CN203683210U - Self-cleaning aerating device and aeration tank - Google Patents

Abstract

The utility model discloses a self-cleaning aerating device and an aeration tank, the self-cleaning aerating device comprises a gas supply header pipe, odd rows of gas supply header pipes and even rows of gas supply header pipes which are connected with the gas supply header pipe, the odd rows of gas supply header pipes and even rows of gas supply header pipes are respectively connected with a plurality of gas supply branched pipes and provided with a control valve and an emptying valve; and the bottom end of each of the gas supply branched pipe is connected with an aerating hose. The self-cleaning aerating device disclosed by the utility model is capable of self-cleaning the aerating hose to prevent the aerating hose from being blocked and polluted, the blocking condition of an aerator can be effectively improved, the aeration is uniform, the aerating equipment is in efficient operation state for a long time, and the service life of the aerating device can be prolonged.

Description

Self-stip aerating apparatus and aeration tank

Technical field

The utility model relates to a kind of waste disposal plant, relates in particular to a kind of aerating apparatus and aeration tank.

Background technology

Along with social development, the problem of water scarcity is day by day serious, and water will become an important factor of restriction social development.People also more and more pay attention to exploitation and the improvement of water technology.

Biologic process for treating sewage is one more special in sewage treatment process, is called again activated sludge process.Activated sludge process can be divided into aerobic method and anaerobic process etc.In aerobe Sewage treatment systems, microorganism utilizes the dissolved oxygen in water, and then the organic pollutant in oxidative degradation water carries out the lock out operation of microorganism and water, reaches the object of purifying waste water.Dissolved oxygen English name is Dissolved Oxygen, is conventionally denoted as DO, refers to the content that is dissolved in oxygen in water, with oxygen in every premium on currency milligram a number represent, unit is mg/L.The number of oxygen in water is a very important index in bio sewage treating process.

In order to make microorganism in water obtain enough dissolved oxygens, people utilize gas blower pressurized air or are stirred in water and inflated by surface.For microorganism provides the air-blowing device of oxygen and supporting pipeline, stationary installation etc., be referred to as aerating apparatus.Aerating apparatus is generally divided into end device and the table device that exposes to the sun that exposes to the sun, and the end device that exposes to the sun has disk-type aeration device, tubular type aerating apparatus etc., and table exposes to the sun and is divided into expose to the sun device and to turn brush be the table system etc. of exposing to the sun of inversed umbrella type table.

The end device that exposes to the sun is generally introduced gas blower pressurized air by blast connection, by the aerator installed at the bottom of aeration tank by oxygen containing air diffuser in air, make the microorganism in aeration tank obtain oxygen.In existing aeration process, in general one group of aeration tank, there are several groups of gas manifolds, every group of arm connects some aeration tubes or aeration plate, control the aeration aerating in a certain region, aeration tank, and gas manifold valve is generally normally open, do not adjust, and aeration plate or aeration tube are generally micro-pore aeration, after long-time use, microbial film is easily grown in the pollution that surface or micropore are subject to mud in water, thereby cause the obstruction of aeration tube or aeration plate, make its aeration deleterious, final damage some or several aerators causes the aeration of whole group of aeration tank undesired, cause water outlet to worsen, force the replacing of carrying out aerator.And if traditional aerating apparatus needs to change, need out of servicely, and the water in aeration tank is emptied overhaul replacings, not only impact production normally, and maintenance and repair is with high costs.

Utility model content

The utility model aims to provide a kind of self-stip aerating apparatus, and this device self can carry out self-stip, can effectively improve the stopping state of aerator, makes aerator for a long time in efficient running status.

Self-stip aerating apparatus of the present utility model, comprises air supply header and connected odd column air feed supervisor and even column air feed supervisor;

On described odd column air feed supervisor and even column air feed supervisor, be all connected with many group gas manifolds;

On described odd column air feed supervisor and even column air feed supervisor, be provided with control valve and blow-off valve;

The bottom of each gas manifold is all connected with aeration flexible pipe.

Optionally, described even column air feed supervisor and odd column air feed supervisor include an air feed supervisor.

Optionally, contour the arranging of described aeration flexible pipe level, and aeration flexible pipe is arranged in parallel.

Optionally, described aeration flexible pipe is elasticity aeration flexible pipe; And/or the wall thickness of described aeration flexible pipe is less than 0.5mm.

Optionally, described self-stip aerating apparatus also comprises aeration flexible pipe bracing or strutting arrangement, described aeration flexible pipe bracing or strutting arrangement comprises the many groups of bracing frames at the bottom of being set in parallel in successively aeration tank, and every group of bracing frame comprises upper support bar and be arranged at upper support bar below and be parallel to the lower support bar of upper support bar; Described aeration flexible pipe is horizontally placed between upper support bar and lower support bar, and the upper support bar of two ends all can rotate along the direction perpendicular to aeration flexible pipe.

Optionally, the bottom of each gas manifold is provided with guiding latch closure;

And/or the outlet side of described gas manifold is all connected with air distributor, each air distributor connects many aeration flexible pipes;

And/or described air feed supervisor connects many gas manifolds by union;

And/or, on described each gas manifold, be provided with control valve;

And/or described aeration flexible pipe is connected with stay cord away from one end of gas manifold.

Optionally, described air distributor and aeration flexible pipe are by clamp connection.

The utility model also provides a kind of aeration tank, and this aeration tank comprises pond body, is provided with above-mentioned self-stip aerating apparatus in the body of described pond; Described each aeration flexible pipe is all arranged at the bottom of pond body along pond body length direction, and is arranged in parallel.

Optionally, on the pool wall of described pond body, be provided with the directive slide track matching with the guiding latch closure of self-stip aerating apparatus; And/or described pond body is provided with multiple hooks away from the lip of gas manifold, described aeration flexible pipe is provided with stay cord away from one end of gas manifold, and the stay cord of the aeration flexible pipe end of described multiple hooks and its below connects one to one.

Self-stip aerating apparatus of the present utility model, while normally operation, each odd column air feed supervisor and even column air feed are responsible for all air feed, and except blow-off valve, other all valves are all in open mode, the normal aeration of aeration flexible pipe.Under this state, turn off the control valve on even column air feed supervisor, now, gas manifold and connected aeration flexible pipe on even column air feed supervisor have all stopped air feed, open the blow-off valve on even column air feed supervisor, the air being enclosed in aeration flexible pipe by hydraulic pressure in all aeration flexible pipes that are connected with even column air feed supervisor's gas manifold is discharged by blow-off valve, after emptying, all aeration flexible pipes that even column air feed supervisor's gas manifold connects are all in relaxed state, and micropore above this part aeration flexible pipe is also all in closure state, aeration flexible pipe surface and micropore dirt settling are around removed by this procedure division.Simultaneously, due to the control valve of having turned off on even column air feed supervisor, and do not become by the air quantity of air supply header, odd column air feed supervisor's air capacity is uprushed one times, the aeration flexible pipe being connected with odd column air feed supervisor's gas manifold all can expand suddenly, due to its high resilience, so its caliber and micropore have expansion, dirt settling in aeration flexible pipe and around micropore is removed efficiently, thereby realize the self-stip of this part aeration flexible pipe, in like manner can dual sequence air feed the aeration flexible pipe that connects of supervisor's gas manifold carry out self-stip, avoid the blocked pollution of aeration flexible pipe, can effectively improve the stopping state of aerator, make aeration even, make aerator for a long time in efficient running status, and can extend work-ing life of aerating apparatus.After self-stip end of processing, each valve is all opened.In normal operation process, carry out weekly 2-3 cleaning and can reach the cleaning object to aeration flexible pipe, aeration effect is processed in good order and condition always.

Brief description of the drawings

Fig. 1 is the structural representation of the utility model self-stip aerating apparatus.

In figure, mark is illustrated as: 1-air supply header; 201-odd column air feed supervisor; 202-even column air feed supervisor; 301,302-gas manifold; 401,402-control valve; 501,502-blow-off valve; 6-aeration flexible pipe; 7-bracing frame; The 9-latch closure that leads; 10-air distributor; 11-union; 12-stay cord; 13-hook; 14-pond body; 15-directive slide track.

Embodiment

Below in conjunction with embodiment and accompanying drawing, the technical solution of the utility model is further elaborated.

Embodiment 1

Referring to Fig. 1, the self-stip aerating apparatus of the present embodiment, comprises air supply header 1 and connected odd column air feed supervisor 201 and even columnair feed supervisor 202;

On described odd column air feed supervisor 201, be connected with manygroup gas manifolds 301, on described even columnair feed supervisor 202, be connected with manygroup gas manifolds 302;

On described odd column air feed supervisor 201, be provided withcontrol valve 401 and blow-off valve 501, on described even columnair feed supervisor 202, be provided withcontrol valve 402 and blow-offvalve 502;

The bottom of gas manifold 301,302 is all connected with aeration flexible pipe 6.

Self-stip aerating apparatus of the present utility model, while normally operation, each odd column air feed supervisor 201 and all air feed of even columnair feed supervisor 202, except blow-off valve 501, other all valves are all in open mode, the normal aeration of aeration flexible pipe 6.Under this state, turn off thecontrol valve 402 on even columnair feed supervisor 202, now,gas manifold 302 and connected aeration flexible pipe 6 on even columnair feed supervisor 202 have all stopped air feed, open the blow-offvalve 502 on even columnair feed supervisor 202, the air being enclosed in aeration flexible pipe 6 by hydraulic pressure in all aeration flexible pipes 6 that are connected with even columnair feed supervisor 202gas manifold 302 is discharged by blow-offvalve 502, after emptying, all aeration flexible pipes 6 that even columnair feed supervisor 202gas manifold 302 connects are all in relaxed state, and this part aeration flexible pipe 6 micropore is above also all in closure state.Aeration flexible pipe 6 surfaces and micropore dirt settling are around removed by this procedure division.Simultaneously, due to thecontrol valve 402 of having turned off on even columnair feed supervisor 202, and do not become by the air quantity of air supply header 1, odd column air feed supervisor 201 air capacity is uprushed one times, the aeration flexible pipe 6 being connected with odd column air feed supervisor 201gas manifold 301 all can expand suddenly, due to its high resilience, so its caliber and micropore have expansion, dirt settling in aeration flexible pipe 6 and around micropore is removed efficiently, thereby realize the self-stip of this part aeration flexible pipe 6, in like manner can dual sequence air feed the aeration flexible pipe that connects ofsupervisor 202gas manifold 302 carry out self-stip, avoid the blocked pollution of aeration flexible pipe 6, can effectively improve the stopping state of aerator, make aeration even, make aerator for a long time in efficient running status, and can extend work-ing life of aerating apparatus.After self-stip end of processing, each valve is all opened.In normal operation process, carry out weekly 2-3 cleaning and can reach the cleaning object to aeration flexible pipe 6, aeration effect is processed in good order and condition always.

In the present embodiment, optional, described even column air feed supervisor 2 and odd column air feed supervisor 1 include an air feed supervisor.So arrange, only need two groups of air feed supervisors can realize the self-stip of aerating apparatus, can effectively improve the stopping state of aerator, make aerator for a long time in efficient running status, device simple in structure, produces adult low.Certain described even column air feed supervisor 2 and odd column air feed supervisor 1 also can include many air feed supervisors.

In the present embodiment, the nominal diameter of described blow-offvalve 401 and blow-off valve 501 is preferably less than or equal to 100mm.

In the present embodiment, optional, contour the arranging of described aeration flexible pipe 6 levels, and aeration flexible pipe 6 is arranged in parallel.So that the structure of self-stip aerating apparatus is more reasonable, in the time being positioned in aeration tank body, can make all bottoms in pond body of aeration flexible pipe 6, the mixture in aeration tank is carried out to better aeration.Distance between adjacent aeration flexible pipe 6 is preferably 80-300mm, and more preferably 100-200mm, most preferably is 150mm, to better aeration is carried out in aeration tank.

In the present embodiment, optional, described aeration flexible pipe 6 is elasticity aeration flexible pipe; And/or described aeration is soft, 6 wall thickness is less than 0.5mm.

In the present embodiment, optionally, described self-stip aerating apparatus also comprises aeration flexible pipe bracing or strutting arrangement, described aeration flexible pipe bracing or strutting arrangement comprises the many groups of bracing frames 7 at the bottom of being set in parallel in successively aeration tank, and every group of bracing frame 7 comprises upper support bar and be arranged at upper support bar below and be parallel to the lower support bar of upper support bar; Described aeration flexible pipe is horizontally placed between upper support bar and lower support bar, and the upper support bar of two ends all can rotate along the direction perpendicular to aeration flexible pipe.Distance between adjacent two bracing frames 7 is preferably 30-70cm, is preferably 40-60cm, more preferably 50cm.The effect that the upper support bar of two ends all can rotate along direction perpendicular to aeration flexible pipe be at vertical direction, the position of aeration flexible pipe 6 to be fixed, and plays the effect of pulley, location when handling aeration flexible pipe 6.

In the present embodiment, optionally, eachgas manifold 301, 302 bottom is provided with guiding latch closure 9, described guiding latch closure can be slip ring, and preferred and gas manifold welding, owing to being provided with guiding latch closure, can on the sidewall of aeration tank, directive slide track be set, described guiding latch closure coordinates with described directive slide track,gas manifold 301, 302 can slide in aeration tank by described directive slide track, when taking-up, can pull out by described directive slide track, facilitate moving up and down of gas manifold, there is labour-saving advantage, and greatly facilitate maintenance or the replacing of gas manifold and aeration flexible pipe.

And/or the outlet side of described gas manifold 301,302 is all connected withair distributor 10, eachair distributor 10 connects many aeration flexible pipes 6; Eachair distributor 10 preferably connects the six roots of sensation, four or two aeration flexible pipes 6, most preferably is two.

And/or described odd column air feed supervisor 201 and even columnair feed supervisor 202 all connect many gas manifolds byunion 11;

And/or, on described each gas manifold, be provided with control valve, to the break-make of gas in each gas manifold is controlled;

And/or, described aeration flexible pipe 6 is connected withstay cord 12 away from one end of gas manifold, supporting ground, describedpond body 14 is provided with multiple and hook 13 away from the lip of aeration flexible pipe 6 inlet ends, describedmultiple hook 13 is corresponding one by one with the aeration flexible pipe 6 of its below, and thestay cord 12 of described aeration flexible pipe 6 ends is connected with itscorresponding hook 13.

When aeration flexible pipe 6 declines through service efficiency for many years or damages need to change time, open the union on gas manifold, staycord 12 is taken off from hook, connect and extend rope at its free end, promote gas manifold along thedirective slide track 15 on aeration tank, aeration flexible pipe 6 and stay cord can move between the upper support bar of bracing frame 7 and lower support bar, until all pull-out waters surface of aeration flexible pipe 6, and staycord 12 and extend rope and can stay between the upper support bar of bracing frame 7 and lower support bar between 7 as messenger, after treating that aeration flexible pipe 6 is changed or safeguarded, give free end one reactive force that extends rope, the tractive of restricting by prolongation is re-installed in aeration flexible pipe 6 between upper support bar at the bottom of pond and lower support bar between 7, gas manifold slides into installation site alongdirective slide track 15, again buckle well union, prolongation rope is taken off, stay cord is suspended to hook upper.

In the present embodiment, optionally, describedair distributor 10 and aeration flexible pipe 6 are by clamp connection, connection is herein preferably and removably connects, can certainly be for being fixedly connected with, removably connect not only as the installation of aeration flexible pipe 6 and complete assembly facilitates, and the more convenient replacing of aeration flexible pipe 6.In the present embodiment, the nominal diameter of described gas manifold is preferably 40mm-80mm, and more preferably 50mm-65mm, to ensure to have suitable gas flux.The preferred of described gas manifold is stainless steel tube, and wall thickness is preferably less than 1.2mm.

In the present embodiment, the wall thickness of described aeration flexible pipe 6 is preferably less than 0.5mm, more preferably, the wall thickness of described aeration flexible pipe 6 is preferably less than 0.4mm, so that the solarization air cap on aeration flexible pipe 6 is variable size under air pressure, so that aeration flexible pipe 6 has suitable soft durometer, reach good self-stip effect.

When actual use, described air supply header 1 is connected with air feeder, thinks that aerating apparatus provides source of the gas, and described air feeder is preferably gas blower.

In the present embodiment, all control valves can be selected various valve members, such as spherical, pipe valve shape, cock shape, butterfly valve etc., according to method of attachment can be divided into that the valve that is threaded, flange connect valve, are welded to connect valve, clamp connection valve, cutting ferrule connect valve and be connected valve etc. with docking.The material of by-pass valve control can be selected metallic substance valve and non-metallic material valve etc., metallic substance valve is as cast iron valve, carbon steel valve, Stainless Steel Valve, steel alloy valve, aluminium alloy valve, lead alloy, titanium alloy valve etc., and non-metallic material valve is as plastic valve, glass reinforced plastic valve, ceramic valve etc.Preferably select corrosion resistant valve for above valve.

Embodiment 2

The present embodiment provides a kind of aeration tank, and this aeration tank comprisespond body 14, is provided with the self-stip aerating apparatus in embodiment 1 in describedpond body 14; Described each aeration flexible pipe equal 6 is arranged at the bottom of pond body along pond body length direction, and is arranged in parallel.

In the present embodiment, optionally, on the pool wall of describedpond body 14, be provided with thedirective slide track 15 matching with the guiding latch closure of self-stip aerating apparatus, describeddirective slide track 15 is preferably square tube, pipe or rigidity rope, so that described slip ring can slide alongdirective slide track 15; And/or, describedpond body 14 is provided withmultiple hooks 13 away from the lip of gas manifold, described aeration flexible pipe 6 is provided withstay cord 12 away from one end of gas manifold, and describedmultiple hooks 13 connect one to one with thestay cord 12 of aeration flexible pipe 6 ends of its below.

Finally it should be noted that: above embodiment only, in order to the technical solution of the utility model to be described, is not intended to limit; Although the utility model is had been described in detail with reference to previous embodiment, those of ordinary skill in the art is to be understood that: its technical scheme that still can record aforementioned each embodiment is modified, or part technical characterictic is wherein equal to replacement; And these amendments or replacement do not make the essence of appropriate technical solution depart from the spirit and scope of the each embodiment technical scheme of the utility model.

Claims (9)

1. a self-stip aerating apparatus, is characterized in that, comprises air supply header and connected odd column air feed supervisor and even column air feed supervisor;

On described odd column air feed supervisor and even column air feed supervisor, be all connected with many group gas manifolds;

On described odd column air feed supervisor and even column air feed supervisor, be provided with control valve and blow-off valve;

The bottom of each gas manifold is all connected with aeration flexible pipe.

2. self-stip aerating apparatus according to claim 1, is characterized in that, described even column air feed supervisor and odd column air feed supervisor include an air feed supervisor.

3. self-stip aerating apparatus according to claim 1 and 2, is characterized in that, contour the arranging of described aeration flexible pipe level, and aeration flexible pipe is arranged in parallel.

4. self-stip aerating apparatus according to claim 3, is characterized in that, described aeration flexible pipe is elasticity aeration flexible pipe; And/or the wall thickness of described aeration flexible pipe is less than 0.5mm.

5. self-stip aerating apparatus according to claim 3, it is characterized in that, also comprise aeration flexible pipe bracing or strutting arrangement, described aeration flexible pipe bracing or strutting arrangement comprises the many groups of bracing frames at the bottom of being set in parallel in successively aeration tank, and every group of bracing frame comprises upper support bar and be arranged at upper support bar below and be parallel to the lower support bar of upper support bar; Described aeration flexible pipe is horizontally placed between upper support bar and lower support bar, and the upper support bar of two ends all can rotate along the direction perpendicular to aeration flexible pipe.

6. self-stip aerating apparatus according to claim 1 and 2, is characterized in that, the bottom of each gas manifold is provided with guiding latch closure;

And/or the outlet side of described gas manifold is all connected with air distributor, each air distributor connects many aeration flexible pipes;

And/or described air feed supervisor connects many gas manifolds by union;

And/or, on described each gas manifold, be provided with control valve;

And/or described aeration flexible pipe is connected with stay cord away from one end of gas manifold.

7. self-stip aerating apparatus according to claim 6, is characterized in that, described air distributor and aeration flexible pipe are by clamp connection.

8. an aeration tank, is characterized in that, comprises pond body, is provided with the self-stip aerating apparatus described in claim 1-7 any one in the body of described pond; Described each aeration flexible pipe is all arranged at the bottom of pond body along pond body length direction, and is arranged in parallel.

9. aeration tank according to claim 8, is characterized in that, is provided with the directive slide track matching with the guiding latch closure of self-stip aerating apparatus on the pool wall of described pond body; And/or described pond body is provided with multiple hooks away from the lip of gas manifold, described aeration flexible pipe is provided with stay cord away from one end of gas manifold, and the stay cord of the aeration flexible pipe end of described multiple hooks and its below connects one to one.

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