CN205473213U

CN205473213U - Integrated hospitable sewage treatment device

Info

Publication number: CN205473213U
Application number: CN201620041194.4U
Authority: CN
Inventors: 王雷
Original assignee: Zhejiang Ke Chao Environmental Protection Co Ltd
Current assignee: Zhejiang Ke Chao Environmental Protection Co Ltd
Priority date: 2016-01-16
Filing date: 2016-01-16
Publication date: 2016-08-17
Anticipated expiration: 2026-01-16

Abstract

The utility model discloses an integrated hospitable sewage treatment device, the novel nipple rectifier comprises a cylindrical shel, establish five baffles in the barrel, from left to right separate the inner chamber of barrel for the grid well, the equalizing basin, the biochemical pond of A level, the biochemical pond of B level, two heavy ponds, the disinfection pond, the clearance entry is established to the aboveground end of grid, the sewage admission pipe is established to upper left side, debris clearance pipe is established to the bottom, the clearance entry is established to disinfection pond upper end, there is the upside to establish the drain pipe, pipe is all established adjacent two pond intercommunications to the baffle, the biochemical pond of A level, the biochemical pond upper end of B level all links air pipe, the tuber pipe is connected with external fan 108, two heavy bottom of the pool portions establish mud outer discharge pipe, mud outer discharge pipe one end is arranged outward, sludge return pipe intercommunication bottom the equalizing basin is established to the centre, the utility model discloses with multilevel processing's mode, to decompose the back to hospital sewage and discharge, the practicality is strong.

Description

Integration hospital sewage treating apparatus

Technical field

This utility model relates to a kind of technical field of sewage treatment equipment, especially integration hospital sewage treating apparatus.

Background technology

Solvent containing multiple components and float in the waste water that hospital produces, Hospitals at Present typically decomposes by the way of precipitation process, often granule isolation big for density can only be removed, it is impossible to the effective particle decomposed and process that density is little.

Utility model content

The purpose of this utility model is to overcome above-mentioned the deficiencies in the prior art, integration hospital sewage treating apparatus is provided, including cylinder, five dividing plates are set in cylinder, the inner chamber of cylinder is from left to right divided into grille well, regulating reservoir, A level biochemistry pool, B level biochemistry pool, second pond, sterilization pool, grille well upper end sets cleaning entrance, upper left side sets sewage inlet pipe, bottom sets foreign material cleaning pipe, sterilization pool upper end sets cleaning entrance, upside is had to set drain pipe, dividing plate was all provided with water pipe the connection of adjacent two ponds, A level biochemistry pool, B level biochemistry pool upper end is all connected with airduct, airduct is connected with external blower fan, the outer comb of mud is set bottom second pond, mud is arranged outside outer comb one end, centre sets mud return line and connects with bottom regulating reservoir, the mode of multistep treatment, discharge after hospital sewage is decomposed, practical.

For reaching above-mentioned purpose, the technical solution of the utility model is: integration hospital sewage treating apparatus, including cylinder, five dividing plates are set in described cylinder, the inner chamber of cylinder is from left to right divided into grille well, regulating reservoir, A level biochemistry pool, B level biochemistry pool, second pond, sterilization pool, described grille well upper end sets cleaning entrance, upper left side sets sewage inlet pipe, bottom sets foreign material cleaning pipe, described sterilization pool upper end sets cleaning entrance, upside is had to set drain pipe, described dividing plate was all provided with water pipe the connection of adjacent two ponds, described A level biochemistry pool, B level biochemistry pool upper end is all connected with airduct, described airduct is connected with external blower fan, the outer comb of mud is set bottom described second pond, described mud is arranged outside outer comb one end, centre sets mud return line and connects with bottom regulating reservoir.

The beneficial effects of the utility model are: the setting of grille well, are beneficial to foreign material to isolate；The setting of A level biochemistry pool, is beneficial to sewage to carry out pretreatment, waste water is carried out anaerobic fermentation, the biodegradability of sewage improved；The setting of B level biochemistry pool, with aerobic bacteria with filler as carrier, utilizing the Organic substance in sewage is foodstuff, the Organic substance in sewage resolves into inorganic salt, thus reaches to purify purpose, and oxygen is provided by the blower fan of peripheral hardware；The setting of second pond, is beneficial to further precipitation and removes the biomembrane come off and part is organic and inorganic little granule；The setting of sterilization pool, is beneficial to disinfectants such as chlorine dioxide, the water after process be sterilized further.

Accompanying drawing explanation

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

In figure: the outer comb 101 of cylinder 1, mud, mud return line 102, foreign material are cleared up pipe 103, sewage inlet pipe 104, drain pipe 105, dividing plate 106, crossed water pipe 107, blower fan 108, airduct 1081, cleaning entrance 109, grille well 110, regulating reservoir 111, A level biochemistry pool 112, B level biochemistry pool 113, second pond 115, sterilization pool 116.

Detailed description of the invention

Below by embodiment, and combine accompanying drawing, the technical solution of the utility model is described in further detail.

nullAs shown in Figure 1，Integration hospital sewage treating apparatus，Including cylinder 1，Five dividing plates 106 are set in described cylinder 1，The inner chamber of cylinder 1 is from left to right divided into grille well 110、Regulating reservoir 111、A level biochemistry pool 112、B level biochemistry pool 113、Second pond 115、Sterilization pool 116，Described grille well 110 upper end sets cleaning entrance 109，Upper left side sets sewage inlet pipe 104，Bottom sets foreign material cleaning pipe 103，Described sterilization pool 116 upper end sets cleaning entrance 109，Upside is had to set drain pipe 105，Described dividing plate 106 was all provided with adjacent two ponds connection of 107, water pipe，Described A level biochemistry pool 112、B level biochemistry pool 113 upper end is all connected with airduct 1081，Described airduct 1081 is connected with external blower fan 108，The outer comb 101 of mud is set bottom described second pond 115，Described mud is arranged outside outer comb 101 one end，Centre sets mud return line 102 and connects bottom regulating reservoir 111，The setting of this utility model grille well 110，It is beneficial to foreign material to isolate；The setting of A level biochemistry pool 112, is beneficial to sewage to carry out pretreatment, waste water is carried out anaerobic fermentation, the biodegradability of sewage improved；The setting of B level biochemistry pool 113, with aerobic bacteria with filler as carrier, utilizing the Organic substance in sewage is foodstuff, the Organic substance in sewage resolves into inorganic salt, thus reaches to purify purpose, and oxygen is provided by the blower fan of peripheral hardware；The setting of second pond 115, is beneficial to further precipitation and removes the biomembrane come off and part is organic and inorganic little granule；The setting of sterilization pool 116, is beneficial to disinfectants such as chlorine dioxide, the water after process be sterilized further.

Of the present utility model ultimate principle and principal character, and of the present utility model advantage have more than been shown and described.The technical staff of the industry is also aware that; this utility model is not limited by above-mentioned case study on implementation; described in above-mentioned case study on implementation and description, principle of the present utility model is simply described; without departing under this utility model design category premise; this utility model also has various changes and modifications, in the range of these changes and improvements both fall within claimed this utility model.This utility model claims scope and is defined by appending claims and equivalent thereof.

Claims

null1. integration hospital sewage treating apparatus，It is characterized in that: include cylinder (1)，Five dividing plates (106) are set in described cylinder (1)，The inner chamber of cylinder (1) is from left to right divided into grille well (110)、Regulating reservoir (111)、A level biochemistry pool (112)、B level biochemistry pool (113)、Second pond (115)、Sterilization pool (116)，Described grille well (110) upper end sets cleaning entrance (109)，Upper left side sets sewage inlet pipe (104)，Bottom sets foreign material cleaning pipe (103)，Described sterilization pool (116) upper end sets cleaning entrance (109)，Upper right side sets drain pipe (105)，Described dividing plate (106) was all provided with water pipe (107) the connection of adjacent two ponds，Described A level biochemistry pool (112)、B level biochemistry pool (113) upper end is all connected with airduct (1081)，Described airduct (1081) is connected with external blower fan (108)，Described second pond (115) bottom sets the outer comb (101) of mud，Described mud is arranged outside outer comb (101) one end，Centre sets mud return line (102) and connects with regulating reservoir (111) bottom.