Stationary selective ion exchange system SE 1465 – SE 3072 for water treatment
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You are here: Start page > Products > Stationary ion exchange units SE (selective)
Stationary selective ion exchange system SE 1465 – SE 3072
See also: Example of use: recycling of Nickel / Copper
Download brochure ion exchange unit (pdf, 1546 kB)
Decker selective ion exchange units are stationary systems for the removal of ionogenic heavy metals
- compliance with the prescribed limit values for ionogenic heavy metals such as copper, nickel, zinc, lead, cadmium etc.
- easy to use
- automatic regeneration after manual release
- no blockings of the resins due to the automatic backwashing program
- easy to
maintain and robust due to chemical resistant steel tanks with
nozzle floor and maintenance flanges
Figure: Decker selective ion exchange type SE
Capacity:
25 – 30 g metal / litre resin (mono-Na-form) or
15 – 20 g metal / litre resin (Ca-form)
Operating pH-range: 3-9, ideal range: 6-7
Metal loadings in waste water can be reduced to < 0.1 ppm (Me2+)
Figure: Decker selective ion exchange
engeneering drawing
Figure:
Removal of heavy metals from procedures of hydroxide precipitation with
Lewatit TP 207; Source: Lanxess
Description selective ion exchange (see also: Example of use: recycling of Nickel / Copper)
Usually both tanks are connected in series. This
means the water to be treated passes through two filter cartridges.
If a breakthrough of heavy metals is detected after the first cartridge,
regeneration for this one cartridge will be initiated.
During regeneration the waste water to be treated passes through the
2nd, less loaded cartridge.
Regeneration proceeds in three automatic steps
- backwashing of the filter cartridge
- regeneration with acid
- conditioning into the mono-Na-form with sodium hydroxide solution
After having completed the regeneration the fresh regenerated cartridge will now operate downstream to the other working cartridge. Thus the waste water will pass again through two cartridges which are connected in series.
Figure: breakout graphs for Copper,
Nickel, Zinc, Plumbum and Cadmium with Lewatit TP 207; Source: Lanxess
Technical data
|
Type |
Flow rate m3/h |
Specific loading |
Resin per cartridge |
Consumption of chemicals |
Dimensions |
|
|
30 % HCl |
30 % NaOH |
width x depth x height in mm |
||||
|
SE 1465 |
0,9 – 1,8 |
10 - 20 BV/h |
90 Liter |
37 Liter |
9,8 Liter |
2200 x 1100 x 2000 |
|
SE 1865 |
1,8 – 3,6 |
10 - 20 BV/h |
180 Liter |
65 Liter |
17,4 Liter |
2200 x 1100 x 2000 |
|
SE 2469 |
2,5 – 5,0 |
10 - 20 BV/h |
250 Liter |
101 Liter |
27,3 Liter |
2400 x 1200 x 2200 |
|
SE 3072 |
4,5 – 9,0 |
10 - 20 BV/h |
450 Liter |
202 Liter |
54,6 Liter |
2400 x 1200 x 2200 |
see also: Example of use: recycling of Nickel / Copper
Download brochure
ion exchange unit
(pdf, 1546 kB)
Decker Verfahrenstechnik GmbH
Am Roethenbuehl 7, 92348 Berg/Opf., Germany
Web:
http://www.decker-vt.de
E-Mail: info@decker-vt.de
Phone: +49 (0)9189/4410-0 Fax: +49 (0)9189/4410-20