Usually, DI resins have a five to ten years lifespan. These resins will be active until their beads have no physical and chemical damage. These resins must be carefully handled to maintain their entire lifetime. This article will help to identify the causes of resin failures.
Resin storage is one of the most critical steps during resin applications. But, most users lack knowledge of the storage conditions of resins. So, they missed the long life span of the resins. Even without use, the resins can keep in their original form with sensitive caring of resin storage.
This article explains some precautions to store resins properly to increase their lifetime.
There are many DI resin grades with resin manufacturers. Felite™ Resin Technology has been introducing different resin types for several applications, and this article will raise DI resin grades developed by Felite™.
Silica removal is essential in boiler and cooling towers. The best technological method uses an ion exchange system with a filtration method. Complete removal of silica will helps to secure the boiler and cooling tower systems with a low operational cost.
Nitrates are highly soluble and stable ions in water. They are much more complicated to eliminate in water sources. Nitrates couldn’t remove with carbon filters, sediment filters, and UV filtration. Ion exchange, reverse osmosis (RO), and distillation are the best common methods accepted worldwide.
This article will discuss how ion exchange resin removes nitrates from water.
When the resin beads continue their exchanging process, the resin bed gradually saturates with the dissolved contaminants in raw water. The effluent water shows increasing conductivity as a failing DI unit indicator. Therefore, it is essential to refresh the resin bed for efficient work.
Running a DI plant is much more expensive, but it is cost-effective with ion exchange resins. Ion exchange resins support the primary function in the water deionization (DI) process. This article will help you get full basic knowledge of the functioning of ion exchange resins.
Resins are unique tiny plastic beads that have addressed the various industrial applications by doing heavy work. They are specialized in each industry. Using resins in nuclear power plant operations is one of the industries in that resins do a fantastic job of supporting the relevant project.
Someone can raise two basic questions regarding the resins used in the nuclear industry.
• Where to use resins in nuclear power plants, and its importance?
• Are there any specially modified resins to use in nuclear power plant applications?
Let’s move with the article to find complete answers to the above questions and gather more details.
Deionization makes ultra-pure water by removing dissolved impurities from water. Some examples of usage of DI water are laboratory applications, pharmaceutical industry, petrochemical processes, food & beverages industry, boiler feeding, cooling applications, aquariums, automotive and electronic equipment manufacturing, etc.
A water softener’s capacity can be defined as the amount of water hardness removed between regeneration processes. The title of water softener capacity is poorly understood by both dealers and the consumers within the field. This article will help you to have simple theories of water softener capacities.
Founded in 1972, Felite™ Resin Technology specializes in the manufacture and service of ion exchange resins for the global marketplace.
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