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Engineered for large-sized deionization (DI) applications, these dependable units feature precise electronics and performance characteristics, using diaphragm valves package. Applications cover the full spectrum of industrial, medical, electronics manufacturing, boiler feed water, and chemical manufacturing uses. We supply a full line of standard and fully customizable industrial water deionizer systems, all of which are engineered using advanced 3D computer modeling and process design software for accurate and customized solutions.

We are a leading supplier of industrial water deionization systems designed for efficient removal of dissolved salts and minerals. These water treatment systems produce high purity water for industrial applications. We also design and manufacture a complete line of ion-selective resin deionization systems to remove selective ions such as nitrates, arsenic, silica, boron, fluoride or to meet your water quality requirements.

Advantages Of A Industrial Water Deionizer System (DM-6100 Series)

• Two-Bed Automatic “Package” Deionizers are available in sizes from 11-43 GPM, and at rated exchange capacities of 200,000 to 800,000 grains. These systems are fully-assembled, with all wiring and tubing completed requiring minimum installation and start-up effort. Skid mounting is an option.
• Exchanger’s vessels are all nonmetallic construction, rated at 150 psi.
• Piping is Schedule 80 PVC, with solvent-welded joints, rigidly supported on unit strut channels.
• Valves-Noryl diaphragm type, pneumatically operated, with integral travel, stops for flow regulation.
• Internal distributions are PP/schedule 80 PVC and radial lateral design.
• The provided cation resin is a high capacity strong acid, bead-form, conventional gel polystyrene sulfonated exchange resin which is shipped in the hydrogen form ready for immediate use. Resin capacity information is based on 6 lbs. of HCL per cu. ft. of exchange resin. The provided anion is a high capacity strong base, type 2, bead form, conventional gel exchange resin which is shipped in the chloride form for maximum storage life. Resin capacity information is based on 6 lbs. of NaOH per cu. ft. of exchange resin.
• Optional stainless steel liquid filled pressure gauges, sample valves, flow indicator on water inlet, and inlet pressure reducing valve.

Industrial Applications Of DI Water

DI water systems are foundational to many industries due to their ability to deliver water of unmatched purity. The applications are vast and critical:

• Manufacturing: Precision-oriented industries such as electronics, optics, and pharmaceuticals require DI water to shield products and manufacturing processes from contamination. Silicon chip manufacturing, for example, relies on DI water to avoid ion-induced defects.
• Power Generation: Power plants use DI water in boiler feedwater and cooling systems to minimize mineral buildup, scaling, and corrosion, which can impact efficiency and safety.
• Food and Beverage: Consistent product flavor and safety are ensured by using DI water, which eliminates impurities that could alter taste or introduce contaminants.
• Automotive: DI water is critical in battery maintenance, cooling systems, and surface preparation to enhance reliability and extend equipment life.

Not only do these applications protect critical processes, but they also help companies meet increasingly stringent health and safety standards. According to Scientific American, even trace minerals in water can interfere with high-sensitivity electronics and scientific equipment, making DI water an indispensable resource.