Deionized RO Di Deionizer Filter Water System Demineralized Demin Dm EDI Water System Price Industrial Reverse Osmosis RO Water System Cost

Product Description

Deionized Ro Di Deionizer Filter Water System Demineralized Demin Dm Edi Water System Price Industrial Reverse Osmosis  Ro Water System Cost

Product Description

Deionized (DI) Water System - High-Purity Water Production

Our Deionized Water System is designed to produce ultra-pure water by removing all ions and impurities, making it ideal for industrial, laboratory, and pharmaceutical applications. Deionized water is free from salts, minerals, and other dissolved substances, providing superior quality water for sensitive processes.
 

Both Mixed Bed Ion Exchange (MB) and Electrodeionization (EDI) are technologies used to produce Deionized (DI) Water.

• Mixed Bed Ion Exchange (MB) uses ion exchange resins to remove dissolved ions from water. It is a traditional method that requires periodic chemical regeneration.

• Electrodeionization (EDI) combines ion exchange with an electric field, allowing for continuous, chemical-free regeneration. It is a more modern, eco-friendly, and automated solution.

Technology	Principle	Regeneration	Use of Chemicals	Application Type
Mixed Bed Ion Exchange (MB)	Ion exchange resins absorb cations and anions	Manual regeneration required	Acid and alkali needed	Traditional method
EDI (Electrodeionization)	Ion exchange + electric field	Continuous automatic regeneration	Not needed	More eco-friendly, modern method

We offer fully customized equipment and water treatment solutions, carefully designed according to your requirements and on-site conditions.

Mixed Bed Ion Exchange (MB)

Reverse Osmosis + EDI Combining technologies:

1. - EDI water treatment:
   edi water treatment produce high-purity water by using electricity and ion-exchange materials to remove dissolved ions.
   Unlike traditional methods, EDI operates continuously without chemicals, offering an efficient and eco-friendly solution.
   This process is chemical-free and continuous, offering a reliable and cost-effective alternative to traditional mixed bed ion exchange systems.
    
   - RO system:
   Reverse Osmosis (RO) systems utilize pressure to force water through a semipermeable membrane to remove dissolved salts, contaminants, and impurities, thereby purifying the water.
   The system typically includes pretreatment filters, a high-pressure pump, and an RO membrane, and may incorporate post-treatment steps to further enhance water quality.

3T/hour Reverse osmosis (RO) + edi

 

process flow:

Raw Water Tank → Booster Pump → Multi-Media Filter → Activated Carbon Filter → Softening Filter → Precision Filter → High-Pressure Pump → RO (Reverse Osmosis) → Intermediate Tank → EDI Booster Pump → EDI (Electrodeionization) → Product Water Tank

Basic Information:

HY-EDI+RO-3T/hr
Flow rate	3T/hr	Recovery rate	60%
Applicable power	220V/50hz 3 phase	Rated power	6.05KW
Feedwater TDS	800ppm	freshwater TDS	0-1ppm
Working pressure	10.7 bar	operating temperature	5-45ºC
Feedwater residual chlorine	<0.1ppm	Feedwater SDI	<5
RO membrane housing	8040*3 core,1pieces	RO membrane	3pieces
Installation dimensions:	L9×W1.5×H2.1(m)	Feedwater turbidity	<1NTU

Step	Function
Pretreatment (Multi-Media Filtration, Activated Carbon Adsorption, Softening)	Removes large particles, residual chlorine, organic matter, and hardness ions
Primary RO System	Removes most dissolved solids through reverse osmosis membrane, reducing TDS
Intermediate Tank	Stores RO product water to provide a stable water source for the EDI system
EDI System	Further removes ions using electric field and ion exchange resin to achieve ultra-pure water standards

 

Deionized (DI) Water Plant Applications:

• Laboratories: Used for sensitive experiments and analysis requiring water with minimal ion content.

• Pharmaceuticals: Essential in drug manufacturing and for sterilization processes.

• Electronics: Used in cleaning and processing delicate electronic components where even trace impurities can affect performance.

• Power Plants: Necessary for cooling and steam generation systems that demand pure water to avoid scaling and corrosion.

Key Features:

1. Advanced Ion-Exchange Technology:
   The plant uses high-efficiency ion-exchange resins to remove cations and anions from the water, ensuring maximum purity.

2. High Purity:
   Produces water with a very low Total Dissolved Solids (TDS) level, making it ideal for applications that require high-purity water, such as electronics manufacturing, laboratories, and power plants.

3. Customizable Capacity:
   We offer plants that can be tailored to suit your needs, from small-scale systems to large industrial capacities, ensuring you get the right solution for your water requirements.

4. Compact and Efficient Design:
   The plant is designed for space-saving, easy installation, and low maintenance. It ensures minimal energy consumption while maximizing output.

5. Advanced Monitoring and Control Systems:
   Equipped with automatic sensors and control systems, our DI water plants monitor and regulate water quality, ensuring consistent output with minimal human intervention.

6. Durable Components:
   Made from high-quality materials that withstand corrosion and wear, ensuring long-lasting performance and minimal maintenance.

7. Environmentally Friendly:
   The plant is designed to be eco-friendly, reducing water waste and ensuring optimal energy efficiency.

A variety of process options:
1. Source water tank →Pretreatment parts→ Single RO system→ RO tank→EDI system →DI water system→10MΩ/cm outlet water.

 

2.Source water tank →Pretreatment parts→ Single RO system→ RO tank→Mixed bed →DI  water system→10MΩ/cm outlet water.

 

3.Source water tank →Pretreatment parts→ doulbe RO system→Double RO tank→EDI system →DI  water system→15MΩ/cm outlet water

 

4.Source water tank →Pretreatment parts→ doulbe RO system→Double RO tank→EDI system →Polish resin filter→ 18 MΩ/cm outlet water

 

5.Source water tank →Pretreatment parts→ cation resin →anion resin →Middle tank→Mixed bed →DI water→15MΩ/cm outlet water 

 

For  DM water output water quality.

1. Conductivity : 1us/cm.

2. Conductivity : 0.1us/cm

3. Resitivity:15MΩ/cm  or 18 MΩ/cm
 

Tips: one gallon=3.785 liters, 1m3=1ton=1000 liters, GPS,GPM When designing, we ultimately select based on the hourly water output flow rate.
Different Water TDS(Total Dissolved Solids) compare and usage
Raw water/Application	Bottled water,	City tap water	Softener water	Industry use (1st level)	Industry use (2nd level)	Industry use (3rd level)
	Bag water
TDS Range	2-10ppm	100-1000ppm	0.03mmol	Conductivity Range: 1--0.1 μS/cm	Resitivity Range: 1----10MΩ/cm	Resitivity Range: 10----15MΩ/cm Or more higher: 18 MΩ/cm
Direct Drinking	Yes	Yes/No
Cooking, human	Yes	Yes
consumption, washing
Irrigation, Industry,	Yes	Yes
Animal Drinking
For inudustry use: Condutivity beteen range 1-0.15us/cm or Resitivity 10-18 megohm. Different industry have different water quality requriement.
1..Electricity supply:220V-480v, 50hz or 60hz,3 phases   2.Capacity: 500L/H to 50m3/hr.   20ft or 40ft containerized  3.Membranes :DOW(Dupont) or Toray or Vontron  4.UV sterilizer/Ozone generator, CIP washing system, anti-scale dosing system is for optional

 

The water production capacity can be customized according to your requirements.

 

DM water system 25m3/hr pre-filters+ro+mix bed for industrial use

 

 

 

RO+EDI DM water system

50m3/hr EDI system deionized water system                                                                     50m3/hr RO+EDI water system       

 

Double ion exchange +mixed bed for DM.

Company Information

 

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Inquiry Guides

 To find the most appropriate demineralized water plant for your use, please have the following information ready.

 

1. Product water flow rate ( m3/hr, m3/day, Liter/hr,GPM,GPD etc.)

2· Product water purpose(industry process or others)

3 . Power (110/220/380V/415V/460V, 50 or 60 Hz) 3 phase.

            4. If source water is tap water water analysis report(as per TDS less than 1500ppm)

5.  Source water from borehole/salt/brackish/lake water It is necessary to make water analysis report( TDS,Iron, Manganese, TSS, SDI)

6. Any other detail requirement.please tell me as more as you know.

 

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