CN2920991Y

CN2920991Y - Biochemical glass fiber reinforced plastic septic-tank

Info

Publication number: CN2920991Y
Application number: CN 200620041574
Authority: CN
Inventors: 胡球华
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-04-29
Filing date: 2006-04-29
Publication date: 2007-07-11
Anticipated expiration: 2016-04-29

Abstract

Disclosed is a biochemistry glass fibre reinforced plastic cesspool, which comprises a cylindrical cell body. The cylindrical cell body is provideed with the access eyes for inspecting and clearing the ordures at the upper part of the cesspool, and a water intake and a water outlet are provided at both ends of the cell body; the endocoele of the cell body is divided into three communicated chambers i.e. a drip chamber, a biochemical reaction chamber and a super processing chamber by a bulkhead with the pore canals in the center; the biochemical reaction chamber is filled with the stuffing with the anaerobic bacterias; a biochemistry network is provided in the super processing chamber. The utility model is simple structure and convenient installation, easy to apply in the industrialized production; and the worked domestic sewage can meet our national standard to the second sewage discharge.

Description

Biochemical glass toughening manure pit

Technical field

The utility model belongs to the sewage treatment facility technical field, particularly a kind of glass toughening manure pit that utilizes biochemical technology that sanitary sewage is handled.

Background technology

Exhausting sewage disposal is at present substantially all adopted brick and the Steel Concrete septic tank, this septic tank corrosion-resistant, and the site operation cycle is long, changes the excrement poor processing effect, the cost height, easy seepage, and floor space is big.

Summary of the invention

The biochemical glass toughening manure pit that provides a kind ofization excrement effective is provided the utility model purpose.

For achieving the above object, the technical solution of the utility model realizes in the following manner: a kind of biochemical glass toughening manure pit, and it adopts top to be provided with the round shape pond body of the inspection window of inspection, cleaning dirt, and its two end is respectively equipped with water-in and water outlet.The pond intracoelomic cavity has a duct with the middle part bin isolation board is divided into three chambers of precipitation, biochemical reaction, super processing of intercommunication with the pond intracoelomic cavity, and the filler that is used to adhere to anerobe is equipped with in the biochemical reaction chamber, and super treatment chamber is provided with biochemical biofilm culturing net.

The utility model has the advantages that:

1, simple in structure, be easy to suitability for industrialized production, easy for installation;

2, body integral body in pond is made by glass-reinforced plastic material, and weight of equipment is light;

3, the bigger filler of surface-area is equipped with in the biochemical reaction chamber, increases the quantity of anerobe, makes the abundant contact reacts of dirt and anerobe, and the purification of waste water degree that enters super treatment chamber is improved.

4, super treatment chamber is provided with biochemical biofilm culturing net, and when effluent stream was crossed this chamber, the biochemical film net filtration of contact multiple tracks made dirt in the sewage by the promote the oxidation that stays, and organism is able to abundant degraded, and the COD index is reduced to minimum level in the sewage effluent.

Description of drawings:

Fig. 1 is a structural representation of the present utility model

Fig. 2 is bin isolation board 5 structural representations

Fig. 3 is bin isolation board 6 structural representations

Embodiment

The utility model is described in further detail below in conjunction with accompanying drawing:

By Fig. 1, Fig. 2, Fig. 3 as can be seen the utility model adopt top to be provided with inspections, clear up the glass reinforced plastic rounding tubular pond body 2 of the inspection window 1 of dirt, two end tops of its pond body 2 are respectively equipped with water-in 3 and water outlet 4.The inner chamber of pond body 2 is had the bin isolation board 5 in duct, settling chamber 7, biochemical reaction chamber 8, the super treatment chamber 9 that bin isolation board 6 is divided into intercommunication by intermediate open position; Have three ducts in the mid-way of bin isolation board 5 and bin isolation board 6, not on same sea line, the duct 51 of bin isolation board 5 is above medullary ray, and the duct 61 of bin isolation board 6 is below medullary ray; The filler 10 that is used to adhere to anerobe is housed in the biochemical reaction chamber 8, in the super treatment chamber 9 biochemical biofilm culturing net 11 is set.

During use, sanitary sewage enters settling chamber 7 from water-in 3, and heavy composition is changed the excrement processing at the bottom of sinking to the pond, and above the composition that proportion is little floated on, sewage entered biochemical reaction chamber 8 from the duct 51 of bin isolation board 5; In biochemical reaction chamber 8, sewage in the pond with in establish on the filler 10 a large amount of microorganisms of cultivating and fully contact and carry out biochemical reaction, the sewage purification degree is improved further, enter the sewage of super treatment chamber 9 from the duct 61 of bin isolation board 6, filter by the biochemical film net 11 of multiple tracks, make dirt in the sewage by the promote the oxidation that stays, organism is able to abundant degraded, and the sewage of discharging from water outlet 4 can reach national secondary discharge standard.

Claims

1, a kind of biochemical glass toughening manure pit, it is characterized in that: the top of its pond body (2) is provided with the inspection window (1) of inspection, cleaning dirt, two end tops are respectively equipped with water-in (3) and water outlet (4), and the inner chamber of pond body (2) is had the bin isolation board (5) in duct, settling chamber (7), biochemical reaction chamber (8), the super treatment chamber (9) that bin isolation board (6) is divided into intercommunication by intermediate open position; Mid-way at bin isolation board (5) and bin isolation board (6) has three ducts, and not on same sea line, the duct (51) of bin isolation board (5) is above medullary ray, and the duct (61) of bin isolation board (6) is below medullary ray; The filler (10) that is used to adhere to anerobe is housed in the biochemical reaction chamber (8), biochemical biofilm culturing net (11) is set in the super treatment chamber (9).