Your Dependable EDI Water System Manufacturer

  • High Tech Elecrodeionization Technology
  • Membranes and resins employed
  • 24/7 customer service ensured
  • High capacity water purification
  • After-sales quality assurance

NEWater: Best EDI Water System Manufacturer

Since established in 2001, NEWater engaged in developing more inventive ways to create advanced water treatment systems. We make sure that our EDI water system has the qualities you expect to delight your own customers. NEWater is your one-stop provider of EDI water systems you need in project and business needs. So, choose us to manufacture your next EDI water system orders!

NEWater Brings for YouDiverse EDI Water System

EDI Purified Water System

We manufacture EDI Purified Water Systems that employ both high-quality resins and membranes to remove ionic impurities, reducing hardness as well.

EDI Unit for Water Treatment

Our EDI Unit for Water Treatment uses EDI Water Treatment to ensure healthy and soft water for application and consumption.

EDI Membrane  

We manufacture EDI Membranes here at NEWater, which are of varying pore sizes and are ideal for ultrafiltration of water, recycling it.

RO EDI System

Our RO EDI Systems use both reverse osmosis and electrodeionization technology to remove practically all impurities from water.

EDI Water Purification System

Our EDI Water Purification System reduces the conductivity and hardness of water by using anionic and cationic resins.

Electrodeionization Unit

We manufacture Electrodeionization Units that can be customized for large and small scale use and are manufactured with high-quality material.

Your EDI Water System in China

Your EDI Water System supplier and your EDI Water System manufacturer NEWater prides themselves in their provision of water filtration solutions to remove solids, organic matter, pathogens, and ionic impurities,  thus recycling and providing potable and consumable water for our customers. They are ideal for both domestic and commercial use as they remove hardness and lower conductivity of water, in turn reducing scale buildup. This helps prevents appliances from being damaged and is better for your health.

Our EDI Water Systems are one of our many water treatment appliances that we manufacture here at NEWater, which also include ultrafiltration and reverse osmosis systems. All of this equipment helps reduce the strain on the already limited freshwater bodies by the ever-growing population and to this effect our efforts have received not only patents and certifications but also recognition and an innovation fund from the ministry of science and technology.

video cover
EDI Water System cmponents

NEWater EDI Water System Components

  1. Raw water pump: Water volume and pressure are supplied to the pretreatment unit.
  2. Quartz sand filter: Utilization of quartz sand interception, precipitation, inertial action, and adsorption to lower the concentration of suspended solids in water, as well as the removal of some bacteria and viruses.
  3. Ion softener: Reduce the amount of calcium and magnesium ions in the water to avoid membrane fouling.
  4. Precision filter: Protect the membrane system from contamination, filter activated carbon powder and particle contaminants.
  5. Multi-stage pump: Water and pressure are provided for the operation of the back-end membrane system.

How NEWater EDI Water System Works

Our system’s processes are set in action when flow enters the resin-filled diluting chamber. The resins in the mixed bed scavenge strong ions from the feed stream. Charged ions are dragged off the resin and attracted towards the corresponding, oppositely-charged electrodes These charged strong-ion species are continually removed and transported into the adjacent concentrating compartments.

The high electrical potential divides water at the resin beads’ surface, resulting in hydrogen and hydroxyl ions. These serve as ion-exchange resin regeneration agents. These regenerated resins enable the ionization of aqueous species that are neutral or weakly ionized. After ionization, the ions are removed using direct current and ion exchange membranes.

EDI Water System works
EDI Water System 1

NEWater EDI Water System Advantages

  1. Quality freshwater, transparent processing, cleanliness, health, and compliance with GB regulations.
  2. Desalination rate of up to 98-99%.
  3. The pure water obtaining rate is up to 75%.
  4. 24 hours of continuous water purification.
  5. Automatic flushing is controlled by a PLC.
  6. UV sterilizer and ozone generator are available as options.
  7. Low operating costs and long service life.

How NEWater Ships Your EDI Water System

shipping&packaging

NEWater R&D2

Configure Your EDI Water System in Four Steps

Datas for system

NEWater Mission:Bring New Life for Water

NEWater has an independent large-scale production workshop, which is convenient for the control and supervision of product production quality. Strictly abide by production standards and provide detailed guarantees for all projects.

Production workshop

NEWater establishes SOP standardized operation process and strictly implements the work process. The professional project installation team, implement 5S on-site management. Equipped with standard safety facilities, investigating access conditions, and short construction time.

Operation example

The safe transportation process does not have to worry about product damage and extends the construction period. NEWater has provided system equipment to thousands of companies around the world, which guarantees absolute product transportation.

Production and transportation 

detail (1)

seawater desalination data sheet

Seawater Desalination System data sheet

HOT FAQ

No.1 EDI Water System Manufacturer in China

NEWater is your professional solution provider of EDI water systems in China. We are providing the best-class EDI water system solutions that will surely improve your business production.

If you want choices for the EDI water system, NEWater offers different types of this system for lower prices. We also stock a huge range of this system, so you can select the best one for your applications.

3000 GPD RO EDI Water Treatment Reverse Osmosis Water System Portable Industrial RO System

EDI which means Electrodeionization in the water system is a water treatment automation that uses electricity, resin, and ion exchange membranes to deionize water. It can also sort out impurities or dissolved ions from water. Totally removes the water-charged species like organic acids and salts.

As an EDI water system manufacturer, NEWater can guarantee a 100% quality system for your needs.

Our EDI water system features flexibility, is easy to install, and has good performance. NEWater has a team of experts in making sure our systems are reliable and durable before the shipment period.

The Ultimate FAQ Guide for Electrodeionization (EDI) Water Systems.

The growth of industries reliant on ultrapure water has recently surged consequently hiking the demand for water purification systems. Electrodeionization water systems are one of the most effective water treatment systems hence the widespread adoption in first-rate industries recently.

EDI is a high-end water treatment solution often deployed in collaboration with other treatment technologies. Owing to its resourcefulness, Electrodeionization is steadily replacing mixed-bed ion exchange as the chief solution to ionic pollutants. NEWater is essentially a manufacturer of EDI water systems designed intelligently to offer high impurity rejection rates and cost-efficiency.

Figure 1 Electrodeionization water system.

What is Electrodeionization?

Electrodeionization is technically a chemical-free water treatment solution principled upon ion exchange resins, membranes, and electrical energy. It is primarily deployed in water treatment to alienate ionic impurities from feed water. Electrodeionization technology has recently gained prominence in high-purity water generation slowly substituting mixed-bed ion exchange.

Electrodeionization is utilized in tandem with other water treatment technologies, specifically reverse osmosis. It makes use of functional electrical currents rather than chemicals to inactivate objectionable ions from feed water. The process of Electrodeionization is primarily continuous hence the name continuous deionization.

What is an EDI Water System?

An Electrodeionization water system is essentially a hybrid water treatment unit reliant on ion-exchange membranes, resins, and DC power to eliminate ionic impurities and species. EDI water systems provide industries with a cost-efficient and highly reliable solution to low-quality product water.

When deployed to complement one-pass reverse osmosis systems, Electrodeionization water systems often generate high-grade purified water with a resistivity of 17+ MΩ. For higher quality product water, two-pass reverse osmosis units can be utilized.

To lessen the amps used in an EDI water system and improve the grade of potable water generated, a membrane degasser is employed to shrink the CO2 levels. NEWater manufactures a lengthy array of superior EDI water systems to accommodate diverse applications.

What is the Working Principle of Electrodeionization Water Systems?

EDI water systems principally generate ultra-pure water for distinct industrial applications. To achieve the desired purity levels, Electrodeionization water systems are deployed to supplement primary water treatment units like RO systems. Underneath, we briefly explore the process of Electrodeionization and how it alienates ionic constituents and species from water.

The composition of an Electrodeionization module comprises numerous chambers alienated by ion-exchange membranes. The chambers are largely packed with ion exchange resins responsible for capturing the objectionable ionic pollutants from the water. Once the feedwater is injected into the EDI module, a functional current is applied thereby forcing the ionic species to travel through the IX resins and ultimately across the IX membranes.

The IX membranes in the EDI module are majorly anionic or cationic hence they swap the objectionable ions with H+ and OH- ions. The objectionable ions captured from the water accumulate on the concentrate watercourse and are ultimately disposed of or recycled. The deionized water accumulates on a separate stream and can be collected for immediate use or subjected to auxiliary treatment for quality improvement.

Regeneration of the Electrodeionization module occurs continually, explaining why EDI is commonly referred to as continuous deionization. The electric field is also responsible for generating H+ and OH- ions, which keeps the ion exchange resins adequately charged.

Figure 2 Electrodeionization water treatment process.

Where are Electrodeionization Water Systems Largely Applied?

The number of industries and commercial enterprises necessitating ultra-pure water is enormous. The water used in delicate manufacturing processes such as pharmaceutical manufacturing has to adhere to specific quality standards. Consequently, most industries are adopting Electrodeionization water systems to aid them to meet their respective demands for high-grade product water.  Underneath are some of the prominent industries heavily utilizing Electrodeionization to improve product water quality.

● Pharmaceutical manufacturing.
● Electronics.
● Laboratories.
● Power generation plants.
● Cosmetics.
● Water for Injection.

Figure 3 Pharmaceutical EDI water system.

What are the Basic Features of EDI Water Systems?

Electrodeionization water systems are uniquely built and function uniquely thanks to their outstanding components and functional capabilities. NEWater employs cutting-edge innovation to manufacture outstanding EDI water systems that guarantee high purification scores and cost-efficiency. Below, we summarize the basic features that make our Electrodeionization water plants stand out from the rest.

  • Conventionally lightweight and compact designs.
  • High-quality product water (up to 18 MΩ-cm).
  • Deionization is powered by DC power and not caustic chemicals.
  • Continuous regeneration.
  • The average flow rate ranges from 1 GPM to 600 GPM.

What are the Advantages of Using Electrodeionization Water Systems?

The innovation of Electrodeionization water systems is largely perceived as a game-changer in water treatment. EDI water systems guarantee continuous production of ultrapure water at seemingly cheaper rates compared to other water treatment technologies.

Electrodeionization is commonly referred to as the green water treatment solution because it does not rely on chemicals and thereby does not generate perilous waste. Additional benefits arising from the use of Electrodeionization water systems include:

  • Continuous generation of ultrapure water.
  • Power-efficiency.
  • They use low voltages, which are largely safer.
  • EDI modules are compact thereby occupying a lesser footprint.
  • They are easy to set up and simple to operate.

Back to the guide ⇪

What Options are Ideal for Electrodeionization Water Systems?

Electrodeionization water systems function optimally when utilized in tandem with other water treatment systems. The choice of supplementary water treatment options to utilize with Electrodeionization depends on the desired quality of product water.

For instance, the use of a single-pass reverse osmosis system tailed by Electrodeionization generates product water with a resistivity of 17 megaohms. Underneath are various options that will definitely improve the quality of potable water generated by your EDI water system.

  • A combination of water softener, reverse osmosis, and finally Electrodeionization modules.
  • A Combination of water softener, reverse osmosis, membrane degasser, and finally EDI module.
  • Reverse osmosis with chemical dosing then reverse osmosis and finally Electrodeionization.

Figure 4 Reverse osmosis-Electrodeionization water system.

Back to the guide ⇪

What are the Advantages of Using Two-Pass RO in Collaboration With EDI Systems?

To generate ultrapure water using Electrodeionization, it is recommended that you first deploy a water softener and reverse osmosis processes. Many industries opt for one-pass reverse osmosis as the primary water treatment process because of its effectiveness and cost-efficiency. However, the demand for higher-quality purified water may necessitate the use of two-pass reverse osmosis prior to Electrodeionization. This process has the following benefits.

  • Reduced CO2 Levels.
  • Elevated flow rates in Electrodeionization water systems.
  • Minimizes the frequency of cleaning EDI water plants.

Back to the guide ⇪

How Effective is Electrodeionization?

Electrodeionization has gained immense prominence as a water treatment technology thanks to its high impurity removal scores and ability to produce ultrapure water. It is primarily utilized to generate deionized water by eliminating the objectionable ionic pollutants present in ordinary water.

The effectiveness of Electrodeionization is measured by the resistivity of the product water generated. Typically, Electrodeionization can potentially produce ultrapure water with a resistivity of 18.2MΩ/cm. The initial utilization of single-pass or two-pass reverse osmosis systems increases the effectiveness of Electrodeionization.

Figure 5 EDI water treatment plant.

Back to the guide ⇪

What is the Quality of Water Generated by an EDI Water System?

Industries dependent on ultra-pure water are the primary consumers of Electrodeionization water systems. This is chiefly because EDI systems are reliable and cost-efficient providers of high-grade purified water. They also boast of a water recovery score ranging from 90-95%.

In addition, EDI water systems only utilize chemicals during cleaning meaning the risk of chemical contamination on the deionized water is significantly low. Compared to mixed-bed ion exchange, the chemical consumption in Electrodeionization is 95% lesser. The deployment of EDI as a polishing process guarantees top-notch purified water suitable for delicate applications like WFI.

Back to the guide ⇪

What Contaminants do EDI Water Systems Eradicate?

Primarily, electrodeionization water systems are applied to fundamentally shrink the concentration of ionic impurities and species from raw water. Additionally, the deployment of a membrane degasser in EDI water systems facilitates the removal of CO2.

The contaminants eradicated by EDI water units are primarily categorized into strong ionic impurities and weak ionic impurities. The strong ionic constituents eliminated are dissolved salts, bases, and acids while the weak ionic impurities include CO2 and dissolved silica.

Back to the guide ⇪

What is the Average Cost of Electrodeionization Water Systems?

Comparatively, Electrodeionization water systems are relatively inexpensive to set up and operate. Although the general capital costs of EDI water systems are comparable to those of mixed-bed IX systems, EDI units tend to be relatively inexpensive given they consume 95% fewer chemicals. However, electrical bills substitute expenditure on chemicals.

Other contributing factors that influence the operational costs of EDI water systems include equipment installation, labor charges, repairs, and maintenance. Labor charges vary depending on your respective country’s labor regulations while maintenance charges are relatively low given there is no frequent need for resin replacements.

The other primary aspect of EDI water systems’ cost is the purchasing price of the necessary equipment. The prices show discrepancies based on size, flow rate, and system design. Accurate price quotations on NEWater’s EDI water systems are sent to prospective customers upon request.

Figure 6 Industrial Electrodeionization water systems.

Back to the guide ⇪

What is the Difference Between Electrodeionization and Ion-exchange?

The chief differentiator of ion exchange and Electrodeionization water systems is the source of less objectionable ions that are swapped for the ionic impurities in raw water. EDI water systems rely on DC power to charge the IX resins with the necessary cations and anions while ion exchange units rely on salts, particularly sodium chloride.

Furthermore, Electrodeionization systems are made up of ion exchange membranes and resins while ion exchange units lack membranes. The generation of deionized water using ion-exchange units results in the emission of a highly concentrated waste product while EDI systems rarely result in the production of volatile waste.

Back to the guide ⇪

What Factors Should I Consider When Procuring an EDI Water System?

Buying EDI water systems demands a certain level of knowledge on the EDI equipment and processes. In your quest to acquire a reliable Electrodeionization water plant, factoring in the following variables will aid you to make the perfect purchase.

Desired Flow Rate.

Different applications have distinct processing targets. Therein, you first need to determine your projected flow rate and compare it to the available EDI water systems. Available options vary from 1 GPM to 2000 GPM, with basic categorizations being minimum, moderate, and maximum.

Feed Water Quality.

Prior knowledge of your feed water’s composition and concentration is a key determinant of the ideal Electrodeionization system. Different EDI units are differently suited for distinct qualities of feed water. Key considerations include water hardness, silica concentration, C02 levels, and dissolved constituents.

Targeted Potable Water Quality.

You probably need an EDI water unit because your enterprise needs high-grade purified water that meets certain thresholds. Your imminent system should have the capacity to produce your desired product water over a long period.

Back to the guide ⇪

Where Can I Procure a Premium Electrodeionization Water System?

Manufacturer/supplier evaluation is necessary when looking for credible providers of Electrodeionization units. Any person with substantial knowledge of water treatment systems manufacturing will attest to the quality of NEWater’s products. We are a proactive manufacturer and supplier of top-notch water treatment solutions established 2 decades ago.

We utilize contemporary technology, state-of-the-art production equipment, and unmatched expertise to create premium EDI water systems for diverse industries. NEWater’s EDI water units are precisely designed to facilitate high recovery rates (90-95%) and generate ultrapure water at affordable rates.

We provide standard, customized, and skid-mounted Electrodeionization systems at affordable rates.

Back to the guide ⇪

Does Electrodeionization Eradicate CO2 From Raw Water?

Yes. CO2 elimination is one of the key advantages of using Electrodeionization water systems. Most water treatment systems including reverse osmosis are limited when it comes to CO2 removal hence the use of EDI as a polishing process. Determining the level of CO2 present in water is quite difficult given its existence in water is ionized. Measuring the water’s conductivity does not necessarily establish the concentration of carbon dioxide in the water.

Figure 7 Electrodeionization.

Back to the guide ⇪

What is The Power Consumption Rate of Electrodeionization Water Systems?

Electrodeionization is a water treatment process majorly driven by electrical power unlike ion exchange, which relies on caustic chemicals. Principally, Electrodeionization water systems are power-efficient water treatment solutions. On average, the energy consumption of EDI water systems per cubic meter ranges from 0.35kWh to 0.66kWh.

Nonetheless, power consumption differs based on the plant’s size, flow rate, and feed water quality. You might also notice a variation in power costs given distinct countries charge power consumption differently.

Back to the guide ⇪

Do EDI Water Systems Necessitate Pretreatment?

Yes. Adequate pretreatment of feed water for Electrodeionization water systems is mandatory for optimum productivity and durability of the equipment. In most EDI water systems, the feed water has to meet various specifications for desired results to be attained.

Quite often, water softener systems and reverse osmosis systems are the primary pretreatment solutions for Electrodeionization units. The pretreatment should be designed to generate feed water exhibiting the following qualities.

  • Conductivity: At most 40 µS/cm.
  • Inlet pressure of 100 psi.
  • pH: 4 to 11.
  • Temperature: 5 – 45 °C
  • TOC: Below 0.5ppm.
  • Water hardness: Below 1ppm.

Figure 8 Reverse osmosis, Electrodeionization water system.

Back to the guide ⇪

What is the Flow Rate of Electrodeionization Water Systems?

Distinct EDI water systems are endowed to support varying flow rates. The system’s flow rate determines the amount of deionized water you will generate in a minute (gallons per minute). The majority of manufacturers provide Electrodeionization water systems with flow rates ranging from 1 GPM to 2000 GPM.

This makes certain small, medium, and large-scale applications have access to the perfect EDI water system. For the ultimate customer gratification, NEWater also customizes the flow rate of EDI water units.

Back to the guide ⇪

What Types of Feed Water Can be Treated Using Electrodeionization?

The primary feed water for Electrodeionization water systems is reverse osmosis permeate. For optimal water treatment, the feed water meant for Electrodeionization must be adequately pretreated using water softener systems, reverse osmosis, chemical dosing, or membrane degasser.

Certain applications utilize various combinations like water softening, reverse osmosis, and membrane degasser to pretreat EDI feed water. Essentially, Electrodeionization water systems can treat virtually all forms of feed water as long as adequate pretreatment is deployed.

Back to the guide ⇪

What are the Limitations of Electrodeionization Water Systems?

The general perception of Electrodeionization water systems is that they are an improvement on conventional mixed-bed ion exchange systems. Although this is right, there are various limitations that come with the use of EDI water systems. Underneath, we list the basic setbacks associated with the application of Electrodeionization water systems.

  • Pretreatment is necessitated.
  • Water with a hardness surpassing 1ppm cannot be treated using Electrodeionization.
  • Failure to properly manage the CO2 levels results in the generation of product water with low resistivity.

Back to the guide ⇪

Do You Customize Electrodeionization Water Systems?

For unique, specialized Electrodeionization water units, NEWater has you covered. As a comprehensive manufacturer of water treatment solutions, we have supplied over 2000 customized units. For precision, NEWater exploits contemporary 3D modeling technology to design unique EDI water systems.

Principally, customization of Electrodeionization water systems is grounded on your intentioned flow rate, power voltage, and frequency, design, and desired potable water quality. For a customized EDI water unit, do not hesitate to contact NEWater’s engineers.

Back to the guide ⇪

Can My EDI Water System be Skid-Mounted?

Figure 9 Skid-mounted reverse osmosis Electrodeionization water system.

NEWater provides a wide array of Electrodeionization water systems including skid-mounted designs. Our Electrodeionization water treatment skids provide reduced footprints and enhanced portability. Our skid-mounted EDI water systems are essentially manufactured upon order placement to facilitate customization.

They have varying capacities and flow rates tailored to support the demands of varying industries. Irrespective of the size of your system, NEWater can mount it on durable, metallic skids.

Back to the guide ⇪

Do You Provide Electrodeionization Water Systems for Industrial Applications?

NEWater’s primary consumers of Electrodeionization water systems are small, medium, and large industries. Industries and commercial enterprises are the chief consumers of ultrapure water. To sufficiently fulfill the industrial demand for EDI water systems, NEWater manufactures varying systems equipped with distinct specifications.

Industries currently benefiting from NEWater’s Electrodeionization systems include power generation plants, pharmaceutical, and cosmetic industries. Our industrial EDI water systems have flow rates of up to 2000GPM and are available in skid-mounts and modular designs.

Back to the guide ⇪

Do You Provide EDI Water Systems for Commercial Applications?

As a comprehensive manufacturer, we provide a diverse line of EDI water systems including specialized systems for commercial applications. We have a myriad of standard commercial EDI units for you to choose from and we manufacture customized commercial EDI units.

To mention a few, our commercial Electrodeionization water systems are currently being utilized in food processing enterprises, laboratories, and water bottling enterprises. They are intelligently designed to last for years and continually generate ultrapure water. This makes certain you recoup your investment swiftly.

Figure 10 Commercial Electrodeionization water system.

Back to the guide ⇪

Are Electrodeionization Water Systems Warranty Protected?

All Electrodeionization water systems procured from NEWater command one-year warranty protection. For the first successive 12 months, you have the power to demand accountability from NEWater for a defective system or component. However, the cause and nature of the defect must be technical and not fabricated. When ordering an EDI water system, you will be provided with our warranty policy. If you have any queries, do not hesitate to contact our customer support team at info@newater.com.

Back to the guide ⇪

Where Can I Procure Spare Components for Electrodeionization Water Units?

Procuring high-quality spare components for Electrodeionization water systems has troubled lots of users in the past. However, NEWater is keen to ensure you have unlimited access to quality accessories for EDI water systems irrespective of your location.

NEWater’s custom repair components are manufactured in-house with immaculate precision to ensure they are compatible with your system.

Figure 11 Small-sized EDI water system.

Back to the guide ⇪

Do You Deliver EDI Water Systems Overseas?

NEWater is a leading manufacturer of Electrodeionization water systems with a massive customer base spread out across the globe. Therein, we have invested in diverse delivery routes and infrastructure to make certain all our customers can access our products irrespective of their geographical location.

Using air, sea, rail, and road transport, we are able to deliver EDI water systems to over 200 global destinations. Delivery of small EDI systems habitually takes 2-3 days while the delivery of conventionally enormous systems takes 2-3 months.

Back to the guide ⇪

Do You Offer Technical Consultations on EDI Water Systems?

As a customer-oriented manufacturer, NEWater offers free technical consultations on water treatment solutions in general. Our engineers are vastly experienced in Electrodeionization water systems and will readily provide adequate answers to your queries.

To facilitate constructive engagement with our clients, we have instituted several communication avenues. You can contact us for aid via phone, email, or WhatsApp. The contact details are provided on our website. Moreover, our customer support team is reachable 24/7.

Back to the guide ⇪

What is the Lifespan of an Average Electrodeionization Water System?

Electrodeionization water systems are largely durable units with lifespans extending to several years. You can also extend your system’s lifespan by ensuring your feed water is adequately pretreated to mitigate fouling.

Typical EDI water units have an expected lifespan of 5 years or more. This is facilitated by the use of premium IX membranes and resins.  With frequent maintenance, you are assured of optimum service life and consistently high-quality purified water.

Water Treatment Device EDI Supplier Ro Systems Reverse Osmosis Filters Drinking Water Purification

There are also benefits when you prefer an EDI water system for your water purification needs. This may function for several years before replacement is needed. Also, this provides your customer filtered and safe to drink water.

NEWater EDI equipment for the water system produces a continuous and consistent quality of pure/ clean water. Plus! The system has a very limited footprint and requires infrequent maintenance.

However, our EDI water system can be customized. Regarding your detailed specifications, we will start customizing your EDI water system. In order to fit your customers` demands, NEWater has full capabilities to change any parts of this water system. You can rest assured that our EDI water system has the quality you`re asking for.

3000LPH Industrial Double RO EDI Deionized Ultra Pure Water Treatment System Plant For Laboratory

This is built on a lightweight and powder-coated frame. If you`re seeking optional characteristics for the EDI water system, we can give them to you. We, NEWater can supply all the solutions you required in this field.

Furthermore, you can apply our electro deionization EDI water system to many applications that demand ultra pure water. You can have this system for semiconductor and microelectronic production, chemical production, biomedical industries, and pharmaceutical industries.

If you want more details about the NEWater EDI water system, contact us immediately!

Back to the guide ⇪

Get Our Best Quotation




    Scroll to Top

    Get a Quick Quote!

    x

      Get a Quick Quote!

      x