CN206033432U

CN206033432U - Water treatment facilities under industrial land

Info

Publication number: CN206033432U
Application number: CN201621002693.9U
Authority: CN
Inventors: 于林; 杨宏民; 赵卫华; 马博洋
Original assignee: Henan Crown Electronic Polytron Technologies Inc
Current assignee: Henan Crown Electronic Polytron Technologies Inc
Priority date: 2016-08-31
Filing date: 2016-08-31
Publication date: 2017-03-22
Anticipated expiration: 2026-08-31

Abstract

The utility model relates to an industry underground purifying water process technical field, concretely relates to water treatment facilities under industrial land, including suction pump, filtration jar, tower -free water supply ware and gunbarrel, filtering jar and filtering jar including first filtrations jar and second, the suction pump passes through the drinking -water pipe and extracts the raw water from the underground, carries first bottom of filtering jar, and first filtration tank deck portion is equipped with the bottom that pipe connection to second filtered the jar, and second filtration tank deck portion is equipped with pipe connection to tower -free water supply ware, and the tower -free water supply ware is through sending water piping connection to gunbarrel, the flow pipe end inserts the gunbarrel and port department seals, and the part outside that a plurality of apopores that gather on the terminal pipe wall of flow pipe, flow pipe inserted the gunbarrel is equipped with the buffer tube, and buffer tube lower part opening, upper portion are connected to the gunbarrel top, and the gunbarrel is inside to be equipped with the intake pipe, carries upper portion pure water in the gunbarrel outside the gunbarrel.

Description

A kind of industrial underground water treating device

Technical field

The utility model is related to industrial ground water cleaning processing technology field, and in particular to a kind of industrial groundwater treatment Device.

Background technology

It is social valuable water resource to contain the water body in underground, and which serves not only as industrial water, it is also possible to be used as Domestic water.In recent years, with the fast development of China's industrial or agricultural modernization, the water resource of national most area is all received Different degrees of pollution, part rural area even occur in that underground water severe contamination, and such water not only cannot function as life Used with water, or even the standard of industrial and agricultural production water is not all reached, and will if things go on like this affect the life of local people Quality and physical and mental health, restrict the development and social progress of local economy.

In general, underground water was required for carrying out purified treatment by purifier before pipe network is drawn into.Now Although purifier can carry out purified treatment to underground water, general structure design is all more complicated, fine powder when well starts Sand is easily deposited in filter tank surface, affects the normal operation in filter tank, clean-up effect and water yield are all had a significant impact, and causes pipe Net supplies water unstable, and the water quality after purification is poor.And washing time is long, workload is larger, and operational management is more bothered.

The content of the invention

For above-described deficiency, the utility model provides a kind of industrial underground water treating device, and simple structure is held Easily implement, in device, used material is cheap, can both process underground water, and can also process industrial wastewater, environment friendly and pollution-free.

In order to achieve the above object, the utility model is achieved through the following technical solutions：

A kind of industrial underground water treating device, including suction pump, filtering tank, non-tower water feeder and settling tank, the mistake Filter tank includes the first filtering tank and the second filtering tank, and suction pump extracts raw water by drinking-water pipe from underground, is transported to the first filtration The bottom of tank, is provided with the bottom that pipeline is connected to the second filtering tank, is provided with pipeline at the top of the second filtering tank at the top of the first filtering tank Be connected to non-tower water feeder, non-tower water feeder is connected to settling tank by flow pipe, the flow pipe end insertion settling tank and Port is closed, and gather on flow pipe end tube wall multiple apopores, and the portion outboard of flow pipe insertion settling tank is provided with buffering Pipe, separator tube lower openings, top are connected at the top of settling tank, are provided with intake pipe inside settling tank, will be settling tank internal upper part pure Water is delivered to outside settling tank.

The flow pipe is provided with Teat pipette, and Teat pipette conveys flocculant to flow pipe.

Filter medium is filled inside first filtering tank, and filter medium is manganese sand.

Filter medium is filled inside second filtering tank, and filter medium is quartz sand.

The settling tank bottom sidewall is provided with slag-drip opening, and slag-drip opening is provided with end cap.

The intake pipe is L-shaped, and one end is opening, is vertically located inside settling tank, and the other end is outside settling tank.

The buffering bore is more than flow pipe external diameter, and buffering inside pipe wall is provided with multiple projections, is easy to buffering.

The beneficial effects of the utility model are：

1. simple structure, easily implements；In the utility model, used tank body and pump configuration are simple, easy user's reality Apply or change；

2. material used in device is cheap, and the manganese sand in filtering tank is conventional material with quartz sand, reduces production Cost, and beneficial to environmental protection；

3. underground water can have both been processed, industrial wastewater can also have been processed after simple adapter, it is environment friendly and pollution-free.

Description of the drawings：

Fig. 1 is the utility model general structure schematic diagram；

Specific embodiment：

Describe in detail with regard to exemplary embodiment of the present utility model according to following accompanying drawing.

Implication in figure representated by sequence number is：1- suction pumps, 2- drinking-water pipes, the first filtering tanks of 3-, 4- manganese sand, the second mistakes of 5- Filter tank, 6- quartz sands, 7- non-tower water feeders, 8- Teat pipettes, 9- flow pipes, 10- apopores, 11- settling tanks, 12- intake pipes, 13- Separator tube, 14- slag-drip openings.

Exemplary embodiment of the present utility model is illustrated below in conjunction with concrete condition：

A kind of industrial underground water treating device as shown in Figure 1, including suction pump 1, filtering tank, 7 and of non-tower water feeder Settling tank 11, the filtering tank include the first filtering tank 3 and the second filtering tank 5, and suction pump 1 is extracted from underground by drinking-water pipe 2 Raw water, is transported to the bottom of the first filtering tank 3, is provided with the bottom that pipeline is connected to the second filtering tank 5 at the top of the first filtering tank 3, Pipeline being provided with the top of second filtering tank 5 and being connected to non-tower water feeder 7, non-tower water feeder 7 is connected to settling tank by flow pipe 9 11,9 end of the flow pipe insertion settling tank 11, and port closing, on 9 end tube wall of flow pipe gather multiple apopores 10, the portion outboard of the insertion settling tank 11 of flow pipe 9 is provided with separator tube 13, and 13 lower openings of separator tube, top are connected to precipitation At the top of tank 11, intake pipe 12 inside settling tank 11, is provided with, 11 internal upper part pure water of settling tank is delivered to outside settling tank 11.

The flow pipe 9 is provided with Teat pipette 8, and Teat pipette 8 conveys flocculant to flow pipe 9.

Filter medium is filled inside first filtering tank 3, and filter medium is manganese sand 4.

Filter medium is filled inside second filtering tank 5, and filter medium is quartz sand 6.

11 bottom sidewall of the settling tank is provided with slag-drip opening 14, and slag-drip opening 14 is provided with end cap.

The intake pipe 12 is L-shaped, and one end is opening, is vertically located inside settling tank 11, and the other end is located at settling tank 11 Outward.

13 internal diameter of the separator tube is more than 9 external diameter of flow pipe, and 13 inwall of separator tube is provided with multiple projections, is easy to buffering.

During utility model works, through three-level water treatment technology：

First order water process：Suction pump extracts raw water from underground, cistern or wastewater disposal basin, is conveyed under the first filtering tank Portion, fills manganese sand as filter medium inside the first filtering tank, manganese sand grain graininess is larger, filters in underground water deferrization, demanganization There is the effect of uniqueness, raw water removes iron in raw water from the first filtering tank bottom to overflow by absorption and the resistance of manganese sand Matter, manganese matter impurity and silt, in this, as first order water process；

Second level water process：The second filtration pot bottom is connected to by pipeline at the top of first filtering tank, the type of flow is excessive Stream, overflow flow velocity are relatively low, are conducive to the sedimentation of impurities in water, fill quartz sand as filter medium, stone inside the second filtering tank Sand is a kind of silicate mineral of hard, wear-resisting, stable chemical performance, and its main mineral constituent is SiO2, is chosen compared with granule The quartz sand of degree, the pollutant flocculated in water is further removed, it by the retention of filtrate, sedimentation and suction-operated, The purpose of water purification is reached, in this, as second level water process；

Third level water process：Settling tank is conveyed to by non-tower water feeder and flow pipe at the top of second filtering tank, water is being sent Add flocculant in pipe, by dissolved impurity in water or salt flocculation in being flocky precipitate, flow pipe endcapped, closing are gathered Little apopore, periphery are provided with separator tube, because water-feed conveying water flow velocity it is larger, with certain horizontal speed when flowing out from apopore Degree, separator tube are provided with multiple projections to reduce flow velocity, simultaneous buffering inside pipe wall, further reduce flow velocity；Water is under separator tube When portion flows out, flow velocity is reduced to very low, and flocky precipitate is slowly precipitated to precipitation pot bottom, and intake pipe is taken from the top of settling tank Water, water-supply method are overflow, in this, as third level water process；

Through above-mentioned three-level water process, the water that final intake pipe flows out is substantially meeting industrial requirements.

The schematic specific embodiment of the utility model is the foregoing is only, model of the present utility model is not limited to Enclose, any those skilled in the art on the premise of without departing from the utility model design and principle the equivalent variations made and Modification, all should belong to the scope of the utility model protection.

Claims

1. a kind of industrial underground water treating device, including suction pump, filtering tank, non-tower water feeder and settling tank, its feature exists In the filtering tank includes the first filtering tank and the second filtering tank, and suction pump extracts raw water by drinking-water pipe from underground, is transported to The bottom of the first filtering tank, is provided with the bottom that pipeline is connected to the second filtering tank, at the top of the second filtering tank at the top of the first filtering tank It is provided with pipeline and is connected to non-tower water feeder, non-tower water feeder is connected to settling tank, the flow pipe end insertion by flow pipe Settling tank and port closing, gather on flow pipe end tube wall multiple apopores, and flow pipe inserts the portion outboard of settling tank Separator tube is provided with, separator tube lower openings, top are connected at the top of settling tank, are provided with intake pipe inside settling tank, by settling tank Internal upper part pure water is delivered to outside settling tank.

2. industrial underground water treating device according to claim 1, it is characterised in that the flow pipe is provided with medicine Pump, Teat pipette convey flocculant to flow pipe.

3. industrial underground water treating device according to claim 1, it is characterised in that fill out inside first filtering tank Filter medium is filled, filter medium is manganese sand.

4. industrial underground water treating device according to claim 1, it is characterised in that fill out inside second filtering tank Filter medium is filled, filter medium is quartz sand.

5. industrial underground water treating device according to claim 1, it is characterised in that the settling tank bottom sidewall sets There is slag-drip opening, slag-drip opening is provided with end cap.

6. industrial underground water treating device according to claim 1, it is characterised in that the intake pipe is L-shaped, one end For opening, vertically inside settling tank, the other end is outside settling tank.

7. industrial underground water treating device according to claim 1, it is characterised in that the buffering bore is more than sending Water pipe external diameter, buffering inside pipe wall are provided with multiple projections, are easy to buffering.