CN205045962U - Grease impurity and sewage integration clean system - Google Patents
Grease impurity and sewage integration clean system Download PDFInfo
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- CN205045962U CN205045962U CN201520809670.8U CN201520809670U CN205045962U CN 205045962 U CN205045962 U CN 205045962U CN 201520809670 U CN201520809670 U CN 201520809670U CN 205045962 U CN205045962 U CN 205045962U
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Abstract
The utility model relates to a sewage treatment device technical field, more specifically relate to a grease impurity and sewage integration clean system. A grease impurity and sewage integration clean system, wherein includes profit separation of impurities machine, anaerobic sewage treatment device, biological aeration equipment and reuse of reclaimed water pond, profit separation of impurities machine links to each other through pipeline and anaerobic sewage treatment device, and the anaerobic sewage treatment device passes through the pipeline and links to each other with biological aeration equipment, and biological aeration equipment passes through the pipeline and links to each other with the reuse of reclaimed water pond. The utility model discloses collect impurity filtration, grease separation recovery and sewage purifying treatment in an organic whole, have simple structure, convenient operation, the treatment effect is obvious, highly integrated, the advantage that unifies.
Description
Technical field
The utility model relates to technical field of sewage treatment equipment, relates more specifically to a kind of grease impurity and sewerage integrated purification system.
Background technology
Sewage disposal is the water quality requirement reused for making sewage reach, to the process that it purifies.Sewage disposal is widely used in building, agricultural, and the every field such as traffic, the energy, petrochemical industry, environmental protection, urban look, medical treatment, food and drink, also come into the daily life of common people more and more.Sewage disposal is generally divided into production waste process and sanitary sewage disposal.Production waste comprises industrial sewage, rural sewage and medical sewage etc., and sanitary sewage is exactly the sewage that daily life produces, and refers to various forms of inorganics and organic complex mixture.
The material comprised in sewage is varied, comprising size solid particulate that is floating and that suspend, glue and gel diffusate, grease, and the larger silt of proportion and metallic particles etc.If not in time that these particles and garbage-cleaning is clean, very fast sewage disposal device can be blocked, need parking to clear up, have a strong impact on the normal operation of production, bring about great losses to system.In addition, the grease in sewage can reclaim produces senior Chemicals as industrial chemicals.
In recent years, along with development and the comprehensive utilization interdisciplinary of science and technology, a lot of for the research of sewage disposal both at home and abroad, the technology of sewage water treatment method has been reported a lot, device for the sewage disposal great majority of research are both at home and abroad all the modes of individual curing sewage at present, and these devices have complex process mostly, the shortcomings such as floor space is large, expensive.
Utility model content
The utility model, for overcoming at least one defect described in above-mentioned prior art, provides a kind of grease impurity and sewerage integrated purification system.The utility model integrates contaminant filter, grease Separation and Recovery and the dirty water decontamination handles, has structure simple, easy to operate, and treatment effect is obvious, the advantage of Highgrade integration, integration.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is: a kind of grease impurity and sewerage integrated purification system, wherein, comprise profit impurity separator, sewage anaerobic treatment device, bio-aeration device and Treated sewage reusing pond, described profit impurity separator is connected with sewage anaerobic treatment device by pipeline, sewage anaerobic treatment device is connected with bio-aeration device by pipeline, and bio-aeration device is connected with Treated sewage reusing pond by pipeline.
In the utility model, described profit impurity separator comprises trash eliminator room, grease separator room, automatically grid room and is connected the top of grease separator room with the bottom of trash eliminator room described in Grease Collection case, described automatic grid room is connected with the top of trash eliminator room, described Grease Collection case is arranged on the side of grease separator room, is connected with grease separator room.The effect of automatic grid room is filtered the sewage containing impurity and grease, is retained down by impurity larger in sewage, ensures the sepn process of follow-up impurity and grease and sewage purification process is more effective carries out.
Further, one end, top, described automatic grid room is provided with sewage grease impurity admission port, the below of sewage grease impurity admission port is provided with a flase floor, under described flase floor, Founder is provided with sewage grease receiving tank to sewage grease impurity admission port place, be provided with sewage grease vent pipe bottom sewage grease receiving tank, described sewage grease vent pipe is communicated with top, trash eliminator room.Sewage containing impurity and grease enters automatic grid room from described sewage grease impurity admission port, larger impurity contained in sewage is not trapped within by flase floor on flase floor, less impurity and grease enter into the sewage grease receiving tank of below through flase floor with sewage, then enter into trash eliminator room by the sewage grease vent pipe bottom sewage grease receiving tank.Depart from sewage grease impurity admission port place below described flase floor and be provided with impurity relief outlet, described impurity relief outlet is funnel-form, and described flase floor is just provided with to impurity relief outlet place the opening that can freely open.When impurity larger in sewage be trapped within flase floor arrives to a certain degree time, can open on flase floor just to the opening at impurity relief outlet place, namely larger impurity drop to impurity relief outlet and discharge, and impurity relief outlet is the collection that funnel-form is more conducive to the larger impurity of discharging.
Further, described trash eliminator room is a bottom surface is the casing on inclined-plane, and lower outside limit, trash eliminator room is provided with fine impurities vent pipe, and described fine impurities vent pipe is arranged on the outside of inclined-plane, bottom surface least significant end; The inside of trash eliminator room is provided with sewage grease drainage tube, and described sewage grease drainage tube enters grease separator room through bottom trash eliminator room.The entrance height of described sewage grease drainage tube is 3/4 ~ 4/5 of trash eliminator room height.After the sewage containing fine impurities and grease through filtering enters trash eliminator room, fine impurities in sewage can be deposited to the bottom surface of trash eliminator room, because bottom surface is an inclined-plane, so the fine impurities after sedimentation can be assembled towards inclined-plane least significant end, then discharged by the fine impurities vent pipe outside inclined-plane least significant end, sewage containing grease then enters into grease separator room by sewage grease drainage tube, in the entrance height of the sewage grease drainage tube sewage that to be 3/4 ~ 4/5 of trash eliminator room height be in order to ensure to enter grease separator room as far as possible only containing grease not containing fine impurities.The side at top, described grease separator room is inclined-plane, coordinate with the inclined-plane bottom trash eliminator room and be connected, the opposite side at top, grease separator room is provided with grease stirring heating case, the top of grease stirring heating case is provided with grease vent pipe, and described grease vent pipe is communicated with Grease Collection box top.Because the proportion of grease is relatively lighter, so through heating with after stirring, grease can be distributed in the top of sewage, then discharged by the grease vent pipe of grease stirring heating box top and enter into Grease Collection case.
In the utility model, described profit impurity separator also comprises a loop expansion pipe, and described loop expansion pipe is connected with trash eliminator room and grease separator room respectively by offsetting pipe.The effect of loop expansion pipe adds compensation water in trash eliminator room and grease separator room.Entrance height due to the sewage grease drainage tube in trash eliminator room is 3/4 ~ 4/5 of trash eliminator room height, grease vent pipe on grease separator room is located at the top of grease stirring heating case, so the liquid level in trash eliminator room and grease separator room must remain on certain height guarantee sewage or grease enters into sewage grease drainage tube or grease vent pipe; Therefore, be provided with a loop expansion pipe, when the liquid level in trash eliminator room and grease separator room is too low, compensation water is increased respectively in trash eliminator room and grease separator room by loop expansion pipe, thus the liquid level promoted in trash eliminator room and grease separator room, ensure carrying out smoothly of sepn process.
In the utility model, described sewage anaerobic treatment device comprises two or more collecting precipitation anaerobic ponds, two or more collecting precipitation anaerobic ponds described are by placed in series, and the quantity of described collecting precipitation anaerobic pond suitably designs according to quantity of wastewater effluent.Described collecting precipitation anaerobic pond is the sealing drum that plastics are made, and the side of described collecting precipitation anaerobic pond upper end is provided with sewage inlet, and its opposite side is provided with sewage outlet.In two or more collecting precipitation anaerobic ponds of series connection, the sewage outlet of previous collecting precipitation anaerobic pond is connected by pipeline with the sewage inlet of a rear collecting precipitation anaerobic pond, the sewage inlet of first collecting precipitation anaerobic pond is connected with profit impurity separator by pipeline, and the sewage outlet of last collecting precipitation anaerobic pond is connected with bio-aeration device by pipeline.
Further, the top of described collecting precipitation anaerobic pond is provided with biogas relief outlet, is provided with biogas discharge manifold above described collecting precipitation anaerobic pond, and described biogas relief outlet is connected with biogas discharge manifold by pipeline.Described collecting precipitation anaerobic pond inside is provided with anerobe carrier, and described anerobe carrier is preferably combined stuffing, and anerobe carrier is attached with anaerobic bacterium.After sewage enters collecting precipitation anaerobic pond from sewage inlet, sewage fully contacts with anerobe carrier, and the organism in sewage and anaerobic bacterium generation anaerobic reaction, be degraded by the organism in anaerobic reaction sewage.Can produce biogas in anaerobic reaction process, biogas is a kind of energy gas, and can do combustion gas and use, the biogas of generation can enter biogas discharge manifold by the biogas relief outlet at collecting precipitation anaerobic pond top through piping, then collects.Another effect of collecting precipitation anaerobic pond is, when entering sewage wherein also containing a little fine impurities, further can precipitate in collecting precipitation anaerobic pond.
In the utility model, described bio-aeration device comprises the bio-aeration bucket that two or more plastics are made, two or more bio-aeration buckets described pass through placed in series, the quantity of described bio-aeration bucket is suitably design according to quantity of wastewater effluent equally, the side of described bio-aeration bucket upper end is provided with sewage inlet, and its opposite side is provided with sewage outlet.In two or more bio-aeration buckets of series connection, the sewage outlet of previous bio-aeration bucket is connected by pipeline with the sewage inlet of a rear bio-aeration bucket, the sewage inlet of first bio-aeration bucket is connected with sewage anaerobic treatment device by pipeline, and the sewage outlet of last bio-aeration bucket is communicated with Treated sewage reusing pond by pipeline.The effect of described bio-aeration device utilizes improvement microbial enzyme reaction technology to focus on sewage.
Further, top in bio-aeration bucket is provided with biological net, bottom in bio-aeration bucket is provided with lower biological net, center in bio-aeration bucket is provided with centerwell, the upper/lower terminal of centerwell is connected with upper biological net and lower biological net respectively, upper biological net, lower biological net and centerwell composition microbe carrier room, microbe carrier is provided with microbe carrier in room.Described microbe carrier is the spheroplast of the multi-blade multi-through hole that plastics are made, the microbial biomass of high density can be held, be conducive to the amount reproduction of microflora, microorganism is contacted more fully with sewage, improve processing power, decrease the volume for the treatment of unit, therefore occupation area of equipment is little.The diameter of microbe carrier has plurality of specifications, and the microbe carrier of plurality of specifications diameter is filled up microbe carrier room according to certain ratio.
Further, be provided with aeration house steward above described bio-aeration device, described centerwell center is provided with aeration tube, and the upper end of aeration tube is connected with aeration house steward, and the lower end of aeration tube is communicated with aeration basin.Air enters each aeration tube respectively by aeration house steward, then sprays from the aeration basin of aeration tube lower end, and aeration house steward and each aeration tube junction are provided with air valve, adjusting air inflow quantity at any time.The ingress of described aeration house steward is provided with gas blower, and gas blower controls by automatic control system the gas pushing quantity sending into aeration house steward.The ingress of described aeration house steward is also provided with well heater, for regulating the temperature of supplying gas of gas blower.
In the utility model, enter Treated sewage reusing pond from the sewage outlet of last bio-aeration bucket after the dirty water decontamination handles completes and store, the water after purification may be used for breeding fish, water flowers, carwash, to flush the toilet and fire-fighting fire extinguishing etc.
Principle of work of the present utility model:
The sewage comprising impurity and grease enters automatic grid room from the sewage grease impurity admission port the automatic grid room of profit impurity separator, impurity larger in sewage is trapped within flase floor, and less impurity and grease enter into the trash eliminator room of profit impurity separator through flase floor with sewage, less impurity is deposited to the bottom surface of trash eliminator room in trash eliminator room, then focuses on fine impurities vent pipe place along inclined-plane, bottom surface, discharges through fine impurities vent pipe, grease enters into grease separator room with sewage through sewage grease drainage tube, and through stirring heating, grease is distributed in the top of grease separator room, and sewage is distributed in the bottom of grease separator room, and then grease enters Grease Collection case through grease vent pipe, sewage enters into first collecting precipitation anaerobic pond of multiple collecting precipitation anaerobic ponds of series connection by pipeline, sewage in collecting precipitation anaerobic pond with anaerobic bacterium generation anaerobic reaction, organic moiety in sewage is decomposed, a small amount of fine impurities further sedimentation in collecting precipitation anaerobic pond in sewage, sewage after anaerobic treatment to enter first bio-aeration bucket multiple bio-aeration buckets of series connection by pipeline from last collecting precipitation anaerobic pond, sewage enters microbe carrier room through upper biological net, fully contact with the microbe carrier in microbe carrier room, in bio-aeration bucket, add appropriate microbial nutrition agent and start aerating apparatus, air enters bottom bio-aeration bucket centerwell from aeration tube, sewage is driven up to flow from the bottom of centerwell, and then enter microbe carrier room downwards from upper biological net, when sewage is full of bio-aeration bucket, sewage enters next bio-aeration bucket from the sewage outlet of bio-aeration bucket upper end, by that analogy, until after sewage reaches discharging standards, the storage of Treated sewage reusing pond is entered from purifying waste water of last bio-aeration bucket outflow.
Compared with the existing technology, the beneficial effects of the utility model are:
Profit impurity separator, sewage anaerobic treatment device and bio-aeration device are together in series use by the utility model, make the separation of dirty impurities in water, the purifying treatment of the Separation and Recovery of grease and sewage concentrates on one, there is structure simple, easy to operate, treatment effect is obvious, the advantage of Highgrade integration, integration.Particularly bio-aeration device have employed the microbial enzyme reaction technology of improvement, solves in conventional process the problem producing a large amount of mud, and this technology does not produce any mud.Therefore, the utility model is extensively adapted to the demand of the water body purification process such as meal kitchen sewage, medical sewage, sanitary sewage, industrial sewage, school's sewage.
In the utility model, collecting precipitation anaerobic pond and bio-aeration bucket all adopt the significant plastic production of anticorrosion ability to form, and therefore can be embedded under earth's surface as required, economize the land resource.
The utility model is in daily operation process, and bio-aeration bucket can clean automatically, and collecting precipitation anaerobic pond only need be cleared up once every year, and maintenance cost is extremely low.
Accompanying drawing explanation
Fig. 1 is one-piece construction schematic diagram of the present utility model.
Fig. 2 is the one-piece construction schematic diagram of profit impurity separator in the utility model.
Fig. 3 is the one-piece construction schematic diagram of collecting precipitation anaerobic pond in the utility model.
Fig. 4 is the one-piece construction schematic diagram of bio-aeration bucket in the utility model.
Embodiment
Accompanying drawing, only for exemplary illustration, can not be interpreted as the restriction to this patent; In order to better the present embodiment is described, some parts of accompanying drawing have omission, zoom in or out, and do not represent the size of actual product; To those skilled in the art, in accompanying drawing, some known features and explanation thereof may be omitted is understandable.Describe position relationship in accompanying drawing only for exemplary illustration, the restriction to this patent can not be interpreted as.
As shown in Figure 1, a kind of grease impurity and sewerage integrated purification system, wherein, comprise profit impurity separator 1, sewage anaerobic treatment device 2, bio-aeration device 3 and Treated sewage reusing pond 4, described profit impurity separator 1 is connected with sewage anaerobic treatment device 2 by pipeline, sewage anaerobic treatment device 2 is connected with bio-aeration device 3 by pipeline, and bio-aeration device 3 is connected with Treated sewage reusing pond 4 by pipeline.
As shown in Figure 2, described profit impurity separator comprises trash eliminator room 11 and grease separator room 12, and the bottom of trash eliminator room 11 connects the top of grease separator room 12, wherein, also comprise an automatic grid room 13, described automatic grid room 13 is connected with the top of trash eliminator room 11.The effect of automatic grid room 13 is filtered the sewage containing impurity and grease, is retained down by impurity larger in sewage, ensures that the sepn process of follow-up impurity and grease is more effective and carry out.Described profit impurity separator 1 also comprises a Grease Collection case 14, and described Grease Collection case 14 is arranged on the side of grease separator room 12, is connected with grease separator room 12.Grease Collection case 14 is connected with grease separator room 12 by this design, just no longer need independent grease collecting device, make the structure of whole separating device compacter, and then save the space shared by whole separating device, and facilitate installation and the operation of separating device.
As shown in Figure 2, further, one end, top, described automatic grid room 13 is provided with sewage grease impurity admission port 131, the below of sewage grease impurity admission port 131 is provided with a flase floor 132, described flase floor 132 times Founders are provided with sewage grease receiving tank 133 to sewage grease impurity admission port 131 place, be provided with sewage grease vent pipe 134 bottom sewage grease receiving tank 133, described sewage grease vent pipe 134 is communicated with top, trash eliminator room 11.Sewage containing impurity and grease enters automatic grid room 13 from described sewage grease impurity admission port 131, larger impurity contained in sewage is not trapped within flase floor 132 by flase floor 132, less impurity and grease enter into the sewage grease receiving tank 133 of below through flase floor 132 with sewage, then enter into trash eliminator room 11 by the sewage grease vent pipe 134 bottom sewage grease receiving tank 133.Depart from sewage grease impurity admission port 131 place below described flase floor 132 and be provided with impurity relief outlet 135, described impurity relief outlet 135, in funnel-form, described flase floor 132 is just provided with to impurity relief outlet 135 place the opening that can freely open.When impurity larger in sewage be trapped within flase floor 132 arrives to a certain degree time, can open on flase floor 132 just to the opening at impurity relief outlet 135 place, namely larger impurity drop to impurity relief outlet 135 and discharge, and impurity relief outlet 135 is more conducive to the collection of the larger impurity of discharging in funnel-form.
As shown in Figure 2, further, described trash eliminator room 11 is a bottom surface is the casing on inclined-plane, the angle of inclination on described inclined-plane is 10 ~ 45 degree, lower outside limit, trash eliminator room 11 is provided with fine impurities vent pipe 111, and described fine impurities vent pipe 111 is arranged on the outside of inclined-plane, bottom surface least significant end; The inside of trash eliminator room 11 is provided with sewage grease drainage tube 16, and described sewage grease drainage tube 16 enters grease separator room 12 through bottom trash eliminator room 11.The entrance height of described sewage grease drainage tube 16 is 3/4 ~ 4/5 of trash eliminator room 11 height.After the sewage containing fine impurities and grease through filtering enters trash eliminator room 11, fine impurities in sewage can be deposited to the bottom surface of trash eliminator room 11, because bottom surface is an inclined-plane, so the fine impurities after sedimentation can be assembled towards inclined-plane least significant end, then discharged by the fine impurities vent pipe 111 outside inclined-plane least significant end, sewage containing grease then enters into grease separator room 12 by sewage grease drainage tube 16, in the entrance height of sewage grease drainage tube 16 sewage that to be 3/4 ~ 4/5 of trash eliminator room 11 height be in order to ensure to enter grease separator room 12 as far as possible only containing grease not containing fine impurities.The side at top, described grease separator room 12 is inclined-plane, the angle of inclination on described inclined-plane is 10 ~ 45 degree, coordinate with the inclined-plane bottom trash eliminator room and be connected, the opposite side at top, grease separator room 12 is provided with grease stirring heating case 121, the top of grease stirring heating case 121 is provided with grease vent pipe 1211, and described grease vent pipe 1211 is communicated with Grease Collection case 14 top.Because the proportion of grease is relatively lighter, so through heating with after stirring, grease can be distributed in the top of sewage, then enters into Grease Collection case by the grease vent pipe 1211 at grease stirring heating case 121 top.
As shown in Figure 2, in the present embodiment, described profit impurity separator 1 also comprises a loop expansion pipe 15, and described loop expansion pipe 15 is connected with trash eliminator room 11 and grease separator room 12 respectively by offsetting pipe.The effect of loop expansion pipe 15 adds compensation water in trash eliminator room 11 and grease separator room 12.Entrance height due to the sewage grease drainage tube 16 in trash eliminator room 11 is 3/4 ~ 4/5 of trash eliminator room 11 height, grease vent pipe 1211 on grease separator room 12 is located at the top of grease stirring heating case 121, so the liquid level in trash eliminator room 11 and grease separator room 12 must remain on certain height guarantee sewage or grease enters into sewage grease drainage tube 16 or grease vent pipe 1211; Therefore, be provided with a loop expansion pipe, when the liquid level in trash eliminator room 11 and grease separator room 12 is too low, compensation water is increased respectively in trash eliminator room 11 and grease separator room 12 by loop expansion pipe 15, thus the liquid level promoted in trash eliminator room 11 and grease separator room 12, ensure carrying out smoothly of sepn process.
As shown in Figure 3, described sewage anaerobic treatment device 2 comprises two or more collecting precipitation anaerobic ponds 21, two or more collecting precipitation anaerobic ponds 21 described are by placed in series, and the quantity of described collecting precipitation anaerobic pond 21 suitably designs according to quantity of wastewater effluent.The sealing drum that described collecting precipitation anaerobic pond 21 is made for plastics, the side of described collecting precipitation anaerobic pond 21 upper end is provided with sewage inlet 211, and its opposite side is provided with sewage outlet 212.In two or more collecting precipitation anaerobic ponds 21 of series connection, the sewage outlet 212 of previous collecting precipitation anaerobic pond 21 is connected by pipeline with the sewage inlet 211 of a rear collecting precipitation anaerobic pond 21, the sewage inlet 211 of first collecting precipitation anaerobic pond 21 is connected with profit impurity separator 1 by pipeline, and the sewage outlet of last collecting precipitation anaerobic pond 21 is connected with bio-aeration device 3 by pipeline.
As shown in Figure 3, further, the top of described collecting precipitation anaerobic pond 21 is provided with biogas relief outlet 213, is provided with biogas discharge manifold above described collecting precipitation anaerobic pond 21, and described biogas relief outlet 213 is connected with biogas discharge manifold by pipeline.Described collecting precipitation anaerobic pond 21 inside is provided with anerobe carrier 214, and described anerobe carrier 214 is preferably combined stuffing, and anerobe carrier 214 is attached with anaerobic bacterium.After sewage enters collecting precipitation anaerobic pond 21 from sewage inlet 211, sewage fully contacts with anerobe carrier 214, and the organism in sewage and anaerobic bacterium generation anaerobic reaction, be degraded by the organism in anaerobic reaction sewage.Can produce biogas in anaerobic reaction process, biogas is a kind of energy gas, and can do combustion gas and use, the biogas of generation can enter biogas discharge manifold by the biogas relief outlet 213 at collecting precipitation anaerobic pond 21 top through piping, then collects.Another effect of collecting precipitation anaerobic pond 21 is, when entering sewage wherein also containing a little fine impurities, further can precipitate in collecting precipitation anaerobic pond 21.
As shown in Figure 4, described bio-aeration device 3 comprises the bio-aeration bucket 31 that two or more plastics are made, two or more bio-aeration buckets 31 described pass through placed in series, the quantity of described bio-aeration bucket 31 is suitably design according to quantity of wastewater effluent equally, the side of described bio-aeration bucket 31 upper end is provided with sewage inlet 311, and its opposite side is provided with sewage outlet 312.In two or more bio-aeration buckets 31 of series connection, the sewage outlet 312 of previous bio-aeration bucket 31 is connected by pipeline with the sewage inlet 311 of a rear bio-aeration bucket 31, the sewage inlet 311 of first bio-aeration bucket 31 is connected with sewage anaerobic treatment device 2 by pipeline, and the sewage outlet 312 of last bio-aeration bucket 31 is communicated with Treated sewage reusing pond 4 by pipeline.The effect of described bio-aeration bucket 31 utilizes improvement microbial enzyme reaction technology to focus on sewage, removes useless Organic substance in water and nitrogen phosphorus, reach the object of purifying waste water.
As shown in Figure 4, further, top in bio-aeration bucket 31 is provided with biological net 313, bottom in bio-aeration bucket 31 is provided with lower biological net 314, center in bio-aeration bucket 31 is provided with centerwell 315, the upper/lower terminal of centerwell 315 is connected with upper biological net 313 and lower biological net 314 respectively, and upper biological net 313, lower biological net 314 and centerwell 315 form microbe carrier room 316, are provided with microbe carrier 317 in microbe carrier room 316.Described microbe carrier 317 is the spheroplasts of the multi-blade multi-through hole that plastics are made, the microbial biomass of high density can be held, be conducive to the amount reproduction of microflora, microorganism is contacted more fully with sewage, improve processing power, decrease the volume for the treatment of unit, therefore occupation area of equipment is little.The diameter of microbe carrier 317 has plurality of specifications, and the microbe carrier 317 of plurality of specifications diameter is filled up microbe carrier room 316 according to certain ratio.
As shown in Figure 4, further, be provided with aeration house steward above described bio-aeration bucket 31, described centerwell 315 center is provided with aeration tube 318, and the upper end of aeration tube 318 is connected with aeration house steward, and the lower end of aeration tube 318 is provided with aeration basin 319.Air enters each aeration tube 318 respectively by aeration house steward, then sprays from the aeration basin 319 of aeration tube 318 lower end, and aeration house steward and each aeration tube 318 junction are provided with air valve, adjusting air inflow quantity at any time.The ingress of described aeration house steward is provided with gas blower, and gas blower controls by automatic control system the gas pushing quantity sending into aeration house steward.The ingress of described aeration house steward is also provided with well heater, for regulating the temperature of supplying gas of gas blower.
Obviously, above-described embodiment of the present utility model is only used to the utility model example is clearly described, and is not the restriction to embodiment of the present utility model.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.All do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., within the protection domain that all should be included in the utility model claim.
Claims (10)
1. a grease impurity and sewerage integrated purification system, it is characterized in that, comprise profit impurity separator (1), sewage anaerobic treatment device (2), bio-aeration device (3) and Treated sewage reusing pond (4), described profit impurity separator (1) is connected with sewage anaerobic treatment device (2) by pipeline, sewage anaerobic treatment device (2) is connected with bio-aeration device (3) by pipeline, and bio-aeration device (3) is connected with Treated sewage reusing pond (4) by pipeline.
2. a kind of grease impurity according to claim 1 and sewerage integrated purification system, it is characterized in that, described profit impurity separator (1) comprises trash eliminator room (11), grease separator room (12), automatic grid room (13), Grease Collection case (14) and loop expansion pipe (15), the bottom of described trash eliminator room (11) connects the top of grease separator room (12), described automatic grid room (13) is connected with the top of trash eliminator room (11), described Grease Collection case (14) is arranged on the side of grease separator room (12), be connected with grease separator room (12), described loop expansion pipe (15) is connected with trash eliminator room (11) and grease separator room (12) respectively by offsetting pipe.
3. a kind of grease impurity according to claim 2 and sewerage integrated purification system, it is characterized in that, described automatic grid room (13) one end, top is provided with sewage grease impurity admission port (131), the below of sewage grease impurity admission port (131) is provided with a flase floor (132), under described flase floor (132), Founder is provided with sewage grease receiving tank (133) to sewage grease impurity admission port (131) place, sewage grease receiving tank (133) bottom is provided with sewage grease vent pipe (134), described sewage grease vent pipe (134) is communicated with trash eliminator room (11) top, described flase floor (132) below is departed from sewage grease impurity admission port (131) place and is provided with impurity relief outlet (135), described flase floor (132) is just provided with to impurity relief outlet (135) place the opening that can freely open.
4. a kind of grease impurity according to claim 2 and sewerage integrated purification system, it is characterized in that, described trash eliminator room (11) is a bottom surface is the casing on inclined-plane, trash eliminator room (11) lower outside limit is provided with fine impurities vent pipe (111), the inside of trash eliminator room (11) is provided with sewage grease drainage tube (16), and described sewage grease drainage tube (16) enters grease separator room (12) through trash eliminator room (11) bottom; The side at described grease separator room (12) top is inclined-plane, coordinate with the inclined-plane of trash eliminator room (11) bottom and be connected, the opposite side at grease separator room (12) top is provided with grease stirring heating case (121), the top of grease stirring heating case (121) is provided with grease vent pipe (1211), and described grease vent pipe (1211) is communicated with Grease Collection case (14) top.
5. a kind of grease impurity according to claim 1 and sewerage integrated purification system, it is characterized in that, described sewage anaerobic treatment device (2) comprises two or more collecting precipitation anaerobic ponds (21), and two or more collecting precipitation anaerobic ponds (21) described pass through placed in series.
6. a kind of grease impurity according to claim 5 and sewerage integrated purification system, it is characterized in that, the sealing drum that described collecting precipitation anaerobic pond (21) is made for plastics, the side of described collecting precipitation anaerobic pond (21) upper end is provided with sewage inlet (211), its opposite side is provided with sewage outlet (212), and the top of described collecting precipitation anaerobic pond is provided with biogas relief outlet (213).
7. a kind of grease impurity according to claim 6 and sewerage integrated purification system, is characterized in that, described collecting precipitation anaerobic pond (21) top is provided with biogas discharge manifold, and described biogas relief outlet (213) is connected with biogas discharge manifold by pipeline; Described collecting precipitation anaerobic pond (21) inside is provided with anerobe carrier (214).
8. a kind of grease impurity according to claim 1 and sewerage integrated purification system, it is characterized in that, described bio-aeration device (3) comprises the bio-aeration bucket (31) that two or more plastics are made, two or more bio-aeration buckets (31) described pass through placed in series, the side of described bio-aeration bucket (31) upper end is provided with sewage inlet (311), its opposite side is provided with sewage outlet (312), top in bio-aeration bucket (31) is provided with biological net (313), bottom in bio-aeration bucket (31) is provided with lower biological net (314), center in bio-aeration bucket (31) is provided with centerwell (315), centerwell (315) upper, lower two ends are connected with upper biological net (313) and lower biological net (314) respectively, upper biological net (313), lower biological net (314) and centerwell (315) composition microbe carrier room (316), microbe carrier (317) is provided with in microbe carrier room (316).
9. a kind of grease impurity according to claim 8 and sewerage integrated purification system, it is characterized in that, described bio-aeration bucket (31) top is provided with aeration house steward, described centerwell center is provided with aeration tube (318), the upper end of aeration tube (318) is connected with aeration house steward, and the lower end of aeration tube (318) is provided with aeration basin (319).
10. a kind of grease impurity according to claim 8 and sewerage integrated purification system, is characterized in that, described microbe carrier (317) is the spheroplast of the multi-blade multi-through hole that plastics are made.
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| CN201520809670.8U CN205045962U (en) | 2015-10-20 | 2015-10-20 | Grease impurity and sewage integration clean system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105217889A (en) * | 2015-10-20 | 2016-01-06 | 广东金石基生物环保科技有限公司 | A kind of grease impurity and sewerage integrated purification system |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105217889A (en) * | 2015-10-20 | 2016-01-06 | 广东金石基生物环保科技有限公司 | A kind of grease impurity and sewerage integrated purification system |
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