Felite offers reliable resins for any residential and commercial application. They are designed to improve the texture of water and protect household appliances, commercial equipment.
Arsenic (As) is a carcinogenic, metalloid element in water. Natural deposits and surface runoff through agricultural lands, mining, and other industries cause Arsenic addition to drinking water bodies. The inorganic constituents of Arsenic are more harmful & dangerous than the organic form of Arsenic. Elevated drinking water levels arise from many health issues; cancers, skin, kidney, lungs, bladder, and liver failures.
Arsenic is an essential element that needs to be eliminated in drinking water. Nowadays, there are several methods to remove Arsenic, and ion exchange is getting popular because it is cost-effective, cheaply available easy to handle. No pH adjustment is necessary for the ion exchange procedure. Strong base anion resins are most suitable for arsenic removal due to the high affinity of pentavalent Arsenic to these resins. SBA resins permit to use of brine as its regeneration. Be careful with the discharge of the regeneration process because it contains dangerous water.
Nitrates are naturally occurring compounds that contain Nitrogen and oxygen atoms. Nitrogen is essential to living bodies, but elevated levels result in humans’ health issues, especially in infants.
Nitrate can remove using both Physical-chemical and biological methods. Physical-chemical processes are Ion exchange, electrodialysis, and reverse osmosis.
Nitrate removal with the ion exchange process is highly recommended in many countries. Standard anion resins are commonly used in this process. Strong base anion resins; type-I and type-II prefer to nitrate and increase their selectivity for sulfates and other anions in low TDS.
Felite™ Resin Technology manufactures nitrate selective ion exchange resin based on higher amine functionalities and provides Type I & II strong base anion resins.
Ion exchange is commonly used to remove hardness in water. Hard water increases scaling, which reduces the efficiency in electrical equipment, sinks, tubs, and other home appliances. Blocking water supply drains and soap scum accumulates.
Remove ions that cause hardness in water call as water softening. Domestic water can soften by using a water softener which uses the ion exchange process. Resins help to treat your water and minimize your residential hard water problems. Usually, Strong Acid Cations and Weak acid cation resins are very active in the water softening industry.
The high water flow rates should be considered when using the ion-exchange process in industrial water softening. Most of the resins used in the commercial softening industry need to be developed with high capacity, strength, and regeneration ability.
Strong acid cations with fine mesh resins, standard mesh resins, and coarse mesh softener resins are manufactured in Felite™ Resin Technology to successfully complete water softening procedures.
Aquaculture solves the food demand in a high percentage around the world. It is essential to take care of water quality in Aquarium & Aquaculture industries in both fields. Removal hardness, chlorine and chloramine reduction, pH correction, no contaminants such as phosphate, sulfate, nitrate, silica, and ammonia. Living bodies in this field need pure water, so water needs to be treated before introducing to aquatic resources in this field.
The water treatment plant can use an ion exchange process combined with filtration and other technologies. Potable water grade strong acid cation and strong base anion resins are commonly utilized in this industry.
The spotless rinsing process used softened or deionized water to eliminate contaminants and TDS (Total Dissolved Solids). There are other applications; window washing, solar panel washing, vehicle washing, cosmetics productions, and analytical labs.
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