DI Exchange Tanks offer a cost-effective and safe way to provide highly pure deionized water supply through service deionization (SDI) systems. These tanks use synthetic resin for removing the harmful anions and cation from the water feed. They are not needed for the Electrodeionization (EDI) systems that continuously regenerate.
At Flier’s Quality Water Systems, we provide you with high-quality DI Exchange Tanks that we can customize to fit your precise application requirements. These tanks are portable, and you can have them custom-designed with different kinds of ion exchange resin and tank types that can accommodate various flow rates and quality requirements. With the help of DI Exchange tanks, you can eliminate ionic contaminants from water feed harmful to multiple commercial and industrial processes.
There are several variables that you should consider while selecting DI Exchange tanks. They can have a significant impact on the performance and efficacy of these tanks.
Flier’s Quality Water Systems consider all variables mentioned above during the design and construction of your DI Exchange tanks to ensure optimal performance and efficacy. Our experts work closely with you to understand your needs of design, configuration, and size to develop tanks that remove 99% contaminant particulates to ensure higher purity and quality of water.
As a leading water treatment solutions provider in the industry, we provide uniquely customized DI exchange tanks for your specific water quality requirements and applications. The most common applications of DI Exchange tanks include the following:
At Flier’s Quality Water Systems, we have an in-depth understanding of different applications and how they work. We assess your needs to design a DI Exchange Tanks system that precisely meets your requirements and gives you the best return on your investment.
At Flier’s Quality Water Systems, we have extensive experience working with different industries fulfilling their water treatment needs. We work closely with you, and our entire process complies with the highest industry standards. We provide you with a system that lasts longer and gives you outstanding results.
The pharmaceutical industry stands among the highly regulated industries. The water used in the manufacturing of various drugs and medications needs high levels of purification so that the minerals and chemicals present in it don’t interact and alter the chemical composition of formulations. DI Exchange Tanks system offers a quick and highly effective way to achieve higher water purification levels. It enables the pharmaceutical industry to produce chemically stable and standard drugs that meet the specific criteria.
In the manufacturing industry, many applications need purified and deionized water. It means that they need a water supply that assumes the chemistry of the substance that you add to it. Deionized water is a critical need of several industries, such as the medical industry. Additionally, purified water helps prevent salt and mineral buildup inside the machine and equipment. This helps to improve the efficiency and life cycle of machines. The DI Exchange Tanks system offers a quick and cost-effective way to ensure a continuous supply of pure water. Many industries incorporate the DI Exchange Tanks system with the existing RO system to enhance the water purity level.
Pure water plays a critical role in maintaining and ensuring public health at hospitals and universities. The installation of the DI Exchange Tanks system at healthcare facilities and universities provides a cost-efficient supply of purified water to the public. We can provide you with a customized DI Exchange Tanks system that fits the needs of your facility along with continuous maintenance services.
In the automotive industry, engine oil, car-washing, and other applications need purified water to prevent disruptions and problems in the vehicle’s systems. Moreover, the coolants used purified water to maintain the car temperature and ensure its optimal performance. Besides, car batteries need purified water to prevent scaling and mineral buildup in the power supply system. By using the DI Exchange Tanks, it is possible to remove the unwanted mineral, ions, and salt compounds from water, increase life and prevent automotive and parts from damage.
In laboratories, the use of purified water is critically significant because the unpurified water has chemical compounds that can interact with the chemicals and alter their chemistry. This can make solutions completely different from what is intended. The laboratories can use custom-designed DI Exchange Tanks system combined with an RO system to achieve the highest water purity levels.
The food and beverages industry is one of the water-intensive industries that need purified water for the production of food products and drinks. The use of unpurified water can have a negative impact on the taste of these products. With the use of the DI Exchange Tanks system, it is possible to get 99% purified water free from contaminants and mineral salts, giving the required flavor and quality to the food and soft drinks.
Hemodialysis is not possible to perform without purified water. If unpurified water passes through the human body during dialysis, it can adversely affect the internal organs, even leading to damage. Using the DI Exchange Tanks system, you can get highly purified water according to the AAMI standards that make the dialysis process safe and effective.
Often, the use of unfiltered and unpurified water affects the yield and quality of agriculture harvest. The presence of excess minerals, salts, and ions can restrict the growth of crops, resulting in losses to the farmers. With the use of a cost-effective DI Exchange Tanks system integrated with RO or as a standalone system, it is possible to provide highly polished water to the fields, promoting the growth of harvest and giving excellent outcomes to the farmers.
The removal of all dissolved impurities and mineral salts from the water makes it deionized water.
The amount of purified and polished water your DI tanks can produce depends on the design and size of your system and the number of dissolved minerals and solids in your water source. You can contact our expert to calculate the amount based on your particular variables.
The total dissolved solids refer to the total amount of negatively and positively charged mineral salt ions in the water feed.
