Your Reliable Deionized Water Tanks Manufacturer

Reliable Deionized Water Tank Supplier in China

Are you looking for a trusted deionized water tank manufacturer and supplier? Then NEWater is your excellent choice! Our range of DI water tanks is available in various tank sizes, styles, and dimensions. It also comes with both standard and custom configurations.

NEWater water deionizer tank is a kind of movable tank. Available in optional designs to accommodate different flow rates and quality demands. A flexible style and ion exchange resin types to reach your process water requirements. This solution is used to separate ionic contaminants that are unsafe for several commercial and industrial applications.

They eliminate numerous water contaminants including salt, bacteria, metals, dyes, and more. We made our deionized water tanks through our ultramodern, advanced manufacturing technology. Before delivered to your area, we make sure our tanks have the exact specifications you need. Any amount of orders, from small to large, we can provide them for you.

The Ultimate FAQ Guide to Deionized Water Tanks

Water scarcity and the growth of industries reliant on high-grade purified water have inspired the innovation and advancement of cutting-edge water treatment technologies like deionization. Basing our innovations on contemporary technologies, we have continually provided deionized water tanks and over 9000 water treatment systems cumulatively. In this article, we provide answers to your most burning questions on DI water tanks and water treatment systems in general.

➣What is Water Deionization?

Water deionization is a water treatment process reliant on ion exchange to eradicate the concentration of ionized contaminants such as salts and minerals. Water deionization is a technology primarily utilized to produce high-purity water for instantaneous use since it is a reversible process.

The recent ballooning of manufacturing industries has proliferated the demand for high-purity water consequently driving up the need for water deionization tanks. When compared to other water filtration technologies like media filtration,  water deionization emerges as the better solution with rewards such as cost-efficiency, energy efficiency, and time conservation.

➣What is a Deionized Water Tank?

Deionized water tanks are pressure vessels housing the ion-exchange resins tasked with capturing the ionized minerals and salts. Ideally, the ion-exchange resins are contained in deionized water tanks with distinct configurations based on the desired deionized water quality and flow demands.

Commonly utilized configurations of deionized water tanks comprise single, series, and parallel arrangements. Single DI tank configurations are chiefly employed when water quality is not the primary concern. It is basically a single DI tank. Series DI tank configuration has more than one DI tank and it ultimately produces purified water of superior quality.

➣What are the Varied Applications of Deionized Water Tanks?

The complexities of modern products such as pharmaceutical and food products necessitate the use of high-purity water. Therein, the application scope of DI exchange tanks transcends varying industrial and commercial applications.

The high productivity rate of DI exchange tanks permits their use as solitary water treatment systems but their versatility also allows their use in tandem with other systems. Their configurations are also customizable resulting in unique systems for specific application fields. Here is a list of varying sectors dependent on deionized water tanks.

• Medical, laboratory, and pharmaceutical industries.
• Electronics and cosmetics production.
• The final rinse in car washing.
• Wastewater treatment etc.

➣Why are Deionized Water Tanks Important?

The application fields of deionized water include manufacturing and its use as a universal solvent in laboratories. As such, the existence and use of deionized water tanks help varying industries access high-purity water suitable for use in their diverse projects. Additionally, the deionized tanks generate high-grade potable water (with a conductivity of up to 18.2 Mega ohms) quickly and economically.

Ordinarily, deionized water tanks support different ion exchange resins and their configuration is diverse. This permits their application in different industries to fulfill distinct objectives. Beneath are rewards realized from the use of deionized water exchange tanks.

• Regeneration is primarily automatic and they do not emit volatile wastes.
• They are simply designed and easy to set up.
• They are long-lasting and their maintenance costs are affordable.

➣What are the Basic Features of Deionized Water Tanks?

Deionized water systems are unique water filtration systems that eliminate objectionable impurities uniquely. As such, their constitution and working principles vary significantly from the other water treatment systems. Characteristically, deionized water tanks are largely made of steel tanks lined with rubber PLC controls which facilitate easier operation. Underneath are the additional features reminiscent of NEWater’s DI water tanks.

• Automatic operation and regeneration.
• Non-corrosive parts and accessories.
• Modular and skid-mounted designs.
• Uncomplicated installation and over 99% rejection rate.

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➣How do Deionized Water Tanks Function?

The working principle behind deionized water tanks is founded on the process of ion exchange. Essentially, the raw water is subjected to sediment filters to eradicate debris and occasionally activated carbon filters to get rid of organics. Consequently, the water is injected into a DI exchange tank filled with cation exchange resin which swaps the positive objectionable ions with Hydrogen (H+) ions.

Subsequently, the resulting water is injected into an anion DI tank which replaces the objectionable negative ions with Hydroxyl (OH-). For improved quality, the deionized water from the two-bed DI water tank is injected into a mixed-bed deionization system which acts as a polishing process. Here is a visual explanation of the ion exchange process.

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➣What is the Composition of Ion-Exchange Resins?

First, ion exchange is a rescindable chemical process that replaces undesirable ionic contaminants in water with non-objectionable ions. Ion exchange resins on the other hand are physical mediums that enable the deionization processes. Typically, ion exchange resins are made from organic polymers which combine to create hydrocarbons.

The polymer medium is then filled with ion-exchange sites that harbor the non-objectionable cations and anions (functional groups). In two-bed ion exchange systems, the cation and anion ion exchange resins are contained in distinct DI water tanks. In mixed-bed deionizers, the cation and anion resin beads are rigorously blended in a single DI water tank.

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➣What is the Capacity of Deionized Water Tanks?

NEWater particularly manufactures deionized tanks for industrial applications and commercial and personal uses. Therein, we equip them with diverse exchange capacity ranges to guarantee the utmost gratification for all application sectors.

In addition, we customized DI water tanks to support exclusive exchange capacities in adherence to the customer’s specifications. Our standard deionized water tanks support exchange capacities ranging from 40k Grains to 800K Grains.

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➣Which Pollutants are Eradicated by Deionized Water Tanks?

Water deionizer machines are purposely manufactured to eradicate minerals and charged constituents from water. They typically eradicate a diverse range of pollutants since most water contaminants are charged dissolved inorganics.

Deionized water tanks primarily remove cationic and anionic impurities using separate or blended anionic and cationic exchange resins. Consequently, they shrink water hardness by eradicating calcium and magnesium ions. Other contaminants removed include:

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➣Are There Reverse Osmosis/Deionized Water Treatment Systems?

RO/DI water treatment systems are practically reverse osmosis systems integrated with water deionization systems. Multi-stage reverse osmosis systems are commonly fitted with an additional DI unit to improve the quality of potable water harvested or in cases where the feed water is highly polluted. For instance, RO/DI systems are quite common in wastewater treatment systems.

The product water derived from reverse osmosis/deionized water systems is principally purified water. The low molecular weight solutes present in the RO permeate such as nitrate and phosphate is effectively eradicated by the ion-exchange resins. For optimum functionality, RO/DI systems are fitted with pressure gauges and TDS monitors.

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➣Where Should I Buy a Deionized Water Tank?

Buying your deionized water tank or any water treatment equipment from NEWater shields you from unscrupulous traders and inferior systems. NEWater is a universal producer and supplier of deionized water systems with over 2 decades of experience. We are ISO 9001 certified and all our water treatment equipment is certified as high-tech products.

In addition to offering high-grade products, we provide customer-oriented services like doorstep delivery and round-the-clock technical consultations. Our primary priority is customer satisfaction and our prices are unrivaled. Reach out to our engineers and get yourself a custom-made deionized water tank delivered to your doorstep.

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➣Do You Provide Portable Deionized Water Tanks?

Yes. We manufacture mobile DI water tanks with distinct volumes (0.5ft3-45ft3) and varying ion exchange resins. The differences in resin types, flow rates, and exchange capacities are innovatively designed to accommodate the unique product water demands of our clientele.

Our movable deionized water tanks are compact, easy to set up, and unsophisticated to operate. They suit distinct applications such as softening well water for homes, laboratory water purification, and car washing.

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➣How are Deionized Water Systems Used in Water Softening?

Water hardness is a common attribute of raw water from distinct sources. Using hard water in domestic applications and industrial processing often results in precipitation that ultimately causes scaling or nullifies the effects of soap. To counteract the negative implications of hard water, a water softening process (mainly ion exchange) is deployed.

Technically, the ions responsible for water hardness (magnesium and calcium) are exchanged for sodium ions harbored by the ion exchange resins. The resulting product water exhibits a hardness of 0-60 mg/L and is essentially categorized as soft water.

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➣Do You manufacture Two-bed Ion Exchange Water Vessels?

Yes, NEWater is practically an all-inclusive manufacturer of ion exchange water treatment equipment. Our two-bed deionizer systems typically comprise twin pressure vessels whereby one vessel harbors anion exchange resins and the other cation exchange resins. These systems are primarily used to eradicate both anionic and cationic pollutants.

Two-bed deionizers operate by first removing the cationic impurities once the feed water is pumped through the cation exchange resin. The positive particles are efficiently substituted by hydrogen ions before the cationized water is passed through the anion exchange resins. The negatively charged contaminants are then swapped for hydroxyl (OH-) consequently generating demineralized water.

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➣How do Mixed-bed Ion Exchange Systems Work?

Typically, mixed-bed ion exchangers constitute a singular tank fitted with blended cation and anion exchange resins. The exchange resins are characteristically miniature resin beads often measuring 0.010 mm or less. The feed water is disseminated evenly across the mixed-bed ion exchange resins to facilitate efficient demineralization.

Consequently, the anion and cation IX resins comprising hydrogen (H+) and hydroxyl (OH-) ions attract the charged ions from the feed water and instantaneously replace them. The presence of both positively and negatively charged ions in the resins facilitates optimum deionization. The effectiveness of mixed-bed deionizers means they are more suited to polishing water from two-bed deionizers.

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➣Do You Provide Small Deionized Water Tanks?

To accommodate personal and commercial purified water applications, NEWater manufactures premium deionized water tanks with relatively smaller exchange capacities. For household applications, we manufacture conventionally small-sized deionizers with flow rates of 2-3GPM.

Such systems guarantee approximately 7500GPD of demineralized water, especially when treating low TDS feed water (below 5ppm). With customization, we guarantee to deliver the perfect deionizer machine for your home or small commercial enterprise.

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➣Is It Advisable to Drink Deionized Water?

Technically, deionized water is purified water devoid of minerals (demineralized water). It is consumable since it has no instantaneous health threats but most health experts are opposed to drinking deionized water. On the contrary, it is purposefully generated for use in industrial, pharmaceutical, and laboratory applications.

The consumption of deionized water is only advisable if it is initially remineralized. Its consumption is also harbored by its arguably unpleasant taste, which is a consequence of mineral deficiency.

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➣Do You Manufacture Industrial Deionized Water Tanks?

The smooth running of divergent industrial applications hinges on purified water. As a manufacturer centered on industrial water treatment systems, NEWater provides high-capacity and efficient deionized water tanks for industrial use. Specifically, our industrial dual-bed DI water tanks have exchange capacities of 200K-800K Grains and flow rates ranging from 11-135 GPM.

Furthermore, we manufacture mixed-bed deionized tanks with exchange capacities of 60K-450K Grains. Our range is incredibly diverse and this is an assurance that we will deliver the industrial deionizers you are in search of. For turnkey solutions, reach out to our technicians.

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➣What are the Operational Costs of Deionized Water Tanks?

Generating high-purity water using deionized water tanks accrues varying expenses and prior estimations are necessary to facilitate proper planning. Below is an illustration of the estimated production expenses of a water deionizer system treating raw water with a TDS of 200ppm at a flow rate of 10 GPM.

Round-the-clock, operation necessitates human operation which commands monthly wages totaling $468 and a monthly electricity bill of $35. Additionally, the periodic replacement of DI resins after every 4 years costs roughly $49 while the monthly regeneration expenses total $1019 a month.

Treatment of the wastewater resulting from regeneration approximately costs $215 bringing the cumulative costs to $1853 a month. When broken down to the cost of producing 1000 gallons of deionized water, the operational cost is approximately $5.15.

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➣Do Your Delivery Services Apply To Deionized Water Tanks?

Yes, they do. NEWater does not only deliver your deionized water tank, we promise to deliver it safely and punctually right to your site of use. Using local and international courier services, we manage to ship water treatment systems to over 200 locations.

Typically, our turnaround time revolves around 3-7 days for smaller equipment and 2-3 months for larger systems. Shipment charges are based on the dominant market fees charged by courier service providers.

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➣Are There Deionized Water Tanks for Groundwater Treatment?

The concentration of groundwater is often reminiscent of the nearby soil configuration. The minerals and other pollutants present in adjacent soils are reflected in the extracted well water. Therefore, the applications of untreated groundwater are limited unless a well water treatment system is deployed.

NEWater’s well water deionization machines eradicate the hardness ions, iron, salt ions, and other mineral contaminants found in groundwater. They guarantee up to 99.9% efficiency scores and their operational costs are pretty inexpensive.

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➣What is Regeneration in Deionized Water Tanks?

Deionized water tank regeneration entails the dislodging of accumulated ionic impurities from the ion exchange resins and the subsequent redistribution of resin beads. This allows the ion exchange resins to uphold their optimum productivity rate and mitigates deterioration in product water quality.

The regeneration process occurs in varying stages as we briefly expound underneath. First, backwash rinsing is deployed to wash off the build-up of suspended solids. Subsequently, a regeneration solution (caustic or acidic) is pumped into the Ion exchange column. In mixed-bed deionizers, the cation and anion IX resins are first alienated. Customarily, this is done at lower flow rates to permit optimum contact.

The next step involves displacing the regeneration solution. This is attained by slowly rinsing the regenerator off using dilution water. Finally, the final rinse is initiated. This involves flushing water through the ion exchange resins at a normal flow rate until the desired water quality is exhibited.

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➣How Should Deionized Water Be Stored?

Deionized water is a form of purified water and since it is generated in a reversible process, it can lose its qualities. Technically, demineralized water has a shelf life hence the need to store it properly. Exposure to CO2 prompts the formation of carbonic acid which harbors bicarbonate and hydronium ions.

Storage of low volumes of deionized water is mainly done using chemically inert glass vessels. For larger volumes, HDPE vessels are preferred as the perfect storage containers. This is because they are non-corrosive, can sustain low temperatures, and minimize light exposure.

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➣What is the Resistivity of Water Generated by Deionized Water Tanks?

Water purity is primarily measured by grading its electrical conductivity or resistivity. Resistivity is particularly a measure of the water’s resistance to electricity and is chiefly calibrated as ohms (Ω).

Essentially, highly purified water has a high resistivity while low purity water has a low resistivity but higher conductivity. High-purity water at 25°C has a resistivity of 18.18 Mohm•cm.

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➣Which Polishing Processes are Used in Deionized Water Tanks?

The production of ultrapure water necessitates the incorporation of a complimentary water treatment process. There are varying water treatment technologies viable for use as post-treatment processes for deionized water systems.

The polishing process is deployed in deionized water machines to eradicate impurities that survive the deionization process. Remineralization is for instance utilized to restore essential minerals back to the water especially if it is intended for human consumption. Ultraviolet sterilization is additionally employed to disinfect the resulting water while electrodeionization might be used to lower PH concentrations.

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➣Which Post-Purchase Services do You Offer on Deionized Water Tanks?

NEWater’s diverse post-purchase services are instituted to thank our clients for entrusting us to provide them with viable water treatment solutions. First, we deliver high-grade deionized water tanks and supplement them with essential after-sale services.

We have numerous communication avenues open to returning clients and first-time customers aimed at ensuring 24/7 customer support. Moreover, we deliver your order to your select delivery destination and offer exclusive discounts on equipment prices and shipment fees. Other after-sale services include:

• On-site installation.
• 12-months warranty.
• Lifetime repairs.

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➣How do I Set Up my Deionized Water Tank?

After purchasing a deionized water tank, you will be presented with an installation guide detailing the installation process explicitly. Setting up DI exchange tanks is particularly uncomplicated thanks to the plug-and-play components utilized.

Conventionally larger systems may however necessitate professional installation and NEWater provides esteemed technicians to help. When stuck, you can request technical assistance via our email at info@newater.com.

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➣How Long do Deionized Water Tanks Last?

Deionization water tanks are primarily made of carbon steel coated with rubber. This makes them resistant to corrosion, ultimately lasting years. The deionization resins on the other hand have life expectancies stretching between 5 to 10 years as long as the operational conditions are conducive.

The continued use of deionized water tanks results in overwhelmed deionization resins and regeneration is mandated to restore normal operations. Owing to their adequate lifespans, DI exchange tanks facilitate swift returns on investment.

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➣Which Industry Certifications Regulate Deionized Water Tanks?

NEWater’s manufacturing of deionized water tanks is undertaken strictly within the provisions of ISO 9001. In addition, considerations on a specific industrial standards such as USP, ISO 3696, and ASTM are factored in when manufacturing specialized deionized tanks.

This makes certain that the water quality produced by our DI exchange tanks is adherent to industry standards. Additionally, we internally test the quality of our deionized water tanks and the water quality they generate to ensure utmost compliance with prevailing regulations.

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➣Do You Manufacture Other Water Deionization Equipment?

Besides manufacturing deionized water tanks, NEWater is also renowned for its proficiency in manufacturing water treatment equipment. Our array of water deionization equipment includes dual-bed and mixed-bed water deionizers as well as electrodeionization equipment.

NEWater’s electrodeionization equipment is particularly suited for industries that necessitate ultra-pure water (18.2MW/cm). We also provide specialized deionization systems like RO/DI systems for laboratories and pharmaceuticals. For any water treatment solution, get in touch with NEWater.

Our offers of DI water tanks require no maintenance or chemical handling. This can even supply a reliable source of demineralized water/ deionized water. NEWater assures you will get deionized water tanks with reliable and economical performance.

From the start of processing your deionized water tanks to the delivery period, we handle everything. After-sale services from installation to service, NEWater always focuses on customer satisfaction and quality products.

All our products, including deionized tanks, are ISO 9001 standards compliance. Before delivering to your area, we tested the quality multiple times to ensure product quality and capacity. Reliable quality makes our deionized water tanks suitable for critical laboratories, research applications, medical, and pharmaceutical applications.

We always provide our customers with isolated and dedicated service. It is offered at fantastic prices that ensure complete deionized purification. NEWater is an industry-leading supplier and manufacturer of everything you need in terms of water system solutions.  We stock hundreds of deionized water tanks with high quality and unique characteristics. For any quantity orders, we can deliver them to you directly while ensuring their safety.

Trained service technicians maintained and installed deionized tanks, or even replace them when required. Anytime you need stocks for business, NEWater is the best supplier you must choose.

If you find difficulties in choosing the right DI water tank for a specific purpose, contact us directly for assistance.

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