The process of deionization refers to advanced water filtration that captures various mineral ions present in the water that your RO system is unable to filter. These include calcium, copper, iron, sodium, and other anions like sulfate and chloride.
At Flier’s Quality Water Systems, we offer an innovative deionization system that gives you ultrapure water for various applications and consumption. We provide you with different deionization systems according to your specific needs. Our certified and experienced experts evaluate your requirements and develop a system accordingly.
The main deionization systems include SDI (Service Deionization) and EDI (Electrode Ionization). The SDI system utilizes synthetic resins for eliminating ions from water, while the EDI system provides continuous deionization as it operates with DC, which regenerates synthetic resins continuously. We can also combine your deionization system with your existing or new RO system to give you a single-use unit for excellent performance and exceptional deionization.
When you consider installing a deionization system for your application, you should consider the following variables:
Flier’s Quality Water Systems provides you with a custom-designed deionization system. Our experts discuss your requirements and consider the variables mentioned above to ensure that the deionization system gives peak performance and efficiency. Our system eliminates 95% to 99% of minerals and anions from water quickly and cost-effectively, providing you with the purest water that you need for your application.
As a leading water purification company in the industry, we are committed to providing you with a state-of-the-art deionization system and offering exceptional customer service. We closely work with you to ensure that the deionization we construct meets all your needs and is optimized for peak performance.
Through our expertise and attention to detail, we try our best to meet your requirements at every step and keep you informed of the progress. With more than 20 years of experience in the industry, we take pride in providing our clients with deionization systems developed for the long haul.
At Flier’s Quality Water Systems, we offer an extensive range of deionization systems to suit your precise application. We provide you with complete system design, construction, installation, and maintenance services that give you the water grade you need. We develop a deionization system under strict quality control to ensure a dependable unit.
The deionization system is often integrated with the RO unit to improve water resistivity and lower its conductivity. The polished and purified water has various applications in different industrial settings.
In the manufacturing industries, water deionization plays a critical role in cooling and lubricating machines. It prevents the minerals or salt buildup within the devices, resulting in increased energy use and reduced efficiency. This highly purified water ensures smooth operations of the industrial machines, which enhance energy efficiency and boost productivity. Plus, it also improves the life of equipment giving maximum returns on investment.
Moreover, deionization units provide purified water for the manufacturing of processed foods, medicines, and cosmetics. All these products and drugs need a certain amount of mineral contents in their formulations. With the use of a deionization system along with an RO unit, you can achieve the ultrapure form of water for product manufacturing needs.
Throughout the process of semiconductor manufacturing, the separation and contact of dissimilar materials generate a static charge. This can affect the yield and productivity of the industry. By using the deionization system, which lowers conductivity, it is possible to control this static charge at all manufacturing and testing stages.
In medical and pharmaceutical laboratories, ions present in the water can cause different reactions in the water used to produce medicines and solutions for lab experiments. The use of a deionization system for laboratory applications removes the unnecessary ions from the water to give the desired level of purification that enables laboratories to comply with strict regulations and standards.
Automotives need engine fluid, diluted antifreeze concentrate, and other liquids for cleaning radiator and engine. With the use of a deionization system within the automotive industry, it is possible to eliminate the unnecessary mineral content from the automotive engine and radiator fluids. Otherwise, it can lead to the accumulation of minerals and salts in the engine, decreasing efficiency and clogging pipes.
The boiler plants are an expensive investment that requires continuous use of water for steam generation for various applications. The minerals and salt ions present in the water can accumulate inside the boilers. This significantly decreases the efficiency and performance of your boiler plant, eventually leading to costly damage.
With our deionization system, you can improve the life and productivity of your boiler treatment plant. It helps to optimize your boiler system chemistry and prevents corrosion in it. By installing the correct type of deionization system, we deliver a reduction in fuel costs, water usage, and carbon footprint.
The use of deionization units at the power plants enhances resource management and improves operational efficiency and environmental performance. Our customized solutions for your unique power production needs, help you comply with the regulations, increase energy efficiency, and lower the cost of production.
SDI units need offsite deionization, while EDI units do not need regeneration or exchange since they regenerate the unit’s synthetic resins.
Yes. In some cases, EDI continuous deionization is used for reducing/reusing wastewater that an RO system produces up to 85%.
Review your DC voltage supply and amperage. Keep a check on pressure drops and rates of flow. The readings outside the standard range in both cases provide you with valuable information regarding the problem source.
The deionization system’s resin ion exchange lifecycle varies depending on the feed water quality, the resin type used in the design and configuration of your system. However, once resin exhausts, it needs removal and regeneration. We provide an offsite resin regeneration service to save your time and resources.
Yes, it can go bad. There is a possibility that algae forms within the system which fouls resin. If your system doesn’t remain in use for a long time between uses (60 to 90 days), we recommend professional cleaning of the resin so that it functions optimally.
