CN2651242Y - Sewage purifier - Google Patents

Abstract

The utility model is a sewage purifier. The purifier, which is made into a cuboid-shaped combinatory structure, comprises a reaction chamber (1), a sediment box (2), a filteration barrel (3) and a comprehensive process chamber (4) that are combined into integrity. The utility model can fulfill purification treatment for many kinds of sewage; besides, recycling utilization can be fulfilled in a plurality of water utilization professions, so as to reach the target of saving water.

Description

Sewage purification device

The utility model relates to a kind of effluent treatment plant.

Existing effluent treatment plant has hay tank, reverse osmosis unit etc., and these existing effluent treatment plants have obvious defects and weak point: hay tank is relatively poor to the sewage purification ability, and its range of application has very strong limitation; Though reverse osmosis unit is stronger to the sewage purification ability, device cost of manufacture and running cost is all higher, and needs carry out pre-treatment to sewage, and expensive sewage purification expense is the major cause that this device can not widespread use.

The purpose of this utility model provides a kind of sewage purifier, and it can not only be widely used in all kinds of sewage disposals, and its sewage purification expense is lower, and the sewage purification ability is stronger.The utility model can make it reach the purpose of recycling by all kinds of sewage are carried out purifying treatment.

The purpose of this utility model is achieved in that in a box-shaped unitized construction, is provided with parts such as reaction chamber, settler, filter vat and comprehensive treating process chamber, and above each preassembling organically is connected to become a rectangular parallelepiped one-piece construction.Processed sewage is at first introduced reaction chamber by air water mixing jet pump, sewage carries out the oxidation biochemical reaction in reaction chamber, reacted sewage enters settler, in settler, partial organic substances in the sewage and inorganics are carried out precipitation separation, sewage behind the precipitation separation enters filter vat, in filter vat, tiny suspensoid is dammed, though purified many from the effusive water of filter vat, but still there is the minute impurities that is partially dissolved in the water to exist in the water, for remove anhydrate in all impurity, effusive water enters the comprehensive treating process chamber from filter vat, in the comprehensive treating process chamber, handles by adsorbing filter, impurity all in the water is all removed, can be repeated to use again from the effusive water in comprehensive treating process chamber.This utility model whole service process is to move having under the press strip spare.When this utility model device after long period operation,, normally move dirt removal by back-purge system to guarantee purification efficiency and equipment.

The utility model reaction chamber is by the jet air pump, split-flow baffles and container body of steel plate are formed, its effect is by the jet air pump sewage, air, medicament to be pumped to reaction chamber after mixing, the air water mixed solution that enters in the reaction chamber fully reacts in the formed runner of split-flow baffles, to reach the purpose that pollutent in the sewage is degraded, decomposed; The settler tank wall is welded by steel plate, and the hundreds of PVC decorative boards that have micropore are housed in the case, and the micropore by the PVC plate increases the open area of current, adds the rapid variation of flow rate of water flow, to reach the purpose that the organic/inorganic substance that makes big particle precipitates; Filter vat is made up of filter bed and fiber filtering, and its effect is by tiny suspensoid in the fiber filtering interception water; Comprehensive treating process chamber locular wall is welded by steel plate, inside is provided with sorbent material and sponge compressive layer, the effect of adsorption layer is the colourity peculiar smell of removing in the water, the effect of sponge compressive layer is the minute impurities of removing in the water, and the intensity of compression of sponge compressive layer is by the water quality of processed sewage and repeat to determine with standard again.

This utility model is owing to have comparatively perfect comprehensive purifying function, compares with existing sewage purifier to have the following advantages:

The utility model at first has the strong characteristics of detergent power, and in this utility model, owing to be provided with treatment process and facilities such as reaction chamber, comprehensive treating process chamber, its detergent power is than the strong 2-4 of detergent power times of present domestic like product; Second advantage of the utility model is stable effluent quality, and can satisfy different industries water user's water water quality requirement; The 3rd advantage of the utility model is that manufacturing cost is low, because the compressed sponge layer has substituted the function of reverse osmosis membrane in the reverse osmosis unit, the more domestic like product of its cost reduced significantly; The 4th advantage of the present utility model is that working cost is low, and it handles 1m ³The running cost of sewage is below 0.1 yuan.

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is the utility model embodiment orthographic plan.

Fig. 2 is the front view of Fig. 1.

Fig. 3 is the orthographic plan of reaction chamber component among Fig. 1.

Fig. 4 is the front view of Fig. 3.

Fig. 5 is the section plan of Fig. 3.

Fig. 6 is the front view of settler parts among Fig. 1.

Fig. 7 is the left view of Fig. 6.

Fig. 8 is the orthographic plan of Fig. 6.

Fig. 9 is the orthographic plan of comprehensive treating process chamber component among Fig. 1.

Figure 10 is the sectional elevation of Fig. 9.

Figure 11 is a pernetti component diagram among Figure 10.

Figure 12 is the front view of filter vat parts among Fig. 1.

Figure 13 is a pernetti component diagram among Figure 12.

Among the figure 1, reaction chamber 2, settler 3, filter vat 4, comprehensive treating process chamber 5, communicating pipe 6, water inlet pipe 7, water intaking valve 8, blow-off pipe 9, wash water valve 10, back flushing water inlet pipe 11, communicating pipe 12, outlet valve 13, back-washing valve 14, wash water valve 15, backwashing water pumping set 16, rising pipe 17, PVC plate 18, water inlet pipe 19, dividing plate 20, blowdown collection tube 21, water inlet pipe 22, pernetti 23, rising pipe 24, back flushing water inlet pipe 25, rising pipe 26, pernetti 27, water inlet pipe 28, blow-off pipe 29, adsorbent layer 30, compressed sponge layer 31, the jet air pump

In Fig. 1, the utility model embodiment profile is a rectangular shape, is made of the chamber that responds (1), settler (2), filter vat (3), comprehensive treating process chamber (4) four big parts.Reaction chamber (1) is a rectangle rectangular structure, be welded by steel plate, interior welds has the steel dividing plate, be provided with water inlet pipe (6) and water intaking valve (7) at the reaction chamber rear side, sewage enters reaction chamber (1) by jet air pump (31), and the dirt in reaction chamber (1) and the settler (2) is discharged by blow-off pipe (8) and wash water valve (9); Settler (2) is an oblique rectangular structure, be welded by steel plate, be filled with the hundreds of PVC decorative boards that have micropore in inside, these parts are fixed on above the reaction chamber, its bottom and reaction chamber are connected, sewage can enter settler by the settler bottom from reaction chamber, and settler is connected with filter vat (3) by pipe connecting (5), and the sewage of handling by settler can enter filter vat by pipe connecting (5); Filter vat (3) is a steel circular configuration, be placed on reaction chamber above, the inside is provided with fiber bed filter, is connected with the comprehensive treating process chamber by pipe connecting (11), the water of handling by filter bed can enter the comprehensive treating process chamber from pipe connecting (11) like this; The comprehensive treating process chamber is a rectangle rectangular parallelepiped steel design, be placed on reaction chamber above, the inside is divided two-layer up and down, sorbent material is equipped with on the upper strata, the compressed sponge layer is equipped with in lower floor, be provided with back flushing water inlet pipe (10) and water intaking valve (13) on top, comprehensive treating process chamber, be provided with outlet valve (12) in upper end, positive side, when this utility model after long period operation, in order to guarantee operational efficiency, opening water intaking valve (13) can carry out back flushing to entire equipment, opens outlet valve (12) and the water purification of handling well can be transported to the water user.

In Fig. 2, water pump assembly (15) is fixed on above the reaction chamber by screw, and its effect is to provide the back flushing pressure water for cleaner.Wash water valve (14) is installed in the bottom of comprehensive treating process chamber, and its effect is to get rid of the indoor dirt of comprehensive treating process when carrying out back flushing.

In Fig. 3, water inlet pipe (18) is arranged on reaction chamber rear side one end, by this pipeline sewage transport is arrived reaction chamber.

In Fig. 4, dividing plate (19) is to be welded on the limit wall of reaction chamber with steel plate.

In Fig. 5, blowdown collection tube (20) is to use steel pipe manufacturing, beats several apertures at the steel pipe upside.

In Fig. 6, rising pipe (16) is arranged on the top of settler, the dirt of handling by settler

Water enters filter vat by this rising pipe.

In Fig. 8, PVC plate (17) is filled in the settler.

In Fig. 9, back flushing water inlet pipe (24) is arranged on the top of comprehensive treating process chamber, and rising pipe (25) is arranged on the top of comprehensive treating process chamber, is transported to the place of user's water by this pipe through the water purification of sewage purification device processing.

In Figure 10, water inlet pipe (27) is arranged on the bottom of comprehensive treating process chamber, rising pipe by this pipe and filter vat is connected, pernetti (26) is separately positioned on the upper, middle and lower of comprehensive treating process chamber, its effect is support adsorption layer (29) and sponge compressive layer (30), blow-off pipe (28) is arranged on the bottom of comprehensive treating process chamber, and the sewage after the back flushing will enter blow-off pipe (8) by this pipe.

In Figure 11, pernetti (26) is welded by band steel.

In Figure 12, water inlet pipe (21) is arranged on the top of filter vat, be connected with the settler rising pipe by this pipe, pernetti (22) is separately positioned on the bottom and the top of filter vat, mainly be that layer of fibers is carried out rest, rising pipe (23) is arranged on the bottom of filter vat, is connected with comprehensive treating process chamber water inlet pipe by this pipe.

In Figure 13, pernetti (22) is welded by round steel.

Claims (5)

1. effluent treatment plant, it is characterized in that: in a box-shaped composite entity structure, be provided with reaction chamber, settler, filter vat and comprehensive treating process chamber, reaction chamber, settler, filter vat and comprehensive treating process chamber become a perfect sewage purification system by pipe connection.

2. effluent treatment plant according to claim 1 is characterized in that hundreds of blocks of PVC plates of filling in settler.

3. effluent treatment plant according to claim 1 is characterized in that being provided with dividing plate and jet air pump in reaction chamber.

4. effluent treatment plant according to claim 1 is characterized in that being provided with fibrous filter layer in filter vat.

5. effluent treatment plant according to claim 1 is characterized in that being provided with adsorption layer and sponge compressive layer in the comprehensive treating process chamber.

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