlet pipeline 33, water return pipeline
41, gas introduces pipeline 42, gas withdrawal line.
Embodiment
Please refer to shown in Fig. 1 to Fig. 3, that show the concrete structure of the embodiment of the present invention, this organic materials fermentation recycling equipment, includes fermentation machine 10, deodorizer 20 and frozen water machine 30; Be provided with the pulley being convenient to movement bottom this fermentation machine 10, deodorizer 20 and frozen water machine 30, improve the maneuvering characteristics of equipment.
Wherein, this fermentation machine 10 includes fermentation casing 11, proving room 12, dog-house 131 and solid organic fertilizer discharge port 141, this proving room 12 is arranged in fermentation casing 11, it is outside that this dog-house 131, solid organic fertilizer discharge port 141 are arranged at fermentation casing 11 both sides respectively, this proving room 12 is provided with charging and crosses ferry 132 and ferry 142 is crossed in discharging, aforementioned dog-house 131 is threaded into material conveyer structure 133 via one and is connected to charging and crosses ferry 132, and this discharging is crossed ferry 142 and is connected to solid organic fertilizer discharge port 141 via a spiral discharging transfer mechanism 143; Being provided with stirring mechanism 15 in this proving room 12, described stirring mechanism 15 comprises turning axle, being installed on some agitating vanes on turning axle and for driving the drive unit of turning axle; And, proving room 12 is provided with heating unit, to ensure that proving room 12 is in the condition of high temperature; This fermentation casing 11 is provided with electric control box 16, and this fermentation casing 11 offers the gas discharge outlet 17 and gas recovery entrance 18 that are communicated with proving room 12 respectively;
As shown in Figure 1, the pan feeding of this fermentation machine 10 and the vibrational power flow of discharging comparatively special, specifically:
This dog-house 131 is positioned at proving room 12 overhead height position, and described solid organic fertilizer discharge port 141 is positioned at proving room 12 bottom level position; Described dog-house 131 is uncovered structure obliquely, and this charging is crossed ferry 132 and vertically arranged, and this charging crosses upper end, ferry 132 higher than dog-house 131; This is threaded into material conveyer structure 133 and arranges obliquely, and its input terminus is communicated with just to dog-house 131 lower end, and its output terminal is communicated with the upper end just charging being crossed to ferry 132; The lower end that ferry 132 is crossed in this charging is communicated with just to proving room 12;
This discharging crosses ferry 142 in extended structure obliquely, and its upper end is communicated with bottom proving room 12 by an output magazine, and its lower end is communicated with just to the input terminus of spiral discharging transfer mechanism 143; This solid organic fertilizer discharge port 141 is vertically arranged, and ferry 142 is crossed higher than discharging in this solid organic fertilizer discharge port 141 upper end; This spiral discharging transfer mechanism 142 is arranged obliquely, and the output terminal of this spiral discharging transfer mechanism 142 is communicated with just to the upper end of solid organic fertilizer discharge port 141.
This deodorizer 20 includes deodorizing casing 21, the air filtering box be arranged in deodorizing casing 21, cooling coagulating tank and charcoal absorption case, and three is successively through pipeline communication; This deodorizing casing 21 is provided with gas inlet 22, gas recovery outlet 23 and air exhausting device 24; The through air filtering box in this gas inlet 22 is inner, is provided with gas introduction pipeline 41 and is communicated between aforementioned gas-discharge mouth 17 and this gas inlet 22; It is inner that this gas recovery goes out 23 mouthfuls of through charcoal absorption casees, is provided with gas withdrawal line 42 and is communicated in this gas recovery outlet 23 and These gases reclaims between entrance 18; The entrance of this air exhausting device 24 is communicated with charcoal absorption case inside, and the outlet These gases of this air exhausting device 24 reclaims outlet 23; And, be respectively arranged with condensed fluid collection pipeline 251 bottom aforementioned air strumbox, cooling coagulating tank and charcoal absorption case, and each condensed fluid collection pipeline 251 comes together in a Liquid organic fertilizer delivery pipe 25;
This frozen water machine 30 includes frozen water owner body 31, water pump and is connected to outlet pipeline 32, the water return pipeline 33 on frozen water owner body 31, some condenser pipes are provided with in aforementioned deodorizing casing 21, this condenser pipe one end is communicated in the outlet pipeline 32 on frozen water owner body 31, and its other end is communicated in the water return pipeline 33 on frozen water owner body 31.
Shown in composition graphs 1 and Fig. 3, described air filtering box, cooling coagulating tank and charcoal absorption case are all vertically extended, and laterally arrange; Described condenser pipe is that vertical row is arranged in aforementioned air strumbox and cooling coagulating tank, this condenser pipe forms water intake end in air filtering box place, in cooling, coagulating tank place is formed with water side, outlet pipeline 32 on aforementioned frozen water owner body 31 is communicated to water intake end, and the water return pipeline 33 on frozen water owner body 31 is communicated to water side.
In the present embodiment, described air filtering box includes the first air filtering box 261 and the second air filtering box 262, described cooling coagulating tank includes the first cooling coagulating tank 271 and the second cooling coagulating tank 272, and described charcoal absorption case includes the first charcoal absorption case 281 and the second charcoal absorption case 282;
This first air filtering box 261 has upper end entrance and lower end outlet, this second air filtering box 262 has lower inlet and upper end outlet, this the first cooling coagulating tank 271 has upper end entrance and lower end outlet, this the second cooling coagulating tank 272 has lower inlet and upper end outlet, this the first charcoal absorption case 281 has upper end entrance and lower end outlet, and this second charcoal absorption case 282 has lower inlet and upper end outlet;
The gas discharge outlet 17 of aforementioned connection proving room 12 introduces pipeline 41 through gas, the gas inlet 22 of deodorizer 20, the upper end entrance of the first air filtering box 261 and lower end outlet, the lower inlet of the second air filtering box 262 and upper end outlet, the upper end entrance of the first cooling coagulating tank 271 and lower end outlet, the lower inlet of the second cooling coagulating tank 272 and upper end outlet, the upper end entrance of the first charcoal absorption case 281 and lower end outlet, the lower inlet of the second charcoal absorption case 282 and upper end outlet, the entrance of air exhausting device 24, the outlet of air exhausting device 24, gas recovery outlet 23, gas withdrawal line 42, gas recovery entrance 18 circulation is communicated to proving room 12, so, it is through fermentation, gas remaining after deodorizing process, circulation is back to fermentation reaction decomposition again in proving room 12, make fermentative processing fully thorough.
Next, the treatment process sketching the equipment of the present invention is as follows:
Organic materials is fed in fermentation machine and carries out thermophilic fermentation disaggregating treatment; Solid organic fertilizer after fermentation disaggregating treatment is discharged by solid organic fertilizer discharge port; Decompose the gas that produces to introduce pipeline through gas and be delivered in deodorizer through fermentation and carry out air filtration process, cool coagulation treatment and charcoal absorption process; Gas major part is after treatment condensed into the globule and derives and collects as Liquid organic fertilizer, and the gas from gas recycling pipeline do not liquefied is back to the proving room internal recycle fermentative processing of fermentation machine; Realize recycling animal excrement, domestic organic garbage etc. being obtained after the device processes of the present invention solid-state and liquid two kinds of organic fertilizer, the two kinds of organic fertilizer obtained meet relevant criterion, can not to environment.
The above, it is only preferred embodiment of the present invention, not technical scope of the present invention is imposed any restrictions, thus every above embodiment is done according to technical spirit of the present invention any trickle amendment, equivalent variations and modification, all still belong in the scope of technical solution of the present invention.
Claims (9)
1. an organic materials fermentation recycling equipment, is characterized in that: include fermentation machine, deodorizer and frozen water machine;
Wherein, this fermentation machine includes fermentation casing, proving room, dog-house and solid organic fertilizer discharge port, this proving room is arranged in casing, it is outside that this dog-house, solid organic fertilizer discharge port are arranged at fermentation casing both sides respectively, this proving room is provided with charging and crosses ferry and ferry is crossed in discharging, aforementioned dog-house is threaded into material conveyer structure via one and is connected to charging and crosses ferry, and this discharging is crossed ferry and is connected to solid organic fertilizer discharge port via a spiral discharging transfer mechanism; Be provided with stirring mechanism in this proving room, and proving room is provided with heating unit, this casing offers the gas discharge outlet and gas recovery entrance that are communicated with proving room respectively;
This deodorizer includes deodorizing casing, the air filtering box be arranged in deodorizing casing, cooling coagulating tank and charcoal absorption case, and three is successively through pipeline communication; This deodorizing casing is provided with gas inlet, gas recovery outlet and air exhausting device; The through air filtering box in this gas inlet is inner, is provided with gas introduction pipeline and is communicated between aforementioned gas-discharge mouth and this gas inlet; The through charcoal absorption case of this gas recovery outlet is inner, is provided with gas withdrawal line and is communicated in this gas recovery outlet and These gases reclaims between entrance; The entrance of this air exhausting device is communicated with charcoal absorption case inside, and the outlet These gases of this air exhausting device reclaims outlet; And, be respectively arranged with condensed fluid collection pipeline bottom aforementioned air strumbox, cooling coagulating tank and charcoal absorption case, and each condensed fluid collection pipeline comes together in a Liquid organic fertilizer delivery pipe;
Outlet pipeline, water return pipeline that this frozen water machine includes frozen water owner body, water pump and is connected on frozen water owner body, some condenser pipes are provided with in aforementioned deodorizing casing, this condenser pipe one end is communicated in the outlet pipeline on frozen water owner body, and its other end is communicated in the water return pipeline on frozen water owner body.
2. organic materials fermentation recycling equipment according to claim 1, it is characterized in that: described dog-house is positioned at proving room overhead height position, described solid organic fertilizer discharge port is positioned at proving room bottom level position.
3. organic materials fermentation recycling equipment according to claim 2, it is characterized in that: described dog-house is uncovered structure obliquely, and this charging is crossed ferry and vertically arranged, this charging crosses upper end, ferry higher than dog-house; This is threaded into material conveyer structure and arranges obliquely, and its input terminus is communicated with just to dog-house lower end, and its output terminal is communicated with the upper end just charging being crossed to ferry; The lower end that ferry is crossed in this charging is communicated with just to proving room;
Described discharging crosses ferry in extended structure obliquely, and its upper end is communicated with bottom proving room by an output magazine, and its lower end is communicated with just to the input terminus of spiral discharging transfer mechanism; This solid organic fertilizer discharge port is vertically arranged, and ferry is crossed higher than discharging in this solid organic fertilizer discharge port upper end; This spiral discharging transfer mechanism is arranged obliquely, and the output terminal of this spiral discharging transfer mechanism is communicated with just to the upper end of solid organic fertilizer discharge port.
4. organic materials according to claim 1 fermentation recycling equipment, is characterized in that: described stirring mechanism comprises turning axle, be installed on some agitating vanes on turning axle and for driving the drive unit of turning axle.
5. organic materials fermentation recycling equipment according to claim 1, is characterized in that: described fermentation casing is provided with electric control box.
6. organic materials fermentation recycling equipment according to claim 1, is characterized in that: described air filtering box, cooling coagulating tank and charcoal absorption case are all vertically extended, and laterally arrange; Described condenser pipe is that vertical row is arranged in aforementioned air strumbox and cooling coagulating tank, this condenser pipe forms water intake end in air filtering box place, in cooling, coagulating tank place is formed with water side, outlet pipeline on aforementioned frozen water owner body is communicated to water intake end, and the water return pipeline on frozen water owner body is communicated to water side.
7. organic materials fermentation recycling equipment according to claim 6, it is characterized in that: described air filtering box includes the first air filtering box and the second air filtering box, described cooling coagulating tank includes the first cooling coagulating tank and the second cooling coagulating tank, and described charcoal absorption case includes the first charcoal absorption case and the second charcoal absorption case;
This first air filtering box has upper end entrance and lower end outlet, this second air filtering box has lower inlet and upper end outlet, this the first cooling coagulating tank has upper end entrance and lower end outlet, this the second cooling coagulating tank has lower inlet and upper end outlet, this the first charcoal absorption case has upper end entrance and lower end outlet, and this second charcoal absorption case has lower inlet and upper end outlet;
The gas discharge outlet of aforementioned connection proving room introduces pipeline through gas, the gas inlet of deodorizer, the upper end entrance of the first air filtering box and lower end outlet, the lower inlet of the second air filtering box and upper end outlet, the upper end entrance of the first cooling coagulating tank and lower end outlet, the lower inlet of the second cooling coagulating tank and upper end outlet, the upper end entrance of the first charcoal absorption case and lower end outlet, the lower inlet of the second charcoal absorption case and upper end outlet, the entrance of air exhausting device, the outlet of air exhausting device, gas recovery outlet, gas withdrawal line, the circulation of gas recovery entrance is communicated to proving room.
8. organic materials fermentation recycling equipment according to claim 1, is characterized in that: described fermentation machine, deodorizer and frozen water motor spindle are provided with the pulley being convenient to movement.
9. a treatment process for organic materials fermentation recycling equipment, is characterized in that: be fed into by organic materials in fermentation machine and carry out thermophilic fermentation disaggregating treatment; Solid organic fertilizer after fermentation disaggregating treatment is discharged by solid organic fertilizer discharge port; Decompose the gas that produces to introduce pipeline through gas and be delivered in deodorizer through fermentation and carry out air filtration process, cool coagulation treatment and charcoal absorption process; Gas major part is after treatment condensed into the globule and derives and collects as Liquid organic fertilizer, and the gas from gas recycling pipeline do not liquefied is back to the proving room internal recycle fermentative processing of fermentation machine.
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| CN201410678425.8A CN104446727B (en) | 2014-11-24 | 2014-11-24 | Organic materials fermentation recycling equipment and its processing method |
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|---|---|---|---|
| CN201410678425.8A CN104446727B (en) | 2014-11-24 | 2014-11-24 | Organic materials fermentation recycling equipment and its processing method |
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| CN104446727B CN104446727B (en) | 2017-12-05 |
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| CN104446727B (en) | 2017-12-05 |
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Effective date of registration: 20200120 Address after: No.19, Tanan, santa village, Santa Town, Yingzhou District, Fuyang City, Anhui Province Patentee after: Li Suzhen Address before: 523000, Dongguan City, Guangdong province Changping Town Bridge Lek Village Industrial Zone, Dongguan city machinery science and Technology Co., Ltd. Patentee before: DONGGUAN LICHANG MACHINERY TECHNOLOGY Co.,Ltd. |
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