Mauritania EDI Module

Electrodeionization (EDI) is a combined technology of Electrodialysis and Ion Exchange, it is continuous process of removing ionized and ionizable species from feedwater especially RO permeate water, producing high quality ultra pure water with consistent performance, it can be designed for modular system design with wide range of flow options, DelPure EDI modules offer flow capacity from 100LPH to 8000 LPH. EDI modules are widely used in water treatment applications such as power plant, semiconductor, pharmaceutical and fine chemical etc.

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MauritaniaProducts

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Product Description

Direct replacement for EDI module / EDI stack from international vendors is also available, welcome to contact Delta sales if any request.

Technical Specification
Model	Flow(m³/h)	Recovery	Resistivity(MΩ.cm)	Working voltage(V)	Working current(A)	Feed pressure(Mpa)
DFEDI-5	0.5	90%	≥15	0 - 200	2 - 5	≤0.7
DFEDI-10	1	90%	≥15	0 - 200	2 - 5	≤0.7
DFEDI-20	2	90%	≥15	0 - 350	2 - 5	≤0.7
DFEDI-30	3	90%	≥15	0 - 350	2 - 5	≤0.7
DFEDI-40	4	90%	≥15	0 - 350	2 - 5	≤0.7
DFEDI-50	5	90%	≥15	0 - 500	2 - 5	≤0.7
DFEDI-80	8	90%	≥15	0 - 500	2 - 5	≤0.7

Feed Water Parameters
Model	DFEDI-5	DFEDI-10	DFEDI-20	DFEDI-30	DFEDI-40	DFEDI-50	DFEDI-80
Feed water source	RO permeate	RO permeate	RO permeate	RO permeate	RO permeate	RO permeate	RO permeate
Temperature	5-35℃	5-35℃	5-35℃	5-35℃	5-35℃	5-35℃	5-35℃
pH range	6.5-9	6.5-9	6.5-9	6.5-9	6.5-9	6.5-9	6.5-9
Conductivity(μs/cm)	<10	<10	<10	<10	<10	<10	<10
Total CO2(ppm)	<3 ppm	<3 ppm	<3 ppm	<3 ppm	<3 ppm	<3 ppm	<3 ppm
Total hardness(ppm)	<1 ppm	<1 ppm	<1 ppm	<1 ppm	<1 ppm	<1 ppm	<1 ppm
Silicone	<0.5 ppm	<0.5 ppm	<0.5 ppm	<0.5 ppm	<0.5 ppm	<0.5 ppm	<0.5 ppm
TOC	<0.5 ppm	<0.5 ppm	<0.5 ppm	<0.5 ppm	<0.5 ppm	<0.5 ppm	<0.5 ppm
Chlorine	<0.01 ppm	<0.01 ppm	<0.01 ppm	<0.01 ppm	<0.01 ppm	<0.01 ppm	<0.01 ppm
Metal Ion(Fe/Mn)	<0.01 ppm	<0.01 ppm	<0.01 ppm	<0.01 ppm	<0.01 ppm	<0.01 ppm	<0.01 ppm
Turbidity(NTU)	<1 ppm	<1 ppm	<1 ppm	<1 ppm	<1 ppm	<1 ppm	<1 ppm
Oil&Grease	NIL	NIL	NIL	NIL	NIL	NIL	NIL
Particles	<1μm	<1μm	<1μm	<1μm	<1μm	<1μm	<1μm