CN204752393U

CN204752393U - Handle dirty water separator in back

Info

Publication number: CN204752393U
Application number: CN201520510273.0U
Authority: CN
Inventors: 梁峙; 梁骁; 马捷
Original assignee: Xuzhou University of Technology
Current assignee: Xuzhou University of Technology
Priority date: 2015-07-14
Filing date: 2015-07-14
Publication date: 2015-11-11
Anticipated expiration: 2025-07-14

Abstract

The utility model provides a handle dirty water separator in back, including outlet pipe, blast pipe, settling zone, annular catchments area and three -phase separator, wherein blast pipe, settling zone and three -phase separator top -down communicate in order, three -phase separator and annular catchments area intercommunication, go out water piping connection in one side of annular catchments area. Compared with the prior art, the utility model discloses following beneficial effect has: (1 ) handle dirty water separator in back carries out twice separation through settling zone and three -phase separator to the sewage after handling, can increase water quality, (2 ) handle dirty water separator in back structural design is simple, is applicable to various cylinder sewage treatment plant.

Description

Sewage separating device after a kind of process

Technical field

The utility model relates to field of sewage treatment equipment, particularly relates to the rear sewage separating device of a kind of process.

Background technology

Water pollutions refers to that the pollutent entering water body quantitatively exceedes the content of this material in water body and the environmental capacity of water body, thus causing the physical properties of water body, chemical property and biological property to change, the ecosystem making water body intrinsic and function of water body are destroyed.

In recent years, Environmental Protection in China department has made a large amount of controls and control in water conservation.But due to the restriction of the huge of source of pollution quantity and existence conditions, national pollution of waterhead is still in degradating trend, and at present, the urban waters of more than 90% is seriously polluted, and the key cities source quality of nearly 50% does not meet the water quality standard of drinking water source.As can be seen here, although much work has been done in water prevention and cure of pollution by China in recent years, the water quality of many rivers and lakes is still being deteriorated gradually.Under the prerequisite that China's Freshwater resources are natively very in short supply, unpolluted water source of fresh water is fewer and feweri.That is, China waterworks has to be faced with the water source of the undesirable micro-polluted water of the more water quality of use as Drinking Water.

At present, wastewater treatment in China faces three most distinct issues: 1) fund wretched insufficiency; 2) sewage disposal level is low; 3) the running gear processing efficiency of sewage disposal is low.

Summary of the invention

The technical problem that the utility model solves: in order to the sewage after process is carried out solid-liquid-gas separation, thus obtain the water resources that can directly use, the utility model provides sewage separating device after a kind of process.

To achieve these goals, the utility model is by the following technical solutions:

Sewage separating device after a kind of process, comprise rising pipe, vapor pipe, settling region, annular catchment area and triphase separator, wherein vapor pipe, settling region are communicated with from top to bottom in turn with triphase separator; Described triphase separator is communicated with annular catchment area; Described rising pipe is connected to the side of annular catchment area.

Further, annular catchment area is at least provided with a rising pipe.

Further, described rising pipe is uniformly distributed on annular catchment area.

Preferably, described triphase separator is positioned in the middle part of annular catchment area.

Preferably, the plane of described annular catchment area is higher than the plane of settling region.

Beneficial effect

Compared with prior art, the utility model has following beneficial effect:

(1) after process described in the utility model, sewage separating device carries out being separated for twice to the sewage after process with triphase separator by settling region, can increase water quality;

(2) after process described in the utility model, sewage separating device structure design is simple, is applicable to various round shape waste disposal plant.

Accompanying drawing explanation

Fig. 1 is sewage separating device structural representation after a kind of process;

Wherein, 1, rising pipe; 2, vapor pipe; 3, settling region; 4, annular catchment area; 5, triphase separator.

Embodiment

Embodiment 1

As shown in Figure 1, sewage separating device after a kind of process, comprise rising pipe 1, vapor pipe 2, settling region 3, annular catchment area 4 and triphase separator 5, wherein vapor pipe 2, settling region 3 are communicated with from top to bottom in turn with triphase separator 5; Described triphase separator 5 is communicated with annular catchment area 4; Described rising pipe 1 is connected to the side of annular catchment area 4.

Catchment area 4 is at least provided with a rising pipe 1 to annular, and rising pipe 1 is uniformly distributed on annular catchment area 4.

Wherein, triphase separator 5 is positioned in the middle part of annular catchment area 4.

The plane of annular catchment area 4 is higher than the plane of settling region 3.

Below each parts of sewage separating device after process described in the utility model and function thereof are described in further details, specifically as shown in table 1:

Each component names of table 1 device and uses thereof

By the sewage transport after process to settling region 3, carry out solid-liquid separation herein; And then in triphase separator 5, solid, liquid, gas are separated further, the water processed flows to annular catchment area 4, and is discharged by rising pipe 1; The gas produced in sepn process is collected through vapor pipe 2 and is discharged.

Claims

1. sewage separating device after a process, it is characterized in that, comprise rising pipe (1), vapor pipe (2), settling region (3), annular catchment area (4) and triphase separator (5), wherein vapor pipe (2), settling region (3) are communicated with from top to bottom in turn with triphase separator (5); Described triphase separator (5) is communicated with annular catchment area (4); Described rising pipe (1) is connected to the side of annular catchment area (4).

2. one processes rear sewage separating device according to claim 1, it is characterized in that, annular catchment area (4) is at least provided with a rising pipe (1).

3. sewage separating device after a kind of process according to claim 1 or 2, it is characterized in that, described rising pipe (1) is uniformly distributed on annular catchment area (4).

4. one processes rear sewage separating device according to claim 1, it is characterized in that, described triphase separator (5) is positioned at middle part, annular catchment area (4).

5. sewage separating device after a kind of process according to claim 1, is characterized in that, the plane of described annular catchment area (4) is higher than the plane of settling region (3).