CN203569215U

CN203569215U - High-temperature high-pressure electrolyzer

Info

Publication number: CN203569215U
Application number: CN201320793036.0U
Authority: CN
Inventors: 张云龙; 黄炜; 荆永卿
Original assignee: YANTAI XINHAI MINING MACHINERY CO Ltd
Current assignee: Xinhai Tianjin Electromechanical Technology Co ltd
Priority date: 2013-12-04
Filing date: 2013-12-04
Publication date: 2014-04-30
Anticipated expiration: 2023-12-04

Abstract

The utility model relates to a high-temperature high-pressure electrolyzer, in particular to a high-temperature high-pressure electrolyzer for desorbing an electrolysis carbon gold extraction system. the high-temperature high-pressure electrolyzer comprises a rack, a fixed pressure tank half body, an electrolytic tank and a mobile pressure tank half body; the fixed pressure tank half body is welded on the rack and is movably jointed with the mobile pressure tank half body; when being closed, the fixed pressure tank half body and the mobile pressure tank half body form an integral pressure tank body; slide wheels are arranged below the mobile pressure tank half body; one end of the electrolytic tank is fixedly welded in the fixed pressure tank half body; the other end of the electrolytic tank is suspended in air and is positioned in the mobile pressure tank half body. The high-temperature high-pressure electrolyzer has the beneficial effects of shortening the time needed by an electrolysis process, improving the electrolytic capacity, improving the finished product recovery rate and effectively recovering gold mud resources.

Description

A kind of high-temp. high-pressure electrolysis groove

Technical field

The utility model relates to a kind of high-temp. high-pressure electrolysis groove, relates in particular to a kind of desorbing electrolytic carbon and carry the high-temp. high-pressure electrolysis groove of golden system.

Background technology

At present at desorbing electrolytic carbon, to put forward in the electrolytic action of golden system speed of response slower for conventional electrolyzer, and the time of conventional electrolysis reaction is longer, lower to the processing power of gold mud, has limited the efficiency of electrolytic reaction.

Utility model content

Technical problem to be solved in the utility model is to provide a kind of high-temp. high-pressure electrolysis groove, has overcome the defect that the electrolysis activity duration is long, electrolysis ability is low.

The technical scheme that the utility model solves the problems of the technologies described above is as follows: a kind of high-temp. high-pressure electrolysis groove, comprise frame, fixation pressure tank halfbody, electrolyzer, movement pressure tank halfbody, described fixation pressure tank halfbody is welded in described frame, described movement pressure tank halfbody docks with described fixation pressure tank halfbody is movable, described fixation pressure tank halfbody and described movement pressure tank halfbody form a complete pressure-pot tank body when closed, described movement pressure tank halfbody below is provided with movable pulley, described electrolyzer one end is fixedly welded on described fixation pressure tank halfbody inside, the unsettled described movement pressure tank halfbody inside that is positioned at of the described electrolyzer the other end.

Further, described fixation pressure tank halfbody outside weldings has positive negative terminal, airline, liquidometer pipeline, safety valve pipeline, electrolyte outlet pipeline, and described positive negative terminal, described airline, described liquidometer pipeline, described safety valve pipeline, described electrolyte outlet pipeline all pass described fixation pressure tank halfbody and described fixation pressure tank halfbody internal communication.

Further, described fixation pressure tank halfbody outside weldings has stripping liquid entrance pipe, and described stripping liquid entrance pipe is linked into electrolyzer inside through fixation pressure tank halfbody.

Further, on described electrolyzer, be installed with positive plate, negative plate, described positive plate is fixed on the flat bolt through electrolyzer, described flat bolt couples together described anode upper insulation plate, described electrolyzer, described lower insulation plate, described anode electrode plate through anode upper insulation plate, electrolyzer, lower insulation plate, anode electrode plate from top to bottom successively, on described flat bolt, is arranged with insulation covering.

The beneficial effects of the utility model are: shortened the time of electrolytic process, improved electrolysis ability, improved the finished product rate of recovery, effectively reclaimed gold mud resource.

Accompanying drawing explanation

Fig. 1 is high-temp. high-pressure electrolysis groove front view of the present utility model;

Fig. 2 is high-temp. high-pressure electrolysis groove side-view of the present utility model;

Fig. 3 is the partial enlarged drawing of A in high-temp. high-pressure electrolysis groove Fig. 1 of the present utility model.

In accompanying drawing, the list of parts of each label representative is as follows:

1, frame, 2, fixation pressure tank halfbody, 3, electrolyzer, 4, movement pressure tank halfbody, 5, positive plate, 6, negative plate, 7, positive negative terminal, 8, airline, 9, liquidometer pipeline, 10, safety valve pipeline, 11, electrolyte outlet pipeline, 12, stripping liquid entrance pipe, 13, anode upper insulation plate, 14, lower insulation plate, 15, anode electrode plate, 16, insulation covering, 17, flat bolt, 18, movable pulley.

Embodiment

Below in conjunction with accompanying drawing, principle of the present utility model and feature are described, example, only for explaining the utility model, is not intended to limit scope of the present utility model.

As shown in Figure 1, the utility model high-temp. high-pressure electrolysis groove comprises frame 1, fixation pressure tank halfbody (so-called fixation pressure tank halfbody refers to that a complete fixation pressure tank is along fixation pressure tank diameter to half fixation pressure tank after cutting apart) 2, for the electrolyzer 3 of electrolytic reaction, movement pressure tank halfbody (so-called movement pressure tank halfbody refers to that a complete movement pressure tank is along movement pressure tank diameter to half movement pressure tank after cutting apart) 4, fixation pressure tank halfbody 2 is welded in frame 1 and keeps maintaining static, movement pressure tank halfbody 4 docks with fixation pressure tank halfbody 2 is movable, when fixation pressure tank halfbody 2 and movement pressure tank halfbody 4 are closed, can form a complete pressure-pot tank body, movement pressure tank halfbody 4 belows are provided with movable pulley 18, movement pressure tank halfbody 4 by movable pulley 18 can do back and forth near or away from the slip of fixation pressure tank halfbody 2, electrolyzer 3 one end are weldingly fixed on fixation pressure tank halfbody 2 inside, the unsettled movement pressure tank halfbody 4 that is positioned at of electrolyzer 3 the other ends.

Fig. 2 is the side-view of the utility model high-temp. high-pressure electrolysis groove, as shown in Figure 2, fixation pressure tank halfbody 2 outside weldings have positive negative terminal 7, for passing into or the airline 8 of excluding air, for the liquidometer pipeline 9 of metering liquid height, safety valve pipeline 10, for discharging the electrolyte outlet pipeline 11 of electrolytic solution, positive negative terminal 7, airline 8, liquidometer pipeline 9, safety valve pipeline 10, electrolyte outlet pipeline 11 all passes fixation pressure tank halfbody 2 and realizes the pressure-controlling of fixation pressure tank halfbody 2 inside and the discharge of electrolytic solution with the internal communication of fixation pressure tank halfbody 2.

As shown in Figure 1 and Figure 2, fixation pressure tank halfbody 2 outside weldings have stripping liquid entrance pipe 12, and stripping liquid entrance pipe 12 is connected with electrolyzer 3 is inner through fixation pressure tank halfbody 2.

As shown in Figure 3, on electrolyzer 3, be installed with positive plate 5, negative plate 6, positive plate 5 is fixed on the flat bolt 17 through electrolyzer 3, flat bolt 17 is from top to bottom successively through anode upper insulation plate 13, electrolyzer 3, lower insulation plate 14, anode electrode plate 15 is by anode upper insulation plate 13, electrolyzer 3, lower insulation plate 14, positive plate battery lead plate 15 couples together, positive plate 5 can be realized with anode electrode plate 15 and being electrically connected by flat bolt 17, on flat bolt 17, cover has insulation covering 16, insulation covering 16 one end are positioned at anode upper insulation plate 13, insulation covering 16 the other ends are positioned at anode electrode plate 15 and prevent circuit conduction.

Its working process is: movement pressure tank halfbody 4 is connected with fixation pressure tank halfbody 2 close tight after, by stripping liquid entrance pipe 14, expensive desorb liquid is injected in electrolyzer 3, the amount of injecting the expensive liquid of desorb need to reach liquidometer pipeline 9 and require 2/3 of height, and then by airline 8, inject air and reach system requirements original pressure 0.2Mpa, after positive negative terminal 7 energisings, electric current enters respectively positive plate 5 and negative plate 6 by electrode, the expensive liquid of desorb in electrolyzer 3 is carried out to electrolysis and make gold precipitation, gold mud is deposited in electrolyzer 3 bottoms, when precipitation reaches a certain amount of, by electrolyte outlet pipeline 11, give off the lean electrolyte in electrolyzer 3, discharge and open movement pressure tank halfbody 4 after complete lean electrolyte and propose gold mud, realization completes the electrolytic reaction of stripping liquid under the condition of High Temperature High Pressure.

The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all within spirit of the present utility model and principle, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.

Claims

1. a high-temp. high-pressure electrolysis groove, it is characterized in that, comprise frame (1), fixation pressure tank halfbody (2), electrolyzer (3), movement pressure tank halfbody (4), described fixation pressure tank halfbody (2) is welded in described frame (1), described movement pressure tank halfbody (4) docks with described fixation pressure tank halfbody (2) is movable, described fixation pressure tank halfbody (2) forms a complete pressure-pot tank body when closed with described movement pressure tank halfbody (4), described movement pressure tank halfbody (4) below is provided with movable pulley (18), described electrolyzer (3) one end is fixedly welded on described fixation pressure tank halfbody (2) inside, unsettled described movement pressure tank halfbody (4) inside that is positioned at of described electrolyzer (3) the other end.

2. a kind of high-temp. high-pressure electrolysis groove according to claim 1, it is characterized in that, described fixation pressure tank halfbody (2) outside weldings has positive negative terminal (7), airline (8), liquidometer pipeline (9), safety valve pipeline (10), electrolyte outlet pipeline (11), and described positive negative terminal (7), described airline (8), described liquidometer pipeline (9), described safety valve pipeline (10), described electrolyte outlet pipeline (11) all pass described fixation pressure tank halfbody (2) and described fixation pressure tank halfbody (2) internal communication.

3. a kind of high-temp. high-pressure electrolysis groove according to claim 1, it is characterized in that, described fixation pressure tank halfbody (2) outside weldings has stripping liquid entrance pipe (12), and described stripping liquid entrance pipe (12) is linked into electrolyzer (3) inside through fixation pressure tank halfbody (2).

4. according to a kind of high-temp. high-pressure electrolysis groove described in any one in claims 1 to 3, it is characterized in that, on described electrolyzer (3), be installed with positive plate (5), negative plate (6), described positive plate (5) is fixed on the flat bolt (17) through electrolyzer (3), described flat bolt (17) is from top to bottom successively through anode upper insulation plate (13), electrolyzer (3), lower insulation plate (14), anode electrode plate (15) is by described anode upper insulation plate (13), described electrolyzer (3), described lower insulation plate (14), described anode electrode plate (15) couples together, the upper cover of described flat bolt (17) has insulation covering (16).