CN209428289U

CN209428289U - A kind of Production of Ceramics sewage-treatment plant

Info

Publication number: CN209428289U
Application number: CN201822082886.5U
Authority: CN
Inventors: 冯万东
Original assignee: Hubei Yidu Xingda Ceramics Co Ltd
Current assignee: Hubei Yidu Xingda Ceramics Co Ltd
Priority date: 2018-12-12
Filing date: 2018-12-12
Publication date: 2019-09-24
Anticipated expiration: 2028-12-12

Abstract

The utility model relates to a kind of Production of Ceramics sewage-treatment plant, including ontology, recess is provided with the cyclic annular Rinsing Area that longitudinal section is funnel shaped sump and is looped around outside sump on ontology, and the ring width of Rinsing Area lower part is greater than the ring width on Rinsing Area top；Cyclic annular overflow part is provided between sump and Rinsing Area overflows to the water handled through sump in Rinsing Area, and overflow part is in intermediate high, the low structure of inner ring and outer rings；It further include for being pumped into the sewage pump of sewage to sump, pumping and be pumped into sump the increasing air pump of air for the precipitating that precipitating in sump pumps out；It further include the filter assemblies that filter sewage in sump is set.The utility model 1) the step of simplifying sewage treatment；2) Rinsing Area is looped around outside sump, has saved space, reduces the occupied area of processing unit；3) increase gas to sewage trench bottom in treatment process, increase the adequacy of sewage and flocculant, improve the efficiency of processing of the device to sewage.

Description

A kind of Production of Ceramics sewage-treatment plant

Technical field

The utility model relates to Production of Ceramics technical field of sewage more particularly to a kind of Production of Ceramics sewage treatment to fill It sets.

Background technique

Ceramic article can generate sewage largely containing heavy metal in process of production, handle these sewage, generally Need to be added chemical floc, treatment process generally requires repeatedly to flocculate, precipitating, flocculate again ..., by repeatedly handling ability Reach discharge standard, complex disposal process, and sewage-treatment plant in the prior art is often connected in series by multiple processing ponds, Space occupied is big, needs to consume a large amount of land resource, is not suitable for the ceramic article for needing a large amount of places to stack raw material production Enterprise.

In view of this, needing to propose a kind of novel processing unit, the above-mentioned problem is solved.

Utility model content

The purpose of this utility model is to overcome the deficiencies in the prior art, provide a kind of Production of Ceramics sewage treatment dress It sets, by setting sump and around the Rinsing Area of sump, and increases the components such as air pump, solve sewage treatment in the prior art The problem of process is complicated, and processing unit takes up a large area.

The utility model is achieved through the following technical solutions:

A kind of Production of Ceramics sewage-treatment plant, including ontology, it is funnel shaped dirt that recess, which is provided with longitudinal section, on ontology Sink and the cyclic annular Rinsing Area being looped around outside sump, and the ring width of Rinsing Area lower part is greater than the ring width on Rinsing Area top； Cyclic annular overflow part is provided between sump and Rinsing Area overflows to the water handled through sump in Rinsing Area, and overflow part In intermediate high, the low structure of inner ring and outer rings；It further include for being pumped into the sewage pump of sewage to sump, being precipitated in sump The precipitating pumped out pumps and is pumped into sump the increasing air pump of air；It further include the filtering group that filter sewage in sump is set Part.

In above-mentioned technical proposal, the pump-out pipe of sewage pump extends to sewage trench bottom, is pumped into from sump bottom to be processed Sewage；The pipe that is pumped into of precipitating pump extends to sewage trench bottom, and the precipitating of bottom is pumped out；Increase air pump from sewage trench bottom to its In be pumped into air；Sewage in sump is dynamic by increasing gas mixing, can more fully react with the flocculant of addition, production is heavy It forms sediment, while filter assemblies intercept precipitating in sewage trench bottom, and clear water then flows up, and flows to Rinsing Area by overflow part In.

Compared with prior art, the utility model has following usefulness:

1) the step of connecting without multiple processing ponds, simplifying sewage treatment；

2) Rinsing Area is looped around outside sump, has saved space, reduces the occupied area of processing unit；

3) increase gas to sewage trench bottom in treatment process, increase the adequacy of sewage and flocculant, improve device to dirt The efficiency of the processing of water.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the embodiments of the present invention.

Fig. 2 is the part-structure relative positional relationship schematic diagram of the embodiments of the present invention.

In figure: ontology 1, Rinsing Area 3, overflow part 4, sewage pump 5, precipitating pump 6, increases air pump 7, filter plate 8, peace at sump 2 It fills block 9, filter screen 10, filter medium 11, increase tracheae 12, orifice plate 13, drainpipe 14.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

Fig. 1 to Fig. 2, a kind of Production of Ceramics sewage-treatment plant, including ontology 1 are please referred to, recess is provided with vertical on ontology 1 Section is the funnel shaped cyclic annular Rinsing Area 3 sump 2 and be looped around outside sump 2, and the ring width of 3 lower part of Rinsing Area is greater than The ring width on 3 top of Rinsing Area, can efficiently use space in this way, so that the volume of Rinsing Area 3 becomes much larger；Sump 2 and clear Cyclic annular overflow part 4 is provided between sink 3 overflows to the water handled through sump 2 in Rinsing Area 3, and during overflow part 4 is in Between high, structure that inner ring and outer rings are low, water can be made gently to realize overflow in this way；It further include for being pumped into sewage to sump 2 Sewage pump 5, will precipitating pump 6 goes out in sump 2 precipitating pump 6 and the increasing air pumps 7 for being pumped into sump 2 air；Further include The filter assemblies of filter sewage in sump 2 are set.

In above-described embodiment, the pipe that is pumped into of sewage pump 5 is extended in the (not shown) of sewage storage pond, and sewage pump 5 pumps out Pipe extends to 2 bottom of sump, is pumped into sewage to be processed from 2 bottom of sump；The pipe that is pumped into of precipitating pump 6 extends to sump 2 bottoms go out the precipitating pump 6 of bottom into precipitating scratch pool (not shown), wait be further processed；Increase air pump 7 from 2 bottom of sump Portion is pumped into air thereto, and the air being pumped into can stir the sewage in sump 2, and raising sewage is reacted with flocculant Efficiency；Sewage in sump 2 is dynamic by increasing gas mixing, can more fully react with the flocculant of addition, production precipitating, simultaneously Filter assemblies intercept precipitating in 2 bottom of sump, and clear water then flows up, and is flowed in Rinsing Area 3 by overflow part 4, special Not, filter assemblies are located at sewage pump 5, precipitating pump 6 and increase on 7 three of air pump and 2 junction of sump.

Preferably, filter assemblies include several filter plates 8, and all filter plates 8 are staggeredly set from top to bottom in sump 2 It sets, all filter plates 8 form serpentine channel in sump 2, and water energy is upwardly through channel or directly through filter plate 8 to upstream It is dynamic, finally from overflow in sump 2 into Rinsing Area 3.

Preferably, it is provided with several mounting blocks 9 on 2 inner wall of sump, is provided on each mounting blocks 9 to sump 2 The inclined inclined-plane in bottom center, and each filter plate 8 is connect by the inclined-plane of mounting blocks 9 with 2 inner wall of sump, filter plate 8 It is mounted on inclined-plane by screw (not shown), it is convenient that filter plate 8 is dismantled；It is arranged in this way so that all filter plates 8 exist It is obliquely installed in sump 2, can effectively intercept precipitating, realize better treatment effect.

Preferably, it is provided in Rinsing Area 3 and Rinsing Area 3 is divided into upper and lower two-part cyclic annular filter screen 10, through sump The water overflowed in Rinsing Area 3 after 2 processing initially enters 3 top of Rinsing Area, and Rinsing Area 3 is entered after filter screen 10 filters again Lower part, particularly, in order to improve filter effect, 3 top of Rinsing Area is also filled with the filter mediums such as active carbon 11.

Preferably, 10 section of filter screen is " V " shape structure, and particulate matter is enabled to assemble to " V " shape structure lower.

Preferably, further include the increasing tracheae 12 being connect with increasing air pump 7, increase tracheae 12 from 2 bottom of sump and be inserted into sump 2 In, increase and be provided with several stomata (not shown) on the section tubular wall that tracheae 12 extends in sump 2, particularly, increases tracheae 12 It is tapered, and its circular cone small end is located in sump 2, setting in this way enables to the air sprayed from stomata towards more sides To scattering, stirring effect is more preferable.

Preferably, further include that the orifice plate 13 for covering sump 2 and Rinsing Area 3 on ontology 1 is set, set on orifice plate 13 Several through-hole (not shown) are equipped with, orifice plate 13 can prevent exotic from falling into device, and through-hole thereon can be realized in device It is flowed with extraneous air, and facilitates the addition of chemical floc.

Preferably, the mounting height for increasing air pump 7 is higher than where 1 upper surface of ontology highly, can prevent in sump 2 in this way Water reverse irrigation causes increasing air pump 7 impaired.

Preferably, for the ease of being collected recycling to the water in Rinsing Area 3,3 bottom of Rinsing Area is additionally provided with draining Pipe 14, and the valve (not shown) of its opening and closing of control is provided on drainpipe 14.

When the present embodiment is in use,

The flocculant of liquid is added into sump 2, is then turned on sewage pump 5 and is pumped into sewage into sump 2, work as sewage Liquid level is more than when increasing 12 highest point of tracheae, to open and increase air pump 7, be pumped into air, liquid level continues to rise in sump 2, uphill process In, the precipitating of generation is intercepted by filter plate 8, and the water finally handled through sump 2 enters in Rinsing Area 3；

After use after a period of time, orifice plate 13 and each filter plate 8 are disassembled, arranged with outer water pump (not shown) Water in sump 2 out, then starting precipitating pump 6 can remove the precipitating in sump 2.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims

1. a kind of Production of Ceramics sewage-treatment plant, which is characterized in that including ontology, recess is provided with sump and ring on ontology The Rinsing Area being wound on outside sump is provided with overflow part and the water in sump is made to overflow to clear water between sump and Rinsing Area In slot；Further include for being pumped into the sewage pump of sewage to sump, the precipitating pump pumped out will be precipitated in sump and to sump In be pumped into the increasing air pump of air；It further include the filter assemblies that filter sewage in sump is set.

2. a kind of Production of Ceramics sewage-treatment plant according to claim 1, it is characterised in that: filter assemblies include several Filter plate, and all filter plates are staggered from top to bottom in sump.

3. a kind of Production of Ceramics sewage-treatment plant according to claim 2, it is characterised in that: be arranged on sump inner wall There are several mounting blocks, is provided on each mounting blocks to the inclined inclined-plane in sump bottom center, and each filter plate is logical The inclined-plane for crossing mounting blocks is connect with sump inner wall.

4. a kind of Production of Ceramics sewage-treatment plant according to claim 1, it is characterised in that: be provided in Rinsing Area by Rinsing Area is divided into upper and lower two-part filter screen.

5. a kind of Production of Ceramics sewage-treatment plant according to claim 4, it is characterised in that: filter screen section is " V " Shape structure.

6. a kind of Production of Ceramics sewage-treatment plant according to any one of claims 1 to 5, it is characterised in that: also wrap The increasing tracheae connecting with increasing air pump is included, increases tracheae from sewage trench bottom insertion sump.

7. a kind of Production of Ceramics sewage-treatment plant according to any one of claims 1 to 5, it is characterised in that: also wrap The orifice plate that setting on the body covers sump and Rinsing Area is included, is provided with several through-holes on orifice plate.

8. any a kind of Production of Ceramics sewage-treatment plant according to claim 1~5, it is characterised in that: increase air pump Mounting height be higher than ontology upper surface where height.

9. any a kind of Production of Ceramics sewage-treatment plant according to claim 1~5, it is characterised in that: Rinsing Area Bottom is additionally provided with drainpipe.