CN107384754A - A kind of straw methane fermentation equipment - Google Patents
A kind of straw methane fermentation equipment Download PDFInfo
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- CN107384754A CN107384754A CN201710823359.2A CN201710823359A CN107384754A CN 107384754 A CN107384754 A CN 107384754A CN 201710823359 A CN201710823359 A CN 201710823359A CN 107384754 A CN107384754 A CN 107384754A
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
- C12M21/00—Bioreactors or fermenters specially adapted for specific uses
- C12M21/04—Bioreactors or fermenters specially adapted for specific uses for producing gas, e.g. biogas
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
- C12M27/00—Means for mixing, agitating or circulating fluids in the vessel
- C12M27/02—Stirrer or mobile mixing elements
- C12M27/06—Stirrer or mobile mixing elements with horizontal or inclined stirrer shaft or axis
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
- C12M33/00—Means for introduction, transport, positioning, extraction, harvesting, peeling or sampling of biological material in or from the apparatus
- C12M33/16—Screw conveyor
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E50/00—Technologies for the production of fuel of non-fossil origin
- Y02E50/30—Fuel from waste, e.g. synthetic alcohol or diesel
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Abstract
The invention belongs to Biomass Energy Technology field, there is provided a kind of straw methane fermentation equipment, including：Methane-generating pit, including pond body (1) and pond body inner chamber (2)；Include gas collection region (3), fermentation zone (4) and sludge region (5) inside pond body inner chamber (2)；Batch mixing input port (6) and biogas outlet (7) are provided with pond body (1)；Spiral discharging device for solid, spiral discharging device for solid includes the haul passage (9) that haul screw rod (8) is provided with inside one, mud entrance (10) is offered positioned at haul passage (9) one end, the other end offers sludge outlet (11)；In haul passage (9) one end insertion pond body inner chamber (2), it is outside that the other end is located at pond body (1), wherein mud entrance (10) is located at sludge region (5) place of pond body inner chamber (2), sludge outlet (11) is located at pond body (1) outside, and sludge outlet (11) is spatially higher than mud entrance (10).Compared with prior art, the beneficial effects of the present invention are：Solids exit can be effectively carried out, material stirring is uniform in pond, and fermentation reaction is rapid.
Description
Technical field
The invention belongs to Biomass Energy Technology field, is related to a kind of biogas fermentation equipment, is related specifically to a kind of straw biogas
Gas Zymolysis Equipment.
Background technology
Biogas refers to organic substance in anaerobic environment, by microbial fermentation act on caused by it is a kind of based on methane
Burning mixture.This gas is found in the ground such as marsh and pond, therefore referred to as biogas earliest.Marsh gas fermentation processes, essence
On be microorganism metabolism and conversion process of energy, biogas microorganism obtains energy and material in catabolic process,
To meet that own growth is bred, while most of material is converted into methane and carbon dioxide.
Stirring is important to normal biogas fermentation.Bionethanation system such as using stalk as fermentation raw material, with greater need for progress
Stirring can be only achieved preferable ferment effect.The natural pond out of laboratory model methane-generating pit as can be seen that in the case where not stirring
Significantly it is divided into 4 layers in gas pond, is followed successively by scum layer, supernatant layer, active layer and sediment layer from top to bottom.Such layering point
Cloth, it is very unfavorable to microorganism and aerogenesis.Cause raw material and microbial profile inequality, substantial amounts of microorganism is collected at bottom
Activity, because seed sludge is more herein, anaerobic condition is good, but lack of material, especially stalk richness carbon, easily floats to feed liquid table
Layer, is not easy to be absorbed by the micro-organisms and decomposes, while forms closely knit crust, is unfavorable for the release of biogas.
By stirring, fermentation raw material can be evenly distributed, increase the contact area of microorganism and raw material, accelerate fermentation
Speed.Liquid level ferment often in active state, is unfavorable for liquid level crust, the proferment being often stirred at reflux in methane-generating pit
Material, it can not only abolish and shell is floated in pond, and raw material can be made fully to be contacted with biogas bacterium, promote the new old generation of biogas microorganism
Thank, it is mushroomed out breeding, accelerate fermenting speed, improve gas production.
Stirring is broadly divided into three kinds of modes, respectively mechanical agitation, Gas Stirring and liquid agitation, so-called mechanical agitation
I.e. by mechanical device, to carrying out action of forced stirring in methane-generating pit.Gas Stirring is then to utilize the central tube being arranged in methane-generating pit,
Absorb top biogas to return spray bottom and float, the stirring of progress.Liquid agitation is to be formed to circulate using the pump housing, pipeline and nozzle
Entirety is stirred.Wherein for mechanical agitation, most common agitating mode is vertical mixing, i.e., one end is carried into blade
Agitating paddle be inserted vertically into methane-generating pit and be stirred.But there is open defect in this kind of agitating mode.Defect is mainly reflected in：Stir
Mix inequality；Easily form dead angle；Material is easily accumulated；Agitating shaft single-point is fixed, and structure is unstable and is easily damaged.
Currently in order to overcoming above-mentioned technical problem, some technical staff use compound stirring, i.e., are set in methane-generating pit more
Group vertical stirring device, material in methane-generating pit stir simultaneously, to improve the overall uniformity.But following lack still be present
Fall into：Dead angle can be still formed positioned at the position of edge；Material is easily accumulated；Agitating shaft single-point is fixed, the unstable easily damage of structure
It is bad；Equipment is complicated, requires higher to biomass pool structure；Power consumption is big.
Biogas fermentation equipment is classified according to feeding manner, including continuous fermentation device, semicontinuous fermentation equipment with
And batch fermentation equipment.Wherein in addition to batch fermentation, remaining both of which can add fresh feed during fermentation, and add
Add new raw material while discharge equivalent old material.Biogas fermentation equipment needs the charging and discharging made a practice of, and its purpose mainly meets
Raw material necessary to the life of biogas microorganism, in favor of the metabolism of biogas microorganism.Among prior art, the old material of discharge
Generally solidliquid mixture, and in order to solve the above problems, the conventional meanses of use are first to use drawing mechanism by material residue and material
Liquid is extracted out in the lump, then feed liquid is sent back in reactor after with equipment for separating liquid from solid, material residue is separated with feed liquid, can so be brought new
The problem of：Increase memory space, increase solid-liquid separating equipment and feed liquid refluxing unit, extend technological process.
Therefore, it is necessary to improved technical scheme is provided, to overcome prior art technical problem present in.
The content of the invention
, can be small to density it is an object of the present invention to provide a kind of straw methane fermentation equipment, the straw for the crust that easily floats
Stalk realizes vertical batch mixing and horizontal conveying, ensures stalk residence time in methane-generating pit, improves stalk digestibility and gas production；Energy
It is enough that residual solids after anaerobic fermentation are directly transferred out into methane-generating pit, simplify post processor, reduce post processing cost.
In order to achieve the above object, the invention provides a kind of straw methane fermentation equipment, including：
One methane-generating pit, the methane-generating pit include pond body and the pond body inner chamber formed by the pond body；The pond body inner chamber
It is internal from top to bottom to include respectively positioned at the gas collection region of top section, positioned at the fermentation zone in stage casing and positioned at the mud area of bottom section
Domain；Batch mixing input port and biogas outlet, collection described in the biogas outlet position correspondence are offered in the pond body
Gas region；Characterized in that, also include：
One spiral discharging device for solid, the spiral discharging device for solid include being provided with haul screw rod inside one
Haul passage, mud entrance is offered positioned at the haul passage end, the other end offers sludge outlet；The haul passage
One end is inserted in the pond body inner chamber, and the other end is located at outside the pond body, wherein the mud entrance is located in the pond body
At the sludge region of chamber, the sludge outlet is located at outside the pond body, and the sludge outlet is spatially higher than the silt
Mud entrance.
Pond body is the accommodating main body of methane-generating pit, for accommodating the biogas of relevant device, fermentation materials to ferment and generate.Pond
The inside of body is pond body inner chamber, is arranged according to gravity, i.e., according to the difference of gas-solid density, is divided into gas collection region, the middle part at top
Fermentation zone and bottom sludge region.The batch mixing input port being arranged in pond body can design needs according to specific,
It is opened in different region portions；The biogas outlet being opened at gas collection region, for by caused biogas discharge pond body it
Outside.
In present design, a spiral discharging device for solid is with the addition of, haul passage therein provides logical for discharging
Road, the haul screw rod being disposed therein are mainly used in utilizing itself helical structure, material are transported from bottom to up.Specifically, position
Mud in pond body bottom is entered in haul passage by mud entrance first, and the haul screw rod carrying in haul passage should
Part mud moves up, and the small part liquid having during it in mud can move with gravity reversal, i.e., fall back to pond body again
Inner chamber.The part mud arrives at sludge outlet with moving up, and is finally discharged through sludge outlet outside haul passage and pond body.Will
Sludge outlet is set above the reason for mud entrance and is, the reverse movement of solid-liquid can be caused, so as to reach more preferable solid
Discharge effect.
Such scheme is carried out preferably, and obtains a preferable technical scheme.Straw methane fermentation equipment also includes a peace
Mounted in the bottom material-gathering device of the sludge region, the bottom material-gathering device gathers materials screw arbor assembly including one-level, the one-level
The screw arbor assembly that gathers materials includes one-level and gathered materials screw rod, the one-level gather materials screw rod feeding direction towards the mud entrance.Again
Further, the bottom material-gathering device also includes two level and gathered materials screw arbor assembly, the two level gather materials screw arbor assembly include it is more
Individual two level is gathered materials screw rod, and the gather materials feeding direction of screw rod of each two level gathers materials screw rod towards the one-level.Again further
, each two level Screw rod size shape and structure that gathers materials is identical, and is parallel to each other and is equally spaced, and gathers materials screw rod with the one-level
It is generally aligned in the same plane and perpendicular arrangement.
The effect of bottom material-gathering device is actively not stop to collect and convey mud to mud porch.One of skill
Art scheme is individually for spiral discharging device for solid haul using the one-level screw arbor assembly that gathers materials, and another technical scheme then uses one
Level screw arbor assembly and the two level screw arbor assembly that gathers materials that gathers materials is collocated with each other as spiral discharging device for solid haul.Positioned at pond body inner chamber
The mud of bottom its mobility can be with itself water content it is different and different, when water content is less, its mobility is preferable, single
The one use one-level screw arbor assembly that gathers materials can reach discharging purpose, simple in construction because its part is few, may be such that integral device
Manufacturing cost is low, safeguards and maintenance cost is low.And reduced with the water content of mud, itself mobility is poor, is only applicable single
The screw arbor assembly that gathers materials can not meet to discharge to the overall mud of equipment sludge region.Now combine using twin-stage
Material method, first by two level gather materials screw arbor assembly multiple two levels gather materials screw rod carry out mud collection, the mud collected
It is discharged into one-level to gather materials at screw rod, so that one-level is gathered materials conveying of the screw rod to mud entrance, so as to reach the mesh that large area adopts mud
's.And each two level gathered materials to be defined to size shape structure identical for screw rod, and it is parallel to each other and is equally spaced, gathers materials spiral shell with one-level
Bar is generally aligned in the same plane and the form of perpendicular arrangement, it is ensured that equipment entire normalization degree, arrangement relation is bright between each part
Really, pond body inner cavity Flow of Goods and Materials pattern is controllable, and maintenance and repair is simple and convenient.
In order to further carry out effective mixing to intracavitary material in pond body, this patent provides a kind of preferable technology again
Scheme, straw methane fermentation equipment also include an agitating device, and the agitating device is horizontally placed on the pond body inner cavity.Enter again
One step is preferable, and the agitating device includes an agitating shaft, and multigroup blade, the agitating shaft are provided with the agitating shaft
It is horizontally placed on the pond body inner cavity.Again still further preferably, it is fixedly installed on the agitating shaft multigroup rotatable
The blade pedestal of formula, the blade are fixedly mounted on the blade pedestal.Can also be still further preferably, the stirring dress
Put and also include a Pneumatic component, the blade pedestal includes a rotary cylinder, and the blade is arranged on the rotary cylinder
On, the Pneumatic component is connected by a tracheae with each rotary cylinder.
The purpose of agitating device is to prevent pond body materials inside to be layered, and the work progress that causes to ferment is slow.Stirring is set
Standby to be longitudinally arranged, so that the perturbation direction of turning over of materials inside is above-below direction, the transverse direction strengthened between each layering is right
Stream, accelerate mixing efficiency, avoid forming whirlpool dead angle around pond body interior bottom portion.In order to preferably to pond body inner cavity
Overall material is stirred, and can set multigroup blade, and these blades are arranged on above different longitudinal positions, have reached each point
Section stirs and formed the purpose integrally mixed respectively.The purpose for setting blade pedestal is so that the blade being fixed thereon can
To be rotated around own axes, reach the other purposes in addition to agitation --- promote the translation of pond body inner cavity material
Purpose.During agitation, the power that agitating shaft is passed to is conducted to material by blade by stress surface, so that material obtains upper and lower disturb
Dynamic kinetic energy；And when translation, blade is rotated to an angle, and its stress surface is formed an angle with agitation direction shape, and it is integrally tied
Structure is similar to fan structure, so that agitating shaft, while rotation, material is stirred up and down on one side, while while is entered to side
Row integral translation.Its purpose translated is, can make it that one-level gathers materials screw arbor assembly and the two level screw arbor assembly that gathers materials does not have to time
The entirety of cloth sludge region, and a part therein is arranged only at, pond body materials inside is moved to using agitating device
The purpose of gathering materials of third layer level, the i.e. first order are that one-level gathers materials screw arbor assembly to mud entrance feeding, and the second level gathers materials for two level
Screw arbor assembly gathers materials screw arbor assembly feeding to one-level, and the third level is agitating device carries out feeding to the two level screw arbor assembly that gathers materials.For
The rotation of blade is realized, a kind of knot that blade rotation is realized using pneumatic mode is provided in this patent optimal technical scheme
Structure, that is, Pneumatic component, tracheae and rotary cylinder are set.Advantage is that modular construction is simple, and cost is low, and maintenance is very easy.
Preferable technical scheme, the haul passage are 30 °~45 ° with horizontal plane angle.Haul passage utilizes itself angle
Liquid in the material body that degree to transport falls after rise naturally, so as to increase solids content.Wherein angle is bigger, and effect is better, but angle
Degree easily causes greatly very much fraction solids falling；And angle is too small that liquid component can be caused or can not to exclude in time.For
For using stalk as the mixed material of fermentation raw material, when haul passage is 30 °~45 ° with horizontal plane angle, effect is best.
Compared with prior art, the beneficial effects of the present invention are：
Agitating device can be according to batch mixing and the vertical stirring and water that need adjustment blade direction, realize stalk respectively of discharging
Flat conveying material, compounding effect can prevent feed liquid to be layered well, and stalk is moved rearwards in methane-generating pit in plug flow can ensure straw
Stalk residence time in methane-generating pit, avoid raw material from being lost in, greatly improve the digestibility and gas production of stalk.Gathering materials screw arbor assembly can
So that the residual solids after anaerobic fermentation are quickly delivered into spiral discharging device for solid, spiral discharging device for solid can
So that quickly residual solids are transported to outside methane-generating pit, discharge efficiency high, and discharge easy post-processing.
Brief description of the drawings
Fig. 1 is the schematic elevation view of the straw methane fermentation equipment of the present invention.
Fig. 2 is the schematic top plan view of the straw methane fermentation equipment of the present invention.
Fig. 3 is the partial sectional view of agitating shaft.
Wherein：
1st, pond body；2nd, pond body inner chamber；3rd, gas collection region；4th, fermentation zone；5th, sludge region；6th, batch mixing input port；7th, natural pond
Gas outlet；8th, haul screw rod；9th, haul passage；10th, mud entrance；11st, sludge outlet；12nd, one-level is gathered materials screw rod；13rd, two
Level is gathered materials screw rod；14th, agitating shaft；15th, blade；16th, blade pedestal；17th, rotary cylinder；18th, tracheae；19th, one-level is gathered materials screw rod
Motor；20th, two level is gathered materials screw motor；21st, haul screw motor；22nd, spindle motor is stirred；23rd, air pump.
Embodiment
In order to be better understood from the present invention, following several specific embodiments are enumerated for analyzing and understanding, but
It should be appreciated that the invention is not limited in this, should also be managed according to a series of deformations that the embodiment of offer is made and equivalence replacement
Solve to be included within the spirit of the invention.
Embodiment 1
Reference picture 1, Fig. 2 and Fig. 3, a kind of straw methane fermentation equipment is present embodiments provided, including：Methane-generating pit, biogas
Pond includes pond body 1 and the pond body inner chamber 2 formed by pond body 1；From top to bottom include respectively positioned at top section inside pond body inner chamber 2
Gas collection region 3, positioned at the fermentation zone 4 in stage casing and the sludge region 5 positioned at bottom section；Batch mixing throwing is offered in pond body 1
Entrance 6 and biogas outlet 7, batch mixing input port 6 and the position of biogas outlet 7 correspond to gas collection region 3；One spiral solid
Drawing mechanism, spiral discharging device for solid includes the haul passage 9 that haul screw rod 8 is provided with inside one, positioned at haul passage 9
One end offers mud entrance 10, and the other end offers sludge outlet 11；It is another in the one end of haul passage 9 insertion pond body inner chamber 2
End is outside pond body 1, and wherein mud entrance 10 is located at the sludge region 5 of pond body inner chamber 2, and sludge outlet 11 is located at pond body 1
Outside, sludge outlet 11 are spatially higher than mud entrance 10.One is arranged on the bottom material-gathering device of sludge region 5, and bottom gathers materials
Device gathers materials screw arbor assembly including one-level, and the one-level screw arbor assembly that gathers materials includes an one-level and gathered materials screw rod 12, and one-level is gathered materials spiral shell
The feeding direction of bar 12 is towards mud entrance 10.Bottom material-gathering device also includes two level and gathered materials screw arbor assembly, and two level is gathered materials spiral shell
Bar assembly is gathered materials screw rod 13 including six two levels, and the gather materials feeding direction of screw rod 13 of each two level gathers materials screw rod 12 towards one-level.
Each two level size shape structure of screw rod 13 of gathering materials is identical, and is parallel to each other and is equally spaced, and gathers materials screw rod 12 positioned at same with one-level
One plane and perpendicular arrangement.One agitating device, agitating device are horizontally placed on inside pond body inner chamber 2.Agitating device includes a stirring
Axle 14, is provided with 16 groups of blades 15 on agitating shaft 14, and agitating shaft 14 is horizontally placed on inside pond body inner chamber 2.Positioned at agitating shaft
The blade pedestal 16 of 16 groups of rotary types is fixedly installed on 14, blade 15 is fixedly mounted on blade pedestal 16.Stirring dress
Put and also include a Pneumatic component, blade pedestal 16 includes a rotary cylinder 17, and blade 15 is arranged on rotary cylinder 17, gas
Dynamic component is connected by a tracheae 18 with each rotary cylinder 17.Haul passage 9 is 35 ° with horizontal plane angle, can also be according to tool
Body is needed, and angle is chosen to be into the arbitrary value in 30 °~45 °, such as 30 °, 34 °, 35 °, 38 °, 40 °, 42 °, 44 ° and 45 °.Its
Middle Pneumatic component is an air pump 23.The one-level one end of screw rod 12 that gathers materials is connected by conveying spindle nose and one-level screw motor 19 of gathering materials,
The other end is vacantly in the sludge region 5 of the inner bottom part of pond body inner chamber 2；The one end of tracheae 18 is connected with air pump 23, the other end of tracheae 18
By branch, it is connected respectively with 16 rotary cylinders 17 of 16 groups of blades 15；Agitating shaft 14 is arranged in pond body inner chamber 2
Portion, both ends are fixed in the both sidewalls of pond body inner chamber 2 by flange and bearing, and one end passes through agitating shaft 14 and stirring spindle motor
22 connections；Pond body 1 is one wide 0.9 meter, high 0.9 meter, long 3 meters steel plate soldering cuboid；Batch mixing input port 6 gathers materials with one-level
The end of screw rod 12 is relative；Haul screw rod 8 is arranged in haul passage 9 by the bearing at both ends, and the upper end of haul screw rod 8 passes through spiral shell
Head is connected with haul screw motor 21；Six two levels screw rod 13 that gathers materials is distributed in the inner bottom part of pond body inner chamber 2, and one end side by side
Screw motor 20 of gathering materials with a two level is connected.
The present apparatus when in use, mainly includes two steps：
First step, charging and stirring.The stalk material or without premix is thrown into from batch mixing input port 6 first
Among pond body inner chamber 2, wait after feeding intake, open agitating device, that is, open stirring spindle motor 22, blade 15 is now in pond body 1
Lower upper cycle rotation is done in inside, and material stir up and down in drive, so as to avoid the situation of layering from occurring.Generally according to material
Number, the difference of blade size, mixing speed, solids content and temperature, the time of stirring is chosen to be between 5~60 minutes,
But also can be according to actual special circumstances, proper extension mixing time.Stirring frequency at 1~12 hour once.
Second step, discharging.When fermentation reaction carries out certain time, and have after a large amount of mud produce.Now first
Start gather materials screw motor 19, two level of one-level to gather materials screw motor 20 and haul screw motor 21, mud is pushed into
Mud entrance 10, and transported upwards through haul screw rod 8；After certain time is carried out, above-mentioned each motor is closed, and open air pump
23, blade 15 is rotated to the angle necessarily needed, such as 45 ° of rotation, be then shut off air pump 23, open stirring spindle motor 22, pond
Material to one-level gathers materials screw arbor assembly in intracoelomic cavity and two level is gathered materials screw arbor assembly area away.After a period of time is carried out, close
Stirring spindle motor 22 is closed, treats silt deposit, the usual time is 2~4 hours.The unlatching one-level then repeated gather materials screw rod electricity
Machine 19, two level gather materials screw motor 20 and haul screw motor 21 is discharged.
It can also be deformed according to various sizes of pond body, to adapt to various small medium-and-large-sized biogas reaction tanks and adapt to each
The biogas reaction tank of kind structure type.
Claims (9)
1. a kind of straw methane fermentation equipment, including：
One methane-generating pit, the methane-generating pit include pond body (1) and the pond body inner chamber (2) formed by the pond body (1)；The pond body
Inner chamber (2) is internal from top to bottom to be included positioned at the gas collection region (3) of top section, positioned at the fermentation zone in stage casing (4) and position respectively
In the sludge region (5) of bottom section；Batch mixing input port (6) and biogas outlet (7), institute are offered in the pond body (1)
State gas collection region (3) described in biogas outlet (7) position correspondence；Characterized in that, also include：
One spiral discharging device for solid, the spiral discharging device for solid include being provided with haul screw rod (8) inside one
Haul passage (9), mud entrance (10) is offered positioned at described haul passage (9) one end, the other end offers sludge outlet
(11)；Described haul passage (9) one end is inserted in the pond body inner chamber (2), and the other end is located at the pond body (1) outside, wherein
The mud entrance (10) is located at the sludge region (5) place of the pond body inner chamber (2), and the sludge outlet (11) is located at institute
It is outside to state pond body (1), the sludge outlet (11) is spatially higher than the mud entrance (10).
2. straw methane fermentation equipment according to claim 1, it is characterised in that be also arranged on the mud area including one
The bottom material-gathering device in domain (5), the bottom material-gathering device gather materials screw arbor assembly including one-level, and the one-level is gathered materials screw arbor assembly
Include one-level to gather materials screw rod (12), the one-level gather materials screw rod (12) feeding direction towards the mud entrance (10).
3. straw methane fermentation equipment according to claim 2, it is characterised in that the bottom material-gathering device also includes
Two level is gathered materials screw arbor assembly, and the two level screw arbor assembly that gathers materials gathers materials screw rod (13) including multiple two levels, and each two level is gathered materials
The feeding direction of screw rod (13) gathers materials screw rod (12) towards the one-level.
4. straw methane fermentation equipment according to claim 3, it is characterised in that each two level gathers materials screw rod (13) greatly
Small shape and structure is identical, and is parallel to each other and is equally spaced, with the one-level gather materials screw rod (12) be generally aligned in the same plane and in hang down
Straight arrangement.
5. according to any described straw methane fermentation equipment in claim 1 or 4, it is characterised in that also including a stirring dress
Put, it is internal that the agitating device is horizontally placed on the pond body inner chamber (2).
6. straw methane fermentation equipment according to claim 5, it is characterised in that the agitating device includes an agitating shaft
(14) multigroup blade (15), is installed on the agitating shaft (14), the agitating shaft (14) is horizontally placed on the pond body inner chamber
(2) it is internal.
7. straw methane fermentation equipment according to claim 6, it is characterised in that fixed on the agitating shaft (14)
The blade pedestal (16) of multigroup rotary type is provided with, the blade (15) is fixedly mounted on the blade pedestal (16).
8. straw methane fermentation equipment according to claim 7, it is characterised in that the agitating device also includes a gas
Dynamic component, the blade pedestal (16) include a rotary cylinder (17), and the blade (15) is arranged on the rotary cylinder
(17) on, the Pneumatic component is connected by a tracheae (18) with each rotary cylinder (17).
9. straw methane fermentation equipment according to claim 1, it is characterised in that the haul passage (9) and horizontal plane
Angle is 30 °~45 °.
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| CN201710823359.2A CN107384754A (en) | 2017-09-13 | 2017-09-13 | A kind of straw methane fermentation equipment |
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| CN201710823359.2A CN107384754A (en) | 2017-09-13 | 2017-09-13 | A kind of straw methane fermentation equipment |
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Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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