Pure Water Systems

The quality of water used in industrial production processes directly determines the standard of the final product and the operational life of the facility. Water found in nature or supplied through the mains contains many dissolved ions and minerals such as calcium, magnesium, sodium, chloride, and sulfate. While standard treatment methods remove most of these ions, this is not sufficient for sensitive processes requiring high technology.

Deionized water systems (also known as deionized water systems) are advanced engineering structures that remove all dissolved minerals and ions from water at a microscopic level, producing water with electrical conductivity close to zero (generally below 1 µS/cm or with a resistance of 18.2 Megaohms). A properly designed deionized water facility for your business minimizes production errors, maintains the stability of your product formulations, and prevents your sensitive machinery from malfunctioning due to scale or corrosion.

Many businesses may consider softened water or standard reverse osmosis water to be “pure”; however, this is technically an incomplete approach. Reverse osmosis systems remove 95-98% of minerals from water. The remaining 2% ionic load can cause serious chemical reactions or structural damage in areas such as pharmaceuticals, cosmetics, microchip manufacturing, or high-pressure steam boilers.

At this point, deionized water purification technologies come into play, replacing all cations and anions in the water with hydrogen (H+) and hydroxyl (OH-) ions. The result is extra-pure water with a formula of just H2O.

Depending on the desired level of precision and the daily tonnage requirements of the business, different engineering combinations are used in industrial pure water device designs:

Pure water is the first and most important line of defense in water purification. The purified water coming out of the first reverse osmosis unit is pressurized and sent to a second reverse osmosis unit. The conductivity value is significantly reduced, lightening the chemical load on the next deionization stage.

It is the most common method for achieving near-zero conductivity. It is created by homogeneously mixing cationic and anionic ion exchange resins within the same FRP (fiberglass) or stainless steel tank. As water filters through this mixed-bed resin bed, the remaining minerals are also retained. When the resin reaches saturation, the system is professionally regenerated using acid and caustic.

It is preferred in modern facilities where chemical use (acid and caustic) is undesirable and continuous, uninterrupted pure water production is required. It deionizes water using electric current and special ion-selective membranes. It is the most automated, environmentally friendly, and new generation combination of reverse osmosis pure water production.

The neutral physical and chemical properties of high-purity water make it an indispensable raw material for many industries:

• Cosmetics and Pharmaceutical Industry: The use of water that does not undergo chemical reactions is essential to extend the shelf life of products and prevent color and odor deterioration.
• Power Plants and Boiler Feedwater: Prevents scaling and corrosion in steam boilers operating under high heat and pressure, thereby reducing the risk of explosions and energy losses to zero.
• Electronic and Microchip Manufacturing: Ultra-pure water (UPW) is used during the washing of components on production lines to ensure that not even a microscopic stain remains on the surface.
• Laboratories and R&D Centers: Used to eliminate external factors that could affect the accuracy of experiments.

Obtaining pure water is not only possible by bringing the right equipment together; it requires an engineering vision that can read the chemistry of water and perform the correct flow rate and pressure calculations.

Our team of professionals specializing in water treatment technologies meticulously manages the entire process, starting with a customized water analysis and assessment for your facility, through 3D design, integration of automation software, and turnkey installation. Every technical detail, from equipment capacity selection to the regeneration design of mixed-bed resins with the right chemicals, is designed to ensure the uninterrupted and trouble-free operation of your business. With our after-sales technical service and periodic maintenance services, we also ensure that your system always remains as efficient as on the first day.

You can contact our expert team to achieve the purest form of water with the most accurate engineering approach.