CN204644065U - Livestock breed aquatics gives up dirty resource reutilization device - Google Patents
Livestock breed aquatics gives up dirty resource reutilization device Download PDFInfo
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- CN204644065U CN204644065U CN201520243392.4U CN201520243392U CN204644065U CN 204644065 U CN204644065 U CN 204644065U CN 201520243392 U CN201520243392 U CN 201520243392U CN 204644065 U CN204644065 U CN 204644065U
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- biogas
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- natural pond
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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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/20—Fertilizers of biological origin, e.g. guano or fertilizers made from animal corpses
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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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- 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
Abstract
The utility model discloses a kind of livestock breed aquatics to give up dirty resource reutilization device, comprise useless dirty collector unit, solid-liquid separation unit, anaerobically fermenting unit, biogas utilization unit and natural pond liquid range site, useless dirty collector unit comprises collecting tank, stercoroma pond, settling tank and liquid storage tank, solid-liquid separation unit comprises solid-liquid separating machine and fertilizer treatment unit, anaerobically fermenting unit is multistage anaerobic reaction unit, comprise one-level anaerobic reaction-pot and secondary anaerobic retort, biogas utilization unit comprises biogas cabinet, hydrolock marsh gas purifying pressure-pot and biogas electricity generation apparatus, natural pond liquid range site comprises natural pond liquid storage pool, forestry irrigation rig and farmland irrigating device, plastics soft protective layer is provided with above stercoroma pond and liquid storage tank.Muck water by fermentation is not only produced biogas and natural pond liquid by the utility model, also produces fertilizer through solid-liquid separation, avoids the possibility that waste gas produces secondary pollution, makes useless dirt reach recycling effectively fully, improves comprehensive utilization ratio.
Description
Technical field:
The utility model relates to a kind of excrement dirt and utilizes system, particularly relate to a kind of livestock breed aquatics to give up dirty resource reutilization device, by adopting solid-liquid separation and anaerobic fermentation technology, first muck water is separated into argol and liquid dung, argol becomes fertilizer through process, liquid dung produces biogas and natural pond liquid through anaerobically fermenting, and biogas can be used for generating, natural pond liquid and can be used for pouring farmland and trees.
Background technology:
Along with the development of livestock industry; Large-scale pig farm and the quick increase in region of raising pigs, the subject matter brought is exactly the process problem of bulky stool rich water and waste water, badly will cause environmental pollution if processed; farmland near pig farm can be brought disaster to time serious, affect the life of peasant.If there is a kind of way effectively can process the muck water of cultivation generation and carry out muck recycling, so just can saves great expense to aquaculture, improve comprehensive utilization ratio.
Utility model content:
Technical problem to be solved in the utility model is: provide a kind of livestock breed aquatics to give up dirty resource reutilization device, muck water not only can be made to produce biogas and natural pond liquid by fermentation, fertilizer can also be produced through solid-liquid separation, make refuse reach recycling effectively fully, improve comprehensive utilization ratio.
The technical scheme that the utility model is taked for technical solution problem is:
A kind of livestock breed aquatics gives up dirty resource reutilization device, comprise useless dirty collector unit, solid-liquid separation unit, anaerobically fermenting unit, biogas utilization unit and natural pond liquid range site, described useless dirty collector unit comprises collecting tank, stercoroma pond, settling tank and liquid storage tank, the excrement sewage ejected from plant is by after described collecting tank, waste liquid flow in liquid storage tank stand-by after settling tank precipitation, and the solid manure that collecting tank filters out and the solid manure that settling tank deposits are transported in stercoroma pond stand-by; Described solid-liquid separation unit comprises solid-liquid separating machine and fertilizer treatment unit, the solid manure in described stercoroma pond after solid-liquid separating machine process, solid matter carries out processing through fertilizer treatment unit, liquid flow in liquid storage tank; Described anaerobically fermenting unit is multistage anaerobic reaction unit, comprises one-level anaerobic reaction-pot and secondary anaerobic retort, and the waste liquid in described liquid storage tank enters into one-level anaerobic reaction-pot and secondary anaerobic retort successively after lift pump promotes; Described biogas utilization unit comprises biogas cabinet, hydrolock marsh gas purifying tank and biogas electricity generation apparatus, the biogas produced in described one-level anaerobic reaction-pot and secondary anaerobic retort enters into biogas cabinet through getter pipeline, exports the biogas come and be input in biogas electricity generation apparatus after the purification of hydrolock marsh gas purifying tank from biogas cabinet; Described natural pond liquid range site comprises natural pond liquid storage pool, forestry irrigation rig and farmland irrigating device, the natural pond liquid produced in described one-level anaerobic reaction-pot and secondary anaerobic retort flows in the liquid storage pool of natural pond through natural pond liquid transport pipe, as required, the natural pond liquid of natural pond liquid storage pool flows into respectively in forestry irrigation rig and farmland irrigating device and carries out recycle; Be provided with high temperature resistance sludge proof plastics soft protective layer above described stercoroma pond and liquid storage tank, described natural pond liquid storage pool is arranged on underground.
Described collecting tank is " convex " type structure, formed by concrete placement, bottom is divided into blank wall hollow structure, irregularly on the receiving tank of upper part be provided with several waste liquid communicating poress, receiving tank outer end is provided with one deck filtering net, described receiving tank is connected by bolt with between filtering net, and the solid manure filtered out outside described filtering net is transported in stercoroma pond stand-by; The tip height of described receiving tank leaks the height of dropping-board lower than plant swinery.
Described settling tank is made up of little cisterna ambiens, middle cisterna ambiens and large cisterna ambiens; Described little cisterna ambiens is arranged on the inner chamber of described middle cisterna ambiens, is evenly provided with four small baffles between little cisterna ambiens and middle cisterna ambiens, irregularly on each small baffle is provided with several little communicating pores; Described middle cisterna ambiens is arranged in the inner chamber of described large cisterna ambiens, between middle cisterna ambiens and large cisterna ambiens, be evenly provided with four large baffles, irregularly on each large baffle is provided with several large communicating pores; Described four small baffles and four large baffle positions are staggered mutually, are evenly arranged, and the position in the middle of every two large baffles corresponding to below is provided with a small baffle, and position corresponding above every two small baffles is provided with a large baffle.
Described hydrolock marsh gas purifying tank comprises tank body, and described tank body lower end is provided with control valve and water inlet pipe, and described tank body upper end is provided with inlet pipe and vapor pipe; The lower end mouth of pipe of described inlet pipe is positioned at below the water surface of tank body, and the lower end mouth of pipe of described vapor pipe is positioned at more than the water surface; Described tank body arranged outside has transparent water level gauge, inner upper end is provided with pressure transmitter, and described pressure transmitter is connected with warning howler with controller by line; The upper end mouth of pipe of described inlet pipe is connected with the air outlet of described biogas cabinet, and the upper end mouth of pipe of described vapor pipe is connected with described biogas electricity generation apparatus; Described vapor pipe is provided with vacuum breaker, prevents the biogas ejected to be back in tank body; Described transparent water level gauge upper end is fixed on described tank body upper end by anchor.
As required, multistage anaerobic reaction unit can arrange the anaerobic reaction-pot of more than three or three, carries out multistage anaerobic fermentation reaction.
The utility model is by adopting solid-liquid separation technique and anaerobic fermentation technology, first muck water is separated into argol and liquid dung, argol becomes fertilizer through processing, fertilizer can directly to farm crop, trees fertilising, liquid dung produces biogas and natural pond liquid through anaerobically fermenting, and biogas can be used for generating, natural pond liquid and can be used for pouring farmland and trees.
The utility model, by being provided with high temperature resistance sludge proof plastics soft protective layer above described stercoroma pond, can effectively avoid exhaust gas emission to enter in air, produces secondary pollution, meets the enterprise development theory of environmental protection and public nuisance free; The utility model, by liquid storage tank and natural pond liquid storage pool being all arranged on below ground, being saved and is taken up an area space.
The utility model is by being designed to " convex " type structure by collecting tank, upper part is receiving tank, receiving tank outer end is provided with one deck filtering net, initial gross separation can be carried out to the waste water of plant, stop that the solid matter in waste liquid enters collecting tank, improve the separating effect of solid-liquid, reduce processing costs, the solid manure filtered out outside filtering net is transported in stercoroma pond, directly after fertilizer treatment unit processes, enters into recycling link.
In settling tank of the present utility model, little cisterna ambiens, middle cisterna ambiens and large cisterna ambiens connect together mutually, reduce floor space, and sewage along the circumferential direction flows, the communicating pores through dividing plate carries out annularly flow between different cavity, increases flow path, slow down flow stream velocity, improve sedimentation effect.
The utility model is provided with hydrolock marsh gas purifying pressure-pot device, utilizes the water in pressure-pot tank body, biogas is carried out water filtration, the impurity in removing biogas, Purge gas, raising fuel value; And vacuum breaker is provided with on vapor pipe, make biogas uniflux, improve the safety performance used.
The difference of muck utilization system of the present utility model and general Waste Water Treatment is: not only muck water is created biogas by fermentation, also have passed through solid-liquid separation, create fertilizer, and avoid the possibility that waste gas produces secondary pollution, make refuse reach recycling effectively fully, improve comprehensive utilization ratio.
Positive beneficial effect of the present utility model is as follows:
1, solid is manufactured fertilizer by the utility model, and biogas is used for generating, natural pond liquid and is used for pouring farmland and trees, making refuse reach recycling effectively fully, improving comprehensive utilization ratio.
2, the utility model fundamentally solves the process problem of large-scale aquaculture muck water, achieves the maximization of cleaner production and utilization of waste material and rationalizes most.
3, the utility model avoids the possibility that waste gas produces secondary pollution, meets the production theory of environmental protection and public nuisance free, is worthy to be popularized.
4, the utility model comprises multiple working procedure, effectively can process, can not pollute, and turn waste into wealth to surrounding enviroment the useless dirt on pig farm, improves the economic benefit on pig farm.
Accompanying drawing illustrates:
Fig. 1 is structural principle schematic diagram of the present utility model;
Fig. 2 is the structure for amplifying schematic diagram of collecting tank in Fig. 1;
Fig. 3 is the structure for amplifying schematic diagram of settling tank in Fig. 1;
Fig. 4 is the structure for amplifying schematic diagram of hydrolock marsh gas purifying pressure-pot in Fig. 1.
Embodiment:
Below in conjunction with accompanying drawing, the utility model is further explained and illustrate:
See Fig. 1, Fig. 2, Fig. 3 and Fig. 4, a kind of livestock breed aquatics gives up dirty resource reutilization device, comprises useless dirty collector unit, solid-liquid separation unit, anaerobically fermenting unit, biogas utilization unit and natural pond liquid range site; Useless dirty collector unit comprises collecting tank 2, stercoroma pond 3, settling tank 4 and liquid storage tank 5, the excrement sewage 1 ejected from plant is by after collecting tank 2, waste liquid flow in liquid storage tank 5 stand-by after settling tank 4 precipitates, and the solid manure that collecting tank 2 filters out and the solid manure that settling tank 4 deposits are transported in stercoroma pond 3 stand-by; Solid-liquid separation unit comprises solid-liquid separating machine 6 and fertilizer treatment unit 7, the solid manure in stercoroma pond 3 after solid-liquid separating machine 6 processes, solid matter carries out processing through fertilizer treatment unit 7, liquid flow in liquid storage tank 5; Anaerobically fermenting unit is multistage anaerobic reaction unit, comprises one-level anaerobic reaction-pot 9 and secondary anaerobic retort 10, and the waste liquid in liquid storage tank 5 enters into one-level anaerobic reaction-pot 9 and secondary anaerobic retort 10 successively after lift pump 8 promotes; Biogas utilization unit comprises biogas cabinet 12, hydrolock marsh gas purifying pressure-pot 13 and biogas electricity generation apparatus 14, one-level anaerobic reaction-pot 9 and secondary anaerobic retort 10 li of biogas produced enter into biogas cabinet 12 through getter pipeline 11, export the biogas come and be input in biogas electricity generation apparatus 14 after the purification of hydrolock marsh gas purifying pressure-pot 13 from biogas cabinet 12; Natural pond liquid range site comprises natural pond liquid storage pool 16, forestry irrigation rig 17 and farmland irrigating device 18, the natural pond liquid that described one-level anaerobic reaction-pot 9 and secondary anaerobic retort 10 li produce flows in natural pond liquid storage pool 16 through natural pond liquid transport pipe 15, as required, the natural pond liquid of natural pond liquid storage pool 16 flows into respectively in forestry irrigation rig 17 and farmland irrigating device 18 and carries out recycle; Above stercoroma pond 3 and liquid storage tank 5, be provided with high temperature resistance sludge proof plastics soft protective layer, natural pond liquid storage pool 16 is arranged on underground.
Collecting tank 2 is " convex " type structure, formed by concrete placement, bottom is divided into blank wall hollow structure, irregularly on the receiving tank 19 of upper part be provided with several waste liquid communicating poress, receiving tank 19 outer end is provided with one deck filtering net 20, be connected by bolt 21 between receiving tank 19 with filtering net 20, the solid manure filtered out outside filtering net 20 is transported in stercoroma pond 3 stand-by, and the tip height of receiving tank 19 leaks the height of dropping-board lower than plant swinery.
Settling tank 4 is made up of little cisterna ambiens 22, middle cisterna ambiens 23 and large cisterna ambiens 24, and little cisterna ambiens 22 is arranged on the inner chamber of middle cisterna ambiens 23, is evenly provided with four small baffles 26 between little cisterna ambiens 22 and middle cisterna ambiens 23, irregularly on each small baffle 26 is provided with several little communicating pores; Middle cisterna ambiens 23 is arranged in the inner chamber of large cisterna ambiens 24, between middle cisterna ambiens 23 and large cisterna ambiens 24, be evenly provided with four large baffles 25, irregularly on each large baffle 25 is provided with several large communicating pores; Four small baffles 26 and four large baffle 25 positions are staggered mutually, are evenly arranged, and the position in the middle of every two large baffles corresponding to below is provided with a small baffle, and position corresponding above every two small baffles is provided with a large baffle.
Hydrolock marsh gas purifying pressure-pot 13 comprises tank body 29, and tank body 29 lower end is provided with control valve 30 and water inlet pipe 31, and tank body 29 upper end is provided with inlet pipe 35 and vapor pipe 27; The lower end mouth of pipe of inlet pipe 35 is positioned at the water surface less than 36 of tank body 29, and the lower end mouth of pipe of vapor pipe 27 is positioned at the water surface more than 36; Tank body 29 arranged outside has transparent water level gauge 33, inner upper end is provided with pressure transmitter 34, and pressure transmitter 34 is connected with warning howler with controller by line; The upper end mouth of pipe of inlet pipe 35 is connected with the air outlet of biogas cabinet 12, and the upper end mouth of pipe of vapor pipe 27 is connected with biogas electricity generation apparatus 14; Vapor pipe 27 is provided with vacuum breaker 28, prevents the biogas ejected to be back in tank body 29; Transparent water level gauge 33 upper end is fixed on tank body 29 upper end by anchor 32.
As required, multistage anaerobic reaction unit can arrange the anaerobic reaction-pot of more than three or three, carries out multistage anaerobic fermentation reaction.
Muck water is not only created biogas and natural pond liquid by the utility model by fermentation, also have passed through solid-liquid separation, creates fertilizer, and avoids the possibility that waste gas produces secondary pollution, makes refuse reach recycling effectively fully, improves comprehensive utilization ratio.
Claims (5)
1. a livestock breed aquatics gives up dirty resource reutilization device, comprise useless dirty collector unit, solid-liquid separation unit, anaerobically fermenting unit, biogas utilization unit and natural pond liquid range site, it is characterized in that: described useless dirty collector unit comprises collecting tank (2), stercoroma pond (3), settling tank (4) and liquid storage tank (5), the excrement sewage (1) ejected from plant is by after described collecting tank (2), waste liquid flow in liquid storage tank (5) stand-by after settling tank (4) precipitation, the solid manure that collecting tank (2) filters out and the solid manure that settling tank (4) deposits are transported in stercoroma pond (3) stand-by, described solid-liquid separation unit comprises solid-liquid separating machine (6) and fertilizer treatment unit (7), solid manure in described stercoroma pond (3) is after solid-liquid separating machine (6) process, solid matter processes through fertilizer treatment unit (7), and liquid flow in liquid storage tank (5), described anaerobically fermenting unit is multistage anaerobic reaction unit, comprise one-level anaerobic reaction-pot (9) and secondary anaerobic retort (10), the waste liquid in described liquid storage tank (5) enters into one-level anaerobic reaction-pot (9) and secondary anaerobic retort (10) successively after lift pump (8) promotes, described biogas utilization unit comprises biogas cabinet (12), hydrolock marsh gas purifying pressure-pot (13) and biogas electricity generation apparatus (14), described one-level anaerobic reaction-pot (9) and inner the produced biogas of secondary anaerobic retort (10) enter into biogas cabinet (12) through getter pipeline (11), export the biogas come and be input in biogas electricity generation apparatus (14) after hydrolock marsh gas purifying pressure-pot (13) purification from biogas cabinet (12), described natural pond liquid range site comprises natural pond liquid storage pool (16), forestry irrigation rig (17) and farmland irrigating device (18), described one-level anaerobic reaction-pot (9) and inner the produced natural pond liquid of secondary anaerobic retort (10) flow in natural pond liquid storage pool (16) through natural pond liquid transport pipe (15), as required, the natural pond liquid of natural pond liquid storage pool (16) flows into respectively in forestry irrigation rig (17) and farmland irrigating device (18) and carries out recycle, described stercoroma pond (3) and liquid storage tank (5) top are provided with high temperature resistance sludge proof plastics soft protective layer, and described natural pond liquid storage pool (16) is arranged on underground.
2. livestock breed aquatics according to claim 1 gives up dirty resource reutilization device, it is characterized in that: described collecting tank (2) is " convex " type structure, formed by concrete placement, bottom is divided into blank wall hollow structure, the receiving tank (19) of upper part is above irregular is provided with several waste liquid communicating poress, receiving tank (19) outer end is provided with one deck filtering net (20), be connected by bolt (21) between described receiving tank (19) with filtering net (20), the solid manure that described filtering net (20) outside filters out is transported in stercoroma pond (3) stand-by, the tip height of described receiving tank (19) leaks the height of dropping-board lower than plant swinery.
3. livestock breed aquatics according to claim 1 gives up dirty resource reutilization device, it is characterized in that: described settling tank (4) is made up of little cisterna ambiens (22), middle cisterna ambiens (23) and large cisterna ambiens (24); Described little cisterna ambiens (22) is arranged on the inner chamber of described middle cisterna ambiens (23), is evenly provided with four small baffles (26) between little cisterna ambiens (22) and middle cisterna ambiens (23), and each small baffle (26) is above irregular is provided with several little communicating pores; Described middle cisterna ambiens (23) is arranged in the inner chamber of described large cisterna ambiens (24), is evenly provided with four large baffles (25) between middle cisterna ambiens (23) and large cisterna ambiens (24), and each large baffle (25) is above irregular is provided with several large communicating pores; Described four small baffles (26) and four large baffle (25) positions are staggered mutually, are evenly arranged, and the position in the middle of every two large baffles corresponding to below is provided with a small baffle, and position corresponding above every two small baffles is provided with a large baffle.
4. livestock breed aquatics according to claim 1 gives up dirty resource reutilization device, it is characterized in that: described hydrolock marsh gas purifying pressure-pot (13) comprises tank body (29), described tank body (29) lower end is provided with control valve (30) and water inlet pipe (31), and described tank body (29) upper end is provided with inlet pipe (35) and vapor pipe (27); The lower end mouth of pipe of described inlet pipe (35) is positioned at the water surface (36) of tank body (29) below, and the lower end mouth of pipe of described vapor pipe (27) is positioned at more than the water surface (36); Described tank body (29) arranged outside has transparent water level gauge (33), inner upper end is provided with pressure transmitter (34), and described pressure transmitter (34) is connected with warning howler with controller by line; The upper end mouth of pipe of described inlet pipe (35) is connected with the air outlet of described biogas cabinet (12), and the upper end mouth of pipe of described vapor pipe (27) is connected with described biogas electricity generation apparatus (14); Described vapor pipe (27) is provided with vacuum breaker (28), prevents the biogas ejected to be back in tank body (29); Described transparent water level gauge (33) upper end is fixed on described tank body (29) upper end by anchor (32).
5. livestock breed aquatics according to claim 1 gives up dirty resource reutilization device, and it is characterized in that: as required, multistage anaerobic reaction unit can arrange the anaerobic reaction-pot of more than three or three, carries out multistage anaerobic fermentation reaction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520243392.4U CN204644065U (en) | 2015-04-22 | 2015-04-22 | Livestock breed aquatics gives up dirty resource reutilization device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520243392.4U CN204644065U (en) | 2015-04-22 | 2015-04-22 | Livestock breed aquatics gives up dirty resource reutilization device |
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| CN204644065U true CN204644065U (en) | 2015-09-16 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520243392.4U Active CN204644065U (en) | 2015-04-22 | 2015-04-22 | Livestock breed aquatics gives up dirty resource reutilization device |
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| CN (1) | CN204644065U (en) |
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- 2015-04-22 CN CN201520243392.4U patent/CN204644065U/en active Active
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