CN205821123U

CN205821123U - A kind of cyaniding tailing percolate suspension treatment reactor

Info

Publication number: CN205821123U
Application number: CN201620756954.XU
Authority: CN
Inventors: 刘强
Original assignee: Changchun Gold Research Institute
Current assignee: Changchun Gold Research Institute
Priority date: 2016-07-19
Filing date: 2016-07-19
Publication date: 2016-12-21
Anticipated expiration: 2026-07-19

Abstract

This utility model relates to a kind of for gold mine cyaniding tailing percolate suspension treatment reactor, body is floated including cyanogen reactor, support bar and buoyancy, described fall cyanogen reactor includes shell, rectangle filter screen, biologic packing material and rectangle square, described shell is cuboid, the bottom surface of shell and side are rectangle filter screen, the inside of shell is filled with biologic packing material, and the upper cover of shell is rectangle square；Described buoyancy drift body is hollow spheroid, and upward, buoyancy floats internal portion and is full of air the bottom surface level of buoyancy drift body；Described support bar four vertical prisms of shell with fall cyanogen reactor respectively are connected, are used for supporting fixing fall cyanogen reactor, and the other end of support bar floats body with buoyancy and is connected.This utility model has that simple in construction, processing cost be low and advantage without power consumption.

Description

A kind of cyaniding tailing percolate suspension treatment reactor

Technical field

This utility model relates to cyanogen-bearing wastewater treatment device, processes reaction particularly to a kind of cyaniding tailing percolate suspension Device.

Background technology

At present, most domestic gold mine still uses cyaniding and leaching process, and this makes produce in production process greatly The cyaniding tailing slurry of amount, cyaniding tailing slurry can produce substantial amounts of cyaniding tailing percolate in the banking process of Tailings Dam, these Mine tailing percolate leaves in the continuous filter of gold tailing ponds, owing in percolate, concentration of cyanide is relatively low, recycles cost Higher, once select factory to satisfy after water, processing if not carrying out dropping cyanogen, will be the environmental protection hidden danger of gold mine enterprise all the time.From at present From the point of view of the cyanide wastewater disposition of domestic gold mine, still there is no the cyaniding tailing percolate processing means of ripe utilization, special It it not cyaniding tailing leachate in-situ treatment reactor.

Summary of the invention

The purpose of this utility model provides one for gold mine cyaniding tailing percolate suspension treatment reactor, has Simple in construction, processing cost be low and advantage without power consumption.

The purpose of this utility model is achieved through the following technical solutions:

A kind of for gold mine cyaniding tailing percolate suspension treatment reactor, including cyanogen reactor 1, support bar 2 and Buoyancy drift body 3, described fall cyanogen reactor 1 includes shell 11, rectangle filter screen 12, biologic packing material 13 and rectangle square 14, described Shell 11 be cuboid, the bottom surface of shell 11 and side are rectangle filter screen 12, and the inside of shell 11 is filled with biologic packing material 13, the upper cover of shell 11 is rectangle square 14；Described buoyancy drift body 3 is hollow spheroid, the bottom surface level of buoyancy drift body 3 Upward, buoyancy drift body 3 is internal is full of air；Described support bar 2 respectively with four vertical ribs of shell 11 of fall cyanogen reactor 1 Post connects, and is used for supporting fixing fall cyanogen reactor 1, and the other end of support bar 2 is connected with buoyancy drift body 3.

Be covered with circle or rectangle filter opening 121 above described rectangle filter screen 12, filter opening 121 be smaller in size than biologic packing material 13 The size of grain.

Described biologic packing material 13 is the porous light filler such as activated carbon, biological ceramic particle, and biologic packing material has the fall cyanogen of inoculation Strain.

Described rectangle square 14 is identical with bottom surface rectangle filter screen 12 shape and size of fall cyanogen reactor 1, rectangle square 14 are flexibly connected with the rectangle filter screen 12 of the side of fall cyanogen reactor 1.

The rectangle square 14 of described fall cyanogen reactor 1 is 0～30cm away from continuous filter liquid level distance.

The beneficial effects of the utility model:

Use bioanalysis the cyaniding tailing percolate in gold industry mine tailing continuous filter to be carried out in situ and drop cyanogen process, have Simple in construction, equipment investment is few, processing cost is low, without advantages such as power consumptions, have a extensive future.

Accompanying drawing explanation

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

Fig. 2 is rectangle filter structure schematic diagram of the present utility model；

Wherein, 1 fall cyanogen reactor；11 shells；12 rectangle filter screens；121 filter openings；13 biologic packing materials；14— Rectangle square；2 support bars；3 buoyancy drift bodies.

Detailed description of the invention

The present invention will be further described in detail below in conjunction with the accompanying drawings.

Referring to shown in Fig. 1, the one that this utility model provides processes for gold mine cyaniding tailing percolate suspension Reactor, floats body 3 including cyanogen reactor 1, support bar 2 and buoyancy, and described fall cyanogen reactor 1 includes shell 11, rectangle filter screen 12, biologic packing material 13 and rectangle square 14, described shell 11 is cuboid, and the bottom surface of shell 11 and side are rectangle filter screen 12, the inside of shell 11 is filled with biologic packing material 13, and the upper cover of shell 11 is rectangle square 14；Described buoyancy drift body 3 is empty The spheroid of the heart, upward, buoyancy drift body 3 is internal is full of air to the bottom surface level of buoyancy drift body 3；Described support bar 2 respectively with Four vertical prisms of the shell 11 of fall cyanogen reactor 1 connect, and are used for supporting fixing fall cyanogen reactor 1, the other end of support bar 2 It is connected with buoyancy drift body 3.

Described rectangle square 14 is identical with bottom surface rectangle filter screen 12 shape and size of fall cyanogen reactor 1, rectangle square 14 are flexibly connected with the rectangle filter screen 12 of side of fall cyanogen reactor 1, on rectangle square 14 can or entirety mention.Described The rectangle square 14 of fall cyanogen reactor 1 is 0～30cm away from continuous filter liquid level distance.

As in figure 2 it is shown, be covered with circle or rectangle filter opening 121 above described rectangle filter screen 12, filter opening 121 be smaller in size than life The size of thing filler 13 granule.

Work process of the present utility model is as follows: be encased in from rectangle square 14 by the biologic packing material 13 of inoculation fall cyanogen strain In fall cyanogen reactor 1, being floated by buoyancy after body 3 is full of gas, entirety is placed in mine tailing continuous filter, adjusts the square of fall cyanogen reactor 1 Shape square 14 between 0～30cm, periodically supplements a certain amount of growth away from continuous filter liquid level distance on fall cyanogen reactor 1 Nutrient substance, can realize degrading the cyaniding tailing percolate in Tailings Dam continuous filter.

Claims

1. one kind is used for gold mine cyaniding tailing percolate suspension treatment reactor, it is characterised in that: include cyanogen reactor (1), support bar (2) and buoyancy drift body (3), described fall cyanogen reactor (1) includes shell (11), rectangle filter screen (12), biological Filler (13) and rectangle square (14), described shell (11) is cuboid, and the bottom surface of shell (11) and side are rectangle filter Net (12), the inside of shell (11) is filled with biologic packing material (13), and the upper cover of shell (11) is rectangle square (14)；Described is floating Power drift body (3) is hollow spheroid, and upward, buoyancy drift body (3) is internal is full of air to the bottom surface level of buoyancy drift body (3)；Institute The support bar (2) stated four vertical prisms of shell (11) with fall cyanogen reactor (1) respectively are connected, are used for supporting and fixing drop cyanogen Reactor (1), the other end of support bar (2) is connected with buoyancy drift body (3).

2. as claimed in claim 1 a kind of for gold mine cyaniding tailing percolate suspension treatment reactor, its feature exists In: be covered with circle or rectangle filter opening (121) above described rectangle filter screen (12), filter opening (121) be smaller in size than biologic packing material (13) size of granule.

3. as claimed in claim 1 a kind of for gold mine cyaniding tailing percolate suspension treatment reactor, its feature exists In: described biologic packing material (13) is the porous light filler such as activated carbon, biological ceramic particle, and biologic packing material has the fall cyanogen bacterium of inoculation Kind.

4. as claimed in claim 1 a kind of for gold mine cyaniding tailing percolate suspension treatment reactor, its feature exists In: described rectangle square (14) is identical with bottom surface rectangle filter screen (12) shape and size of fall cyanogen reactor (1), rectangle square (14) the rectangle filter screen (12) with the side of fall cyanogen reactor (1) is flexibly connected.

5. as claimed in claim 1 a kind of for gold mine cyaniding tailing percolate suspension treatment reactor, its feature exists In: the rectangle square (14) of described fall cyanogen reactor (1) is 0～30cm away from continuous filter liquid level distance.