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Porous plate & water cap type downstream regeneration ion exchanger

key word：Heat exchange element

Category:

Ion exchange equipment

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Product description

Porous plate, water cap type downstream regeneration ion exchanger

1. Introduction

1.1. Purpose

The equipment is used for water purification. The direction of liquid flow through the exchanger is consistent during operation and regeneration, and the equipment is easy to operate.

1.2. Model meaning

J SL 100•125 B

J ------ ion exchange

SL -------- downstream regeneration and lining

100 --- equipment diameter (mm)

125 -------- resin layer height (mm)

B---------Porous plate, water cap type

1.3. Structural features

The water inlet device is in the form of domed porous plate.

The inlet of regeneration liquid device is in the form of mother pipe and branch pipe.

The water outlet device is porous.

The equipment is equipped with local sampling device and water inlet and outlet pressure gauges.

The pressure rating of all interface flanges is PN1.0MPa

The equipment can be equipped with manual rubber lined diaphragm valve and pneumatic rubber lined diaphragm valve.

The equipment is lined with 1751 semi-rigid adhesive for anti-corrosion.

When the equipment diameter DN ≤ 1250, large flange structure is adopted.

1.4. Product series

See table 15-1 for the product series of porous plate and water cap type downstream regeneration ion exchanger

Nominal diameter resin layer height item	DN1000			DN1250			DN1600			DN1800			DN2000
	1250	1600	2000	1250	1600	2000	1250	1600	2000	1250	1600	2000	1250	1600	2000
	JSL	JSL	JSL	JSL	JSL	JSL	JSL	JSL	JSL	JSL	JSL	JSL	JSL	JSL	JSL
	100·125B	100·160B	100·200B	125·125B	125·160B	125·200B	160·125B	160·160B	160·200B	180·125B	180·160B	180·200B	200·125B	200·160B	200·200B
design capacity (t/h)	15			25			40			50			65
Resin volume (m3)	0.98	1.26	1.57	1.54	1.96	2.45	2.51	3.2	4.02	3.2	4.07	5.1	3.9	5.02	6.28
Design mass (kg)	1463	1550	1594	2036	2158	2298	2413	2571	2574	3253	3481	3742	3718	3970	4259
Operating load (N)	35750	40970	46460	54320	62400	71650	88160	100960	115680	108300	124830	143700	137180	157350	180210

Nominal diameter resin layer height item	DN2200			DN2500		DN2800		DN3000		DN3200
	1250	1600	2000	1600	2000	1600	2000	1600	2000	1600	2000
	JSL	JSL	JSL	JSL	JSL	JSL	JSL	JSL	JSL	JSL	JSL
	220·125B	220·160B	220·200B	250·160B	250·200B	280·160B	280·200B	300·160B	300·200B	320·160B	32·200B
design capacity (t/h)	75			100		125		140		160
Resin volume (m3)	4.75	6.08	7.6	7.85	9.82	9.85	12.31	11.3	14.13	12.86	16.08
Design mass (kg)	4659	5000	5394	6714	7157	7801	8384	9156	9797	9896	10569
Operating load (N)	164780	189460	217720	252080	287910	316410	361640	370020	421610	421050	479210

2. Technical parameters

2.1. Main technical parameters

See table 15-2 for the main technical parameters of porous plate and water cap type downstream regeneration ion exchanger

Table 15-2 main technical parameters of parallel flow regeneration ion exchanger with porous plate and water cap

Item	Data	Item	Data
Design pressure（MPa）	0.6	container form	Vertical
Design temperature（℃）	50	Welded joint coefficient	0.85
design flow rate（m/h）	20	material of the main body	Q235-B
Design capacity（t/h）	see table 15-1	Resin layer height（mm）	see table 15-1

2.2. Special parameters

The consumption of regenerant is large, and the turbidity of influent is required to be less than 5mg / L

3. Equipment appearance and structural dimensions

See Fig. 15-1, table 15-3 and table 15-4 for the outline and structural dimensions of the downstream regeneration ion exchanger

Table 15-3 outline dimensions of the exchanger

Nominal diameter Resin layer height Item	DN1000			DN1250			DN1600			DN1800			DN2000			DN2200			DN2500		DN2800		DN3000		DN3200
	1250	1600	2000	1250	1600	1250	1250	1600	1600	1600	2000	2000	2000	1600	2000	1600	2000	2000	1250	1600	2000	1250	1600	2000	1600	2000
H	3979	4539	5179	4149	4709	5349	4246	4806	5446	4433	4993	5633	4483	5403	5683	4550	5110	5750	5285	5925	5462	6102	5547	6187	5597	6237
H₁	1235			1335			1380			1440			1440			1485			1585		1585		1690		1690
H₂	738			838			883			943			943			988			1088		1088		1193		1193
H₃	445			545			560			580			580			595			695		695		730		730
H₄	152			252			237			217			217			202			302		302		267		267
H₅	1000			1000			1000			1000			1000			1000			1000		1000		1000		1000
∮	985			1000			1450			1600			1800			1900			2000		2150		2275		2400
L₁	754			881			1071			1193			1293			1410			1560		1712		1874		1947
L₂	729			856			1056			1158			1258			1360			1525		1677		1797		1897
L₃	623			757			918			1025			1128			1233			1380		1536		1637		1740
L₄	145			145			160			180			180			195			195		195		230		230
L₅	251			251			316			336			336			401			401		401		436		436
L₆	180			180			250			250			250			250			280		280		280		280
L_A～L_E	see table 15-4
N×M	100×140			180×220			180×220			180×220			180×220			180×220			300×350		300×350		300×350		300×350
DN₁	80			80			100			125			125			150			150		150		200		200
DN₂	50			50			80			100			100			125			125		125		150		150
DN₃	50			50			80			80			80			80			100		100		125		125
DN₄	32			32			32			40			40			40			40		40		40		40
∮	980			1000			1450			1600			1800			1900			2000		2150		2275		2400

Table 15-4 dimensions of main exchanger LA ～ lE

Main parameter Manual or Pneumatic type Sanders pneumatic Nominal diameter	L_A	L_B	L_C	L_D	L_E
DN1000	300	210	—	—	200
	258	194
DN1250	300	210	—	—	200
	258	194
DN1600	350	300	—	—	250
	309	258
DN1800	400	350	—	—	280
	362	309
DN2000	400	350	—	—	280
	362	309
DN2200	460	400	—	—	350
	412	362
DN2500	460	400	—	—	350
	412	362
DN2800	460	400	—	—	350
	412	362
DN3000	570	460	140	430	—
	529	412
DN3200	570	460	140	430	—
	529	412

Note: for manual rubber lined diaphragm valve, LC, LD, LE values are zero.

4. Ordering instructions

The regeneration liquid of the equipment is hydrochloric acid, sulfuric acid and sodium hydroxide. When the flow rate of regeneration liquid is more than 10m / h, it should be indicated when ordering.