Selective ion exchange system with external regeneration SE 30 – 250 for water treatment

For our ion exchange system we offer ion exchange cartridges with fillings from 10 litres resin up to 250 litres resin.

With our service regeneration we offer an economic-priced, fully developed technology. A 2-shift operated recirculation system with a flow rate of 1.5 m³/h saves expenses for fresh water of approx. 30,000 € per year.

The ion exchange systems are used for

selective ion exchange for the removal of heavy metals / pollutants
recirculation of rinsing water (type KR)

The transportation of the ion exchange cartridges to our central regeneration plant in D-92348 Berg can be carried out by our pick-up / delivery service or by a forwarding agency. For this we offer special transportation boxes.

Figure: Decker ion exchange

Figure: Decker selective ion exchange units

Type	Flow rate m³/h	Resin per cartridge	Resin per unit	Dimensions width x depth x height in mm
SE 2x30	0,6 - 1,2 m³/h	30 L	60 L	1000 x 400 x 1400
SE 4x30	1,2 - 2,4 m³/h	30 L	120 L	1600 x 400 x 1400
SE 6x30	1,8 - 3,6 m³/h	30 L	180 L	2200 x 400 x 1400
SE 2x50	1,0 - 2,0 m³/h	50 L	100 L	1200 x 400 x 1700
SE 4x50	2,0 - 4,0 m³/h	50 L	200 L	1700 x 400 x 1700
SE 6x50	3,0 - 6,0 m³/h	50 L	300 L	2400 x 400 x 1700

SE 2x90	1,8 - 3,6 m³/h	90 L	180 L	1200 x 800 x 2000
SE 2x180	3,6 - 7,2 m³/h	180 L	360 L	1200 x 1000 x 2000
SE 2x250	5,0 - 10,0 m³/h	250 L	500 L	1200 x 1000 x 2000

Selective unit

complying with limit values
reclaim of metals
easy to handle

Application of selective ion exchange units

selective removal of heavy metals such as copper, nickel, zinc, lead, cobalt, cadmium, mercury, chrome, etc downstream to waste-water treatment units, ultra- and micro-filtration units, heavy-metal loaded rinses.
Selective removal of heavy metals or Cyanides in groundwater remediation
Reclaim of precious metals such as Gold, Palladium, Platinum

Description

The rinsing or waste water is fed into a storage tank. A level controlled pump delivers the rinsing or waste water over a filter (e.g. multi-layer filter), a non-return valve and a flow meter through the ion exchange cartridges.
After having removed loaded ion exchange cartridges ion exchange the security cartridges move up and fresh regenerated cartridges are added at the end of the sequence.

Figure: Decker ion exchange engeneering drawing

Example of use: Subsequent cleaning to remove the rest of solid and dissolved metals

Example: Waste water: 10 m³/day
Concentration of dissolved metals: 4 mg/l Ni, 3 mg/l Cu, 1 mg/l Cd

With a selective ion exchange unit with selective resin waste water values of each 0.1 mg/l can be reached. A cartridge with 30 litres of selective resin is loaded after approx. 125 m³ waste water = 2.5 weeks until regeneration.

Anwendungsbeispiel selektive Restmetallentfernung
Figure: Example of use selective residual-metal elimination

Technical Data

Resin: 30-250 litres per cartridge
Capacity: 40-400 eq/cartridge
Flow rate: 500 – 10,000 litres/h
Max. pressure: 6 bar
Temperature range: 5-70°C

Material

Inliner made of polyethylene with glass-fibre reinforced epoxy resin
Polyester resin or vinyl ester resin
Distribution system made of polypropylene

The continuous function of the Decker ion exchange units is backed by the regeneration of loaded ion exchange cartidges.

Download brochure ion exchange unit (pdf, 1546 kB)

Decker Verfahrenstechnik GmbH
Bruckaecker 12, 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

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