CN202936228U

CN202936228U - Guide type high-efficiency oil removal device

Info

Publication number: CN202936228U
Application number: CN 201220678763
Authority: CN
Inventors: 武仕敏; 孙培庆; 何继莲
Original assignee: KUNMING JINZE INDUSTRIAL Co Ltd
Current assignee: KUNMING JINZE INDUSTRIAL Co Ltd
Priority date: 2012-12-11
Filing date: 2012-12-11
Publication date: 2013-05-15
Anticipated expiration: 2022-12-11

Abstract

The utility model discloses a guide type high-efficiency oil removal device. The device comprises a filtering basin, an oil collecting pool, a water distribution pool and a water gathering pool, wherein the filtering basin is communicated with the bottom of the oil collecting pool; the downstream of the oil collecting pool is provided with the water gathering pool through the water distribution plate; the water gathering pool is provided with a water outlet pipe; and the lower part of the oil collecting pool is obliquely provided with a guide plate. By utilizing a combined separated guide structure, particularly due to the arrangement of the guide plate, the oil guide plate and the oil removal plate, oil moves upwards to the oil guide pool along with the guide plate, the oil and water are easily layered in the oil guide pool, and the oil is gathered and then guided into the oil collecting pool. The transverse water gathering pipe contributes to gathering water and blocking oil. Due to the water distribution plate, the oil guide plate and the oil removal plate which are sequentially lowered, even if the residual oil floats on the surface of the water distribution pool or the water gathering pool, the oil flows to the direction of the oil collecting pool and does not enter the bottom water gathering pipe. The device is simple in structure, easy and convenient in maintenance, low in application cost and easy to popularize and can be stably used for a long time, the oil-water separation is complete, and power is not required.

Description

The efficient oil-isolating device of a kind of guide flow type

Technical field

The utility model belongs to technical field of sewage treatment equipment, be specifically related to a kind of simple in structure, working stability, without unpowered, can immediately process containing the efficient oil-isolating device of the guide flow type of grease sewage.

Background technology

Be no lack of in sanitary sewage containing grease sewage, for the processing containing grease sewage, at first take the oil removal measure, the prior art oil-isolating device is of a great variety, and the oil-isolating device of the materials such as oil trap brick, concrete or stainless steel, carbon steel, plastics, glass reinforced plastic is arranged.But mostly there is such or such deficiency, such as certain structures is too simple, and occupation of land is large, oil-water separation is bad etc.; Some existence structure are too complicated, need power, and maintenance difficult, cause oil-water separation not good, the more high defect of running cost.For this reason, develop a kind of simple in structure, working stability is reliable, oily water separation thoroughly and without power, can be very important by the efficient oil-isolating device used steady in a long-term.

The utility model content

The utility model purpose be to provide a kind of simple in structure, working stability is reliable, oily water separation, can the efficient oil-isolating device of guide flow type used steady in a long-term thoroughly and without power.

The purpose of this utility model is to realize like this, described device comprises filtering basin, oil sump, diversion basin and collection chamber, described filtering basin are communicated with the oil sump bottom, it is characterized in that described oil sump downstream arranges collection chamber by a minute water plate, and described collection chamber sets out water pipe; Described oil sump lower tilt arranges flow deflector.

The utility model takes combination to separate flow-guiding structure, and the especially setting of flow deflector, oil guide plate, oil separating plate, make grease go upward to the Oil Guide pond along flow deflector, and the Oil Guide pond makes the easier layering of profit, and grease gathers and thereupon diversedly enters oil sump.Horizontal collection pipe is conducive to charge for remittance and intercepts grease.Minute water plate, oil guide plate, the oil separating plate that reduce successively, even there is remaining grease to float over the surface of diversion basin or collection chamber, also can flow to the oil sump direction, finally enters oil sump, and can not enter the collection pipe of putting at the end, guaranteed that oily water separation is thorough.The utility model is simple in structure, and oily water separation thoroughly and without power, can steady in a long-termly be used, easy maintenance, and use cost is cheap, is easy to popularize.

The accompanying drawing explanation

Fig. 1 is that the utility model one-piece construction concerns schematic diagram;

The vertical view that Fig. 2 is Fig. 1;

Fig. 3 is the utility model three-dimensional arrangement semi-sectional view;

In figure: 1-filtering basin, 2-filter screen, 3-oil sump, 4-flow deflector, 5-Oil Guide pond, the 6-oil separating plate, 7-divides the water plate, the 8-diversion basin, 9-rising pipe, 10-oil-choking plate, the 11-oil outlet pipe, 12-rising pipe, 13-collection chamber, 14-charge for remittance hole, 15-water conservancy diversion pond, 16-oil guide plate, the 17-flange, 18-cover cap, 19-cleaning door.

Embodiment

Below in conjunction with accompanying drawing, the utility model is described in further detail, but never in any form the utility model is limited, and any conversion of doing based on the utility model training centre, all fall into the utility model protection domain.

As shown in Figure 1 and Figure 2, device described in the utility model comprises filtering basin 1, oil sump 3, diversion basin 8 and collection chamber 13, described filtering basin 1 are communicated with oil sump 3 bottoms, it is characterized in that described oil sump 3 downstreams arrange collection chamber 13 by a minute water plate 7, described collection chamber 13 sets out water pipe 12; Described oil sump 3 lower tilt arrange flow deflector 4.

Described flow deflector 4 lower ends connect the upper edge of connected entrance between filtering basin 1 and oil sump 3, and the flow deflector upper end connects oil guide plate 16, on flow deflector 4, is oil sump 3, and it is lower is water conservancy diversion pond 15.

15 downstreams, described water conservancy diversion pond arrange oil separating plate 6 before dividing the water plate, cut apart and form Oil Guide pond 5 and diversion basin 8; The unsettled setting of described oil separating plate 6, upper edge is higher than the upper edge of oil guide plate 16; Described oil separating plate 6 lower ends 3 roll oblique 10 ~ 30 ° to the water conservancy diversion pond.

On described oil separating plate 6 along a little less than with minute water plate 7 on edge, a little more than edge on oil guide plate 16, suitable with the upper open height of rising pipe 12.The unsettled setting of water plate 7 in described minute, lower end arranges the charge for remittance mouth, and upper end is suitable for reading a little more than rising pipe 12.

Described oil guide plate 16 upper ends are suitable for reading a little less than rising pipe 12.

Described rising pipe 12 lower ends arrange collection pipe 9, at the bottom of the parallel and close pond of described collection pipe 9; The axial uniform charge for remittance of described collection pipe 9 hole 14; Described charge for remittance hole 14 is towards bottom land.

Described flow deflector is inclined upwardly 20 ~ 60 °

Described oil sump 3 bottoms set out oil pipe 11.

Described filtering basin 1 top one side arranges filter screen 2.

Described pond body upper outside arranges flange 17, to match with cover cap 18, on described cover cap 18, cleaning door 19 is set.

Principle of work of the present utility model and working process:

The utility model takes combination to separate flow-guiding structure, and the especially setting of flow deflector, oil guide plate, oil separating plate utilizes oil, water difference of specific gravity, makes grease go upward to oil sump along flow deflector, and water is guided to diversion basin at the bottom of pond, enters afterwards collection chamber.Oil sump between oil guide plate and oil separating plate makes the easier layering of profit, and grease gathers and thereupon diversedly enters oil sump.The oil-choking plate that described oil separating plate lower end tilts further intercepts grease, makes water be more conducive to enter diversion basin.Horizontal collection pipe is conducive to charge for remittance and intercepts grease.On oil guide plate, oil separating plate, minute water plate, along increasing successively, and suitable for reading in rising pipe of minute water plate hight, even floated over the surface of diversion basin or collection chamber by remaining grease, also can flow to the oil sump direction, finally enter oil sump, and can not enter the collection pipe of putting at the end, guaranteed that oily water separation is thorough.

The grease sewage that contains through strainer filtering enters filtering basin, along the lower end connected entrance, enters the water conservancy diversion pond, and profit is layering gradually, and grease, along being advanced into the Oil Guide pond on flow deflector, flows into oil sump thereupon.Water enters diversion basin from the flow-guiding mouth of oil separating plate bottom, then, enters collection chamber, finally by collection pipe, rising pipe, flows out.

Claims

1. the efficient oil-isolating device of guide flow type, described device comprises filtering basin (1), oil sump (3), diversion basin (8) and collection chamber (13), described filtering basin (1) are communicated with oil sump (3) bottom, it is characterized in that described oil sump (3) downstream arranges collection chamber (13) by a minute water plate (7), described collection chamber (13) sets out water pipe (12); Described oil sump (3) lower tilt arranges flow deflector (4).

2. the efficient oil-isolating device of guide flow type according to claim 1, it is characterized in that described flow deflector (4) lower end connects the upper edge of connected entrance between filtering basin (1) and oil sump (3), the flow deflector upper end connects oil guide plate (16), on flow deflector (4), be oil sump (3), it is lower is water conservancy diversion pond (15).

3. the efficient oil-isolating device of guide flow type according to claim 2, is characterized in that downstream, described water conservancy diversion pond (15) arranges oil separating plate (6) before dividing the water plate, cuts apart and forms Oil Guide pond (5) and diversion basin (8); The unsettled setting of described oil separating plate (6), upper edge is higher than the upper edge of oil guide plate (16); Described oil separating plate (6) lower end rolls oblique 10 ~ 30 ° to water conservancy diversion pond (3).

4. the efficient oil-isolating device of guide flow type according to claim 3, it is characterized in that described oil separating plate (6) upper along a little less than with the upper edge of minute water plate (7), a little more than the upper edge of oil guide plate (16), suitable with the upper open height of rising pipe (12); The unsettled setting of described minute water plate (7), lower end arranges the charge for remittance mouth, and upper end is suitable for reading a little more than rising pipe (12).

5. the efficient oil-isolating device of guide flow type according to claim 2, is characterized in that described oil guide plate (16) upper end is suitable for reading a little less than rising pipe (12).

6. the efficient oil-isolating device of guide flow type according to claim 1, is characterized in that described rising pipe (12) lower end arranges collection pipe (9), at the bottom of the parallel and close pond of described collection pipe (9); The axial uniform charge for remittance of described collection pipe (9) hole (14).

7. the efficient oil-isolating device of guide flow type according to claim 6, is characterized in that described charge for remittance hole (14) is towards bottom land.

8. the efficient oil-isolating device of guide flow type according to claim 1, is characterized in that described flow deflector (4) is inclined upwardly 20 ~ 60 °.

9. the efficient oil-isolating device of guide flow type according to claim 1, is characterized in that described oil sump (3) bottom sets out oil pipe (11).

10. the efficient oil-isolating device of guide flow type according to claim 1, is characterized in that described filtering basin (1) top one side arranges filter screen (2).