SU516414A1 - Continuous ion filter - Google Patents

Description

Isobrotoiiio jTii (; cnrcu to f5G1tr:;) Bo-Fri liquid lipii nONj; n ieshgpv) i -la; vii JCTH to ionts; figr-; iprrsryinag loysg ...

VIA.

IZVOSTSN | 1; 11IT11 TH filter t10GtrpG; b) BNEGE

flcitcTBHH, Blyuchayupip T: P1LPYU; u1; SYa pekg} uk vortika 1; s1101o hollow shaft housing. W: Popiop Fi fth material, (PG) Ivol, Pipe S1 for the worker,. ; LOIERL Ruyushego n npovfijiBOHiioro solution) OB; unload zone collector and base.

Nedost; 5tk; lll fi; ilg: -; l in; 1ts

complexity of TCHOIGGTrukINI 11 KN-ACHPTOLNY P I3

nose joit.

Ue.Lbio poobrotenip ow-ets yn, p.oi: ieui e design - filter and for less than 11on ionite wear,

Post-linear goal is reached by the bodies ;, that the body and the source filter of the full-wave in the form of a ring chamber, under KOTopoi; on the basis of a rigidly fixed raeg.uzochny collector, divided peregord) ;;; (Like a section for the number of pipelines supplied; solvents, stationary

IOELEKPYHYH E

floor shaft and

cages; FIG.

one

Ptedstavlon f11.ltr; in fig. 2 -; figure 1.

It includes; l made in the form of a ring; i ;;: not new 2, which is rigidly for a drive consisting of electrodes: gear 4, gears 5 and (13, and zone collector 7, divided into 8 sections into section E,

Korschs filter set, flap lp o-; floor shaft 10, in which 1. .gl pipelines 11-13 dl. innings; working, rinsing and horning fluids. CHaii /: ;; pipelines nasash: am 14 for a uniform distribution of laziness of patok over the surface f, a: g layer 15.

In the diishe ring to the sprint, sa vpk perforation 16, on which the asylum: the holding layer 17.

Claims (1)

Ion-phi, continuously operates the following o6pa30Ns, To the orbit of the filter they rotate into a circle around a vertical hollow shaft through gears and a reducer from an electric motor. At the same time, working, flushing and regenerating solutions are supplied to the surface of the Moving filtering layer by the installed pipework i to the pipelines 11-13. After filtering the working solution, the filtering layer, rotating together with the body, enters the nozzle that supplies the washing solution. As the filter rotates further, the filter layer is successively placed under the nozzle with the regenerating solution, the washing solution and then again moving under the nozzle supplying the working solution. Each solution that passes the filter layer is collected in the discharge section of the collector located under the corresponding nozzle. Thus, the filtering layer continuously moves between the fixed nozzles, which supply the working, flushing and regenerating solutions, and the fixed discharge manifold, a pass in one turn & decation process - wash - regeneration - wash - decation. Carrying out all operations (decal casting, washing, regeneration) in one apparatus allows reducing the wear of the filter layer (ion exchanger) and simplifying the design of the ion-exchange filter of continuous operation. Ionite filter of continuous operation, including a housing rotating around a vertical hollow shaft, filled with filter material, a drive, pipelines for supplying working, regenerating and flushing solutions, an unloading manifold and base, in order to simplify the filter design and reduce ion wear - that, the body is made in the form of an annular chamber, under which, on the basis of a discharge collector is rigidly fixed, divided by partitions into sections, respectively, the numbers Pipeline fed solutions ustakorzlennyh stationary in the hollow shaft and provided with nozzles.