• Pharmaceutical 2GPM OEM EDI Purified Water System
  • Pharmaceutical 2GPM OEM EDI Purified Water System
  • Pharmaceutical 2GPM OEM EDI Purified Water System
  • Pharmaceutical 2GPM OEM EDI Purified Water System
Pharmaceutical 2GPM OEM EDI Purified Water System

Pharmaceutical 2GPM OEM EDI Purified Water System

Product Details:

Place of Origin: China
Brand Name: Fenigal/OEM
Certification: CE/NSF etc.
Model Number: IX-3A-1

Payment & Shipping Terms:

Minimum Order Quantity: 1 Set
Price: Negotiable
Packaging Details: Standard Export Wood Crate/Carton or Naked wrapped by film/Containerized
Delivery Time: 15~30 days
Payment Terms: T/T, Western Union, Paypal etc.
Supply Ability: 200 set per month
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Detail Information

Technology: Pressurized Filtration Material: Carbon Steel/FRP/stainless Steel
Design: Skid Mount/containerized Water Temp.: 5~35˚C
Water Flow Rate: Up To 200 M3/day.vessel Voltage: 380V,415V,220V,can Be Customized
Application: Surface, Underground Water, Sewage Water Treatment Size: Dia.20cm~180cm
Control: Electronic,Manual/PLC
High Light:

2GPM edi purified water system


OEM 2GPM edi purified water system


2GPM edi equipment

Product Description

Pharmaceutical 2GPM OEM EDI Purified Water System

Electro-deionization ultrapure water demineralizer system for pharmaceutical, power, microelectronic industries

Electrodeionization (EDI) Systems remove ions from aqueous streams, typically in conjunction with reverse osmosis (RO) and other purification devices. Our high-quality modules continually produce ultra-pure water up to 18.2MΩ/cm. EDI may be run continuously or intermittently. Electrodeionization is a green solution for deionizing water. With no expensive chemical upkeep and virtually no down-time, electrodeionization units are the future in deionization.


Electrodeionization Equipment Advantage:


The need to satisfy the increasing demand for high purity water can be achieved using Electro-Deionization (EDI) equipment. The EDI process replaces conventional DI mixed resin beds to produce deionized water.


EDI modules are on average miniature in size and weight in terms of per unit flow in the market. Unlike DI resin, EDI water purification systems do not require shutdowns for replacing resin beds or for resin regeneration using chemicals. As a result the EDI minimizes water quality upsets and operating costs.


EDI has become the solution of choice, lower operating expenses and fewer maintenance requirements makes EDI the cost effective choice over mixed bed IX or dual-bed polishing. Fewer maintenance demands also means less facility needs and managerial supervision, which saves additional labor costs.


These systems also require minimal energy to provide steady, and persistent ultra pure water. EDI water purification systems utilize compact footprints, which benefits water treatment plants in using less available space to provide the same amount of water.



Model No. Flow Rates (GPM) Voltage (DC) Current (Amps)
Typical Operation


Typ. (4ppm RO Feed)

Max. (15ppm RO Feed)
Avgerage Peak Concentrate
EDI-2 2.00 3.00 0.20        
EDI-5 5.00 7.50 0.50        
EDI-9 9.00 13.50 0.90   300 2 6
EDI-12 12.50 18.80 1.25        
EDI-15 15.00 22.50 1.50        
EDI-22 22.50 33.80 2.25 250-300      
EDI-27 27.50 41.25 2.75   470 2 7
EDI-55 55.00 82.50 5.50   600 2 7
EDI-82 82.50 123.75 8.25   470 4 14
EDI-110 110.00 165.00 11.00   600 4 14
EDI-165 165.00 247.50 16.50   600 6 21
EDI-220 220.00 330.00 22.00   600 8 28
  • Feed Water Conductivity Equivalent, including CO2
    and Silica: < 40 µS/cm
  • Feed Water Source: RO permeate
  • Temperature: 41 – 113 °F (5 – 45 °C)
  • Inlet Pressure: = 100 psi (6.9 bar)
  • Maximum Total Chlorine (as Cl): < 0.02 ppm
  • Iron (as Fe): < 0.01 ppm
  • Manganese (as Mn): < 0.01 ppm
  • Sulfide (S2-): < 0.01 ppm
  • pH: 4 – 11
  • Total Hardness (as CaCO3): < 1.0 ppm
  • Dissolved Organics (TOC as C): < 0.5 ppm
  • Silica (SiO2): < 1.0 ppm
Features: Benefits of EDI:
  • Small, compact modules (light weight)
  • Produces water up to 18 MΩ-cm
  • Easy and limited maintenance
  • No chemicals required
  • Control unit with monitoring capability
  • Simple systems: no concentrate recirculation
  • Consistent water quality
  • Continuous operation
  • No regeneration chemicals
  • No hazardous waste
  • Reduces facility requirements
  • Simpler system—no concentrate recirculation
  • Simple operation (no batch DI resin changes)
  • Modular system more flexible, easy to expand
  • Multiple module less risky than one large stack
  • Dial in product water quality (by controlling Amps)
  • Modules compact-smaller system footprint
  • No leaking- proven module design>
  • Safer-lower voltages


The ideal applications for an Electro-Deionization Unit include:
  • USP Purified Water
  • Laboratory Water
  • Power Generation
  • Cosmetics
  • Portable Exchange EDI
  • Electronics


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