Power plant with an ion exchange resin (preferred Runhua Chemical)

1) the demand for water treatment water treatment ion exchange resin is large, accounting for about 90% of the ion exchange resin production, for the removal of various cations and anions. Currently, the maximum consumption of the ion exchange resin is used in water treatment power plants, followed by atomic energy, semiconductor, electronics industry. (2) The food industry ion exchange resins can be used for sugar, monosodium glutamate, refined wine, biological products and other industrial equipment. For example: the manufacture of high fructose corn syrup from corn after the extraction of starch, and then by hydrolysis to produce glucose and fructose, and then by ion exchange treatment can produce high fructose corn syrup. Ion exchange resin consumption in the food industry is second only to water. (3) pharmaceutical industry pharmaceutical industry to develop a new generation of ion exchange resin antibiotics and improved quality of the original antibiotics play an important role. Streptomycin development success is prominent examples. Some recent studies also commission and other aspects of traditional Chinese medicine. (4) Synthesis of chemical and petrochemical industry commonly used acids and bases in organic synthesis as a catalyst for esterification, hydrolysis, transesterification, hydration and other reactions. Ion exchange resins instead of inorganic acids, bases, likewise the above reaction, and more advantages. The resin can be used repeatedly, the product easy to separate the reactor does not corrode, it does not pollute the environment, and the reaction is easy to control. Preparation of methyl tert-butyl ether, is to use macroporous ion exchange resin as a catalyst, the reaction from isobutene, instead of the original can cause serious pollution of the environment tetraethyl lead. (5) The Environmental Protection ion exchange resins have been used in many environmental issues of great concern. Currently, a number of aqueous or non-aqueous solutions containing ionic or non-ionic toxic substances, these resins can be used for recycling use. Such as the removal of metal ions in electroplating waste, recycling waste film producer in useful substances. (6) hydrometallurgy and other ion-exchange resin can be separated from the depleted uranium mines, concentration and purification of uranium and the extraction of rare earth elements and precious metals.