CN2810741Y - Equipment for regenerating ion exchange resin by utilizing polarization effect - Google Patents
Equipment for regenerating ion exchange resin by utilizing polarization effect Download PDFInfo
- Publication number
- CN2810741Y CN2810741Y CNU2005201049153U CN200520104915U CN2810741Y CN 2810741 Y CN2810741 Y CN 2810741Y CN U2005201049153 U CNU2005201049153 U CN U2005201049153U CN 200520104915 U CN200520104915 U CN 200520104915U CN 2810741 Y CN2810741 Y CN 2810741Y
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Abstract
The utility model relates to an apparatus for regenerating ion exchange resin by utilizing polarization effect. A regenerating unit is composed of a salt collecting frame, a negative regenerating frame and a positive regenerating frame, wherein the salt collecting frame is orderly composed of a positive membrane and a negative membrane, the negative membrane and a separator, the separator and a positive membrane, and separating frames thereof, a negative plate and a positive plate of both outer sides of the regenerating unit are additionally provided with a direct current power supply, and positive resin and negative resin are respectively arranged in a positive regenerating frame chamber and a negative regenerating frame; both outer sides of the apparatus are orderly provided with pressing plates, insulating plates, electrode plates, and a left and a right electrode frames, tens of regenerating units to hundreds of regenerating units are clamped between the left and the right electrode frames, the left and the right electrode frames, the negative regenerating frame and the positive regenerating frame are respectively provided with corresponding inlet and outlet holes, after each hole is aligned, the left and the right electrode frames, the negative regenerating frame and the positive regenerating frame are overlapped together through fasteners, and respective channels are formed. The utility model uses the electroosmosis desalination principle, the purpose of regenerating the resin can be achieved by using the water polarization phenomenon, and the environment can not be polluted; meanwhile, the utility model uses the separate type static regenerating resin, the electrical resistance is small, the power consumption is low, thereby, the running cost is lower.
Description
Technical field the utility model belongs to the resin regeneration technical field in the ion-exchange demineralization processing, is specifically related to a kind of equipment that utilizes the polarization regenerating ion exchange resin.
In the existing ion-exchange demineralization process of background technology, after the yin, yang resin inefficacy through exchange, its renovation process generally adopts soda acid chemical agent method of reproduction, promptly with acid regeneration sun resin, with alkali regeneration negative resin.The deficiency of its existence is: the regenerative agent utilization rate is very low, a large amount of spent acid spent caustic solutions and cleaning discharge of wastewater, operating cost height, contaminated environment.
The summary of the invention the purpose of this utility model provides a kind of equipment that utilizes the polarization regenerating ion exchange resin, to reduce operating cost, prevents contaminated environment.
For achieving the above object, the technical scheme that the utility model is taked is: a kind of equipment that utilizes the polarization regenerating ion exchange resin, its two outside be followed successively by pressure strip, insulation board, pole plate and about utmost point frame, at left and right utmost point frame sandwich dozens of and even up to a hundred regeneration units, together by overlapping group of securing member; Described regeneration unit is to be arranged in regular turn by salt collection frame, cloudy regeneration frame and sun regeneration frame, between salt collection frame and cloudy regeneration frame, accompany cavity block, between the moon regeneration frame and sun regeneration frame, accompany spacer, between sun regeneration frame and salt collection frame, accompany anode membrane, load negative resin in the cloudy regeneration frame, load positive resin in the sun regeneration frame; Having collection on the right utmost point frame enters hole, the moon and enters hole, sun and advance that portal in hole, the utmost point, sun portals, the moon portals, collection portals and the utmost point enters the hole, only have on the utmost point frame of a left side that the utmost point portals and the utmost point enters the hole, corresponding pipeline is installed at place, each hole, and left and right utmost point frame has only that the utmost point portals, the utmost point enters the hole and communicates with the frame chamber; Have collection on the salt collection frame and enter hole, the moon and enter hole, sun and advance that portal in hole, sun, the moon portals and collection portals, have only collection to enter the hole, collection portals and communicates with the frame chamber; Have collection on the cloudy regeneration frame and enter hole, the moon and enter hole, sun and advance that portal in hole, sun, the moon portals and collection portals, have only that the moon enters the hole, the moon portals communicates with the frame chamber, filter screen is equipped with at the moon place of portalling, in case the negative resin loss; Have collection on the sun regeneration frame and enter hole, the moon and enter hole, sun and advance that portal in hole, sun, the moon portals and collection portals, have only sun to enter the hole, sun enters the hole and communicates with the frame chamber, filter screen is equipped with at the sun place of portalling, in case the loss of positive resin; With about each corresponding aperture of opening on utmost point frame, salt collection frame, cloudy regeneration frame, the sun regeneration frame aim to laminate and fit together, form passage separately; Utmost point frame, salt collection frame, cloudy regeneration frame, sun regeneration frame are made by insulating materials about described, and each frame comprises frame and frame chamber.
Above-mentioned spacer is selected filter screen, cavity block or anode membrane for use.
The above-mentioned equipment that utilizes the polarization regenerating ion exchange resin that the utility model provides is based on electric osmose desalination principle and designs.In the electric osmose desalination, cation moves to cathode direction in the water, the motion of anion anode direction, unidirectional passing through owing to amberplex acts on simultaneously, be that anode membrane does not only pass through anion by cation, cavity block is not only by anion and by cation, thereby the ion in the light chamber reaches the desalination purpose constantly to the migration of dense chamber.The utility model utilizes this phenomenon just, is full of resin in light chamber, and the ion in the light chamber on the resin equally can be to the migration of dense chamber; thereby reach the purpose of regenerating resin; this equipment does not need to use soda acid chemical agent regenerative agent, has greatly reduced operating cost, has protected environment.In addition, what this equipment adopted is the separate type resin regeneration, so-called separate type: when being meant resin regeneration, the sun resin is contained near anode membrane one side, negative resin is contained near cavity block one side, accompany the spacer that prevents the yin, yang mixed with resin between the yin, yang resin, the hybrid regeneration resistance of separate type reproduction ratio is little, and it is low to consume energy.
Description of drawings Fig. 1 is the device structure schematic diagram of the utility model regenerating ion exchange resin;
Fig. 2 is right utmost point mount structure schematic diagram;
Fig. 3 is the salt collection frame structural representation;
Fig. 4 is cloudy regeneration mount structure schematic diagram;
Fig. 5 is a sun regeneration mount structure schematic diagram;
Fig. 6 is left utmost point mount structure schematic diagram.
Among the figure: the 1-anode membrane; The 2-cavity block; The 3-spacer; The 4-salt collection frame; 5-sun regeneration frame; The cloudy regeneration of 6-frame; The 7-negative resin; 8-sun resin; 9-sun inlet pipe; The cloudy inlet pipe of 10-; 11-collection inlet pipe; The 12-utmost point goes out pipe; The 13-sun goes out pipe; 14-the moon goes out pipe; The 15-collection goes out pipe; 16-utmost point inlet pipe; The 17-securing member; The 18-pressure strip; The 19-insulation board; The 20-pole plate; The right utmost point frame of 21-; 22-left side utmost point frame; The 23-utmost point portals; The 24-collection enters the hole; 25-the moon enters the hole; The 26-sun enters the hole; The 27-sun portals; 28-the moon portals; The 29-collection portals; The 30-utmost point enters the hole; The 31-frame; 32-frame chamber; The 33-filter screen.
The specific embodiment as shown in Figure 1, about this regenerating resin equipment two outsides be followed successively by pressure strip 18, insulation board 19, pole plate 20 and about utmost point frame 21,22.At left and right utmost point frame 21,22 sandwich dozens ofs and even up to a hundred regeneration units, together by 17 overlapping groups of securing members.Described regeneration unit is to be arranged in regular turn by salt collection frame 4, cloudy regeneration frame 6 and sun regeneration frame 5, accompanies cavity block 2 between salt collection frame 4 and cloudy regeneration frame 6; Accompany spacer 3 between the moon regeneration frame 6 and sun regeneration frame 5, spacer 3 can be filter screen or cavity block or anode membrane; Between sun regeneration frame 5 and salt collection frame 4, accompany anode membrane 1.During regeneration, in the cloudy regeneration frame 6 negative resin 7 is housed, in the sun regeneration frame 5 positive resin 8 is housed.
Be equipped with positive inlet pipe 9, cloudy inlet pipe 10, collection inlet pipe 11, the utmost point and go out that pipe 12, sun go out pipe 13, the moon goes out pipe 14, collects pipe 15 and utmost point inlet pipe 16 at right utmost point frame 21 each corresponding aperture place; On the left side utmost point frame 22 utmost point only is housed and pipe 12 and utmost point inlet pipe 16.
As Fig. 2, shown in Figure 6, have on the right utmost point frame 21 that the utmost point portals 23, collection enters hole 24, the moon enters hole 25, sun enters hole 26, sun portals 27, the moon portals 28, collection portals 29 and the utmost point enter hole 30.Only having the utmost point on the left side utmost point frame 22 portals and 23 enters hole 30 with the utmost point.Have only on right utmost point frame 21 and the left utmost point frame 22 that the utmost point portals 23, the utmost point enters hole 30 and communicates with frame chamber 32, the usefulness of confession utmost point water turnover.
As shown in Figure 3, have on the salt collection frame 4 collection advance hole 24, the moon advance hole 25, sun advance that hole 26, sun portal 27, the moon portals 28 and collection portal 29.Portal and 29 communicate but have only collection to enter hole 24, collection, pass in and out the usefulness of solution for salt collection frame 4 with frame chamber 32.
As shown in Figure 4, have on the cloudy regeneration frame 6 collection advance hole 24, the moon advance hole 25, sun advance that hole 26, sun portal 27, the moon portals 28 and collection portal 29, portal and 28 communicate but have only the moon to enter hole 5, the moon with frame chamber 32, pass in and out and the usefulness of draining for negative resin.Filter screen 33 is equipped with at the moon on the cloudy regeneration frame 6 28 places of portalling, in case negative resin runs off.
As shown in Figure 5, have on the sun regeneration frame 5 collection advance hole 24, the moon advance hole 25, sun advance that hole 26, sun portal 27, the moon portals 28 and collection portal 29, portal and 27 communicate but have only sun to enter hole 26, sun with frame chamber 32, pass in and out and the usefulness of draining for positive resin.Filter screen 33 also is equipped with at the sun of sun regeneration frame 5 27 places of portalling, in case positive resin runs off.
During assembling, with the collection on the right utmost point frame 21 advance hole 24, the moon advance hole 25, sun advance that hole 26, sun portal 27, the moon portals 28 and collection each hole of portalling on 29 6 holes and salt collection frame 4, cloudy regeneration frame 6, the sun regeneration frame 5 aim at one by one, also have six holes on the relevant position on anode membrane 1, cavity block 2 and the spacer 3, when stacked, should give aligning, successively pole plate 20, insulation board 19 and pressure strip 18 are in place again, by securing member 17 it are laminated and fit together.Six holes on salt collection frame 4, sun regeneration frame 5, cloudy regeneration frame 6 and the right utmost point frame 21 are aimed at poststack and are formed six passages.Successively with right utmost point frame 21 on six positive inlet pipes 9 of the corresponding installation in hole, cloudy inlet pipe 10, collection inlet pipe 11, sun go out pipe 13, the moon goes out pipe 14 and collects pipe 15.The utmost point on utmost point frame 21,22 portals 23, the utmost point advances to install respectively on the hole 30 utmost point and goes out pipe 12 and utmost point inlet pipe 16, for the usefulness of utmost point water turnover.
The negative resin 7 of regenerating advances in the frame chamber 32 that hole 25 enters cloudy regeneration frame 6 through cloudy inlet pipe 10, the moon, sun resin 8 advances in the frame chamber 32 that hole 26 enters sun regeneration frame 5 through positive inlet pipe 9, sun, carry the unnecessary water of resin then through the moon portal 28, sun portal 27 by the moon go out pipe 14, sun goes out pipe 13 and discharges.After resin regeneration was good, current were reverse, and promptly from yin, yang apopore 28,27 water inlet, yin, yang resin 7,8 is delivered to the place to use by yin, yang inlet pipe 10,9 with water respectively separately.
Left side pole plate 20 among Fig. 1 connects anode, and right side pole plate 20 connects negative electrode.The logical electric current of going up during work, anion in the cloudy regeneration frame 6 on the negative resin 7 moves left, the leftmost side is leaned on the anion at cavity block 2 places to pass cavity block 2 and is entered salt collection frame 4, cation in the sun regeneration frame 5 on the positive resin 8 moves to cathode direction, i.e. migration to the right, cross anode membrane 1 by the cation on the anode membrane place resin 8 and enter salt collection frame, entering the interior yin, yang ion of salt collection frame is that current are taken away at any time.Constantly be polarized to H at spacer 3 place's water
+And OH
-Ion is with the hole behind the quilt migration deionization on the substitute resin.Be reproduced at first near spacer 3 place's resins, along with time lengthening, up to good near the resin regeneration at anode membrane 1, cavity block 2 places, whole regenerative process finishes.
Claims (2)
1, a kind of equipment that utilizes the polarization regenerating ion exchange resin, it is characterized in that these equipment two outsides be followed successively by pressure strip (18), insulation board (19), pole plate (20) and about utmost point frame (22,21), about utmost point frame (22,21) sandwich dozens of and even up to a hundred regeneration units, by overlapping group of securing member (17) together; Described regeneration unit is to be arranged in regular turn by salt collection frame (4), cloudy regeneration frame (6) and sun regeneration frame (5), between salt collection frame (4) and cloudy regeneration frame (6), accompany cavity block (2), between the moon regeneration frame (6) and sun regeneration frame (5), accompany spacer (3), between sun regeneration frame (5) and salt collection frame (4), accompany anode membrane (1), load negative resin (7) in the cloudy regeneration frame (6), load positive resin (8) in the sun regeneration frame (5); Having collection on the right utmost point frame (21) enters hole (24), the moon and enters hole (25), sun and advance that portal (23) in hole (26), the utmost point, sun portals (27), the moon portals (28), collect and portal (29) and the utmost point enters hole (30), only have on left side utmost point frame (22) that the utmost point portals (23) and the utmost point enters hole (30), corresponding pipeline is installed at place, each hole, about utmost point frame (22,21) have only that the utmost point portals (23), the utmost point enters hole (30) and communicates with frame chamber (32); Have collection on the salt collection frame (4) and enter hole (24), the moon and enter hole (25), sun and advance that portal (27) in hole (26), sun, the moon portals (28) and collection portals (29), have only collection to enter hole (24), collect portal (29) and communicate with frame chamber (32); Having collection on the cloudy regeneration frame (6) enters hole (24), the moon and enters hole (25), sun and advance that portal (27) in hole (26), sun, the moon portals (28) and collection portals (29), have only the moon advance hole (25), the moon portal (28) communicate with frame chamber (32), the moon portal (28) locate to be equipped with the filter screen (33) that prevents that negative resin runs off; Having collection on the sun regeneration frame (5) enters hole (24), the moon and enters hole (25), sun and advance that portal (27) in hole (26), sun, the moon portals (28) and collection portals (29), have only sun advance hole (26), sun portal (27) communicate with frame chamber (32), sun portal (27) locate to be equipped with the filter screen (33) that prevents that positive resin runs off; With about each corresponding aperture of opening on utmost point frame (22,21), salt collection frame (4), cloudy regeneration frame (6), the sun regeneration frame (5) aim to laminate and fit together, form passage separately; Utmost point frame about described (22,21), salt collection frame (4), cloudy regeneration frame (6), sun regeneration frame (5) are made by insulating materials, and each frame comprises frame (31) and frame chamber (32).
2,, it is characterized in that above-mentioned spacer (3) selects filter screen, cavity block or anode membrane for use according to the equipment of the described regenerating ion exchange resin of claim 1.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2005201049153U CN2810741Y (en) | 2005-08-03 | 2005-08-03 | Equipment for regenerating ion exchange resin by utilizing polarization effect |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2005201049153U CN2810741Y (en) | 2005-08-03 | 2005-08-03 | Equipment for regenerating ion exchange resin by utilizing polarization effect |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2810741Y true CN2810741Y (en) | 2006-08-30 |
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ID=36937126
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2005201049153U Expired - Lifetime CN2810741Y (en) | 2005-08-03 | 2005-08-03 | Equipment for regenerating ion exchange resin by utilizing polarization effect |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2810741Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100387345C (en) * | 2005-08-03 | 2008-05-14 | 邓佑 | Method an equipment for regenerating ion exchange resin by utilizing polarization effect |
-
2005
- 2005-08-03 CN CNU2005201049153U patent/CN2810741Y/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100387345C (en) * | 2005-08-03 | 2008-05-14 | 邓佑 | Method an equipment for regenerating ion exchange resin by utilizing polarization effect |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Effective date of abandoning: 20080514 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |