If you’re looking to regenerate a ion exchange resin, you’ve come to the right place. Felite(tm) Resin Technology specializes in the manufacture of all types of ion exchange resins for the global market. These range from cation resins for metal removal to specialty resins for pollution control, water treatment, and purification. Below, we’ll look at the various types of resins and the regeneration process for each.
Regeneration of felitecn resin
Regeneration of felitecn resin is a process in which the regenerant solution follows the path of the treated solution through the column. This method does not typically produce higher-quality products. The regenerant solution needs to be high in concentration in order to achieve complete regeneration. Additionally, it is not suitable for high-volume processes because it can leak contaminant ions. The regeneration process can take two hours to complete.
Felite Resin Technology manufactures a complete line of ion exchange resins for various industrial applications. From pollution control to water treatment, these resins are designed to meet the specific needs of the industrial customers. Felite Resin Technology takes pride in its product quality, and guarantees it will meet or exceed your expectations. For more information about ion exchange resins, please contact us today. We look forward to hearing from you!
Ion exchange resins
Felite(tm) Resin Technology is a leading manufacturer of ion exchange resins, offering a complete line of products for water treatment, hydrometallurgy, and pollution control applications. The company’s comprehensive portfolio offers a variety of innovative and customized solutions for water treatment and pollution control applications. Below is a brief description of the company’s products and services. (Select a category below to learn more about the company).
Felitcn ion exchange resins are a class of resins that have a cross-linked polystyrene backbone and side chains with ion-active groups. They are commonly used to suppress odors, unpleasant tastes, and other undesirable effects. Because saliva volume in the oral cavity is minimal, these resins help drugs remain firmly bound, thereby ensuring that they are effective and safe for use in the human body.
Regeneration of anion resin
A common method for regenerating felitecn anion resin involves using sodium hydroxide. It is used at a concentration of 4% and requires approximately 0.25 to 0.5 gpm per cubic foot of resin. Typically, the caustic soda is allowed to contact the resin for 45 to 60 minutes. This time period is crucial for removing undissolved silica. To ensure the best regeneration results, the temperature should be raised to 120degF or 95degF, depending on the type of anion resin.
Felite(tm) Resin Technology produces a comprehensive line of ion exchange resins for industrial, municipal, and specialty applications. This broad range of products is suited for water treatment, pollution control, and hydrometallurgy. In addition, the company provides comprehensive service and support to its customers throughout the lifetime of their resins. To learn more about Felite(tm) Resin Technology’s innovative products, visit its website.
Regeneration of mixed bed resin
The mixed bed resins are used in the water purification industry. The purpose of this equipment is to polish demineralized or process water. They are made up of a mixture of base and acid cation exchange resins. These resins can be delivered in ten inch and twenty-inch cartridges, big bags and pallets. Regeneration of felitecn mixed bed resin involves back washing of the resin before use.
The regeneration process involves a brining system that consists of a brine supply tank, brine measuring equipment, and dilution control equipment. These equipments are designed to provide the right concentration of regenerant brine while preventing any undissolved salt from entering the resin. The supply tank is regulated by a float-operated valve. The regenerant solution is then introduced through an eductor system.
For more information, visit https://felitecn.com/