Mixed Ion Exchanger Canal-Ion Mixed Bed Exchange Tank Carbon Steel Lined With Glue Filter Water Purification Equipment

Product Attributes:

Influent turbidity:5
Features:malacia
Design water yield:30 (t/h)
Specifications:Φ 1000 * 3000
Working temperature:0-60

Positive (sodium) ion exchanger:
Also known as Yang bed (water softener), the main purpose is to reduce the hardness of water, reduce the content of calcium and magnesium ions, mainly used for boiler feed water, industrial water, drinking water, air conditioning system circulating water, heat exchanger supplementary water softening, after the exchanger softened, its remaining hardness does not exceed 0.03MMOL/L. With Yang resin as the main filler, raw water passes through the water distributor and passes through the filter layer from top to bottom, and absorbs calcium and magnesium ions in the water through Yang resin, thus reducing the hardness of water. When resin fails, HCL or NACL solution is used for regeneration. The main material of the tank is carbon steel lining glue to avoid the corrosion of raw water and regenerated liquid.

Anion exchanger:
Also known as the Yin bed, it mainly uses the hydroxide in the Yin resin to exchange and remove other anions in the water. When the resin fails, the effluent quality is not up to standard, and backwashing regeneration is required. The process includes: backwashing (loosening the resin layer), alkali regeneration (NAOH exchange regeneration), and washing (rinsing the anion exchanged out of the regeneration). With Yin resin as the main filler, raw water passes through the water distributor and passes through the filter layer from top to bottom. Anions except hydroxide in the water are adsorbed by Yin resin. When resin fails to work, NAOH solution is used for regeneration.

Hybrid ion exchanger:
Mixed ion exchanger, also known as mixed bed, is the negative, cation exchange resin, according to a certain mixing ratio of example, packed in the same ion exchanger, because the mixed ion exchange into the water after the H ion and OH ion immediately generated a very low ionization of water molecules, can make the exchange reaction is very thorough. The mixed bed is generally set after the first grade compound bed for further purification of water quality. When the water quality requirements are not high, it can also be used alone. In the mixed bed, the negative resin is on top of the positive resin. The ratio of a prajna, Yin resin filling is 1:2, which can be considered according to different resins.

The mixed ion exchanger is suitable for the further refining of primary pure water, generally set after the Yin and cation exchangers, and can also be set in series after electrodialysis or reverse osmosis, which is currently used to prepare ultra-pure water and one of the effective methods. Its effluent conductivity can be lower than 1US/CM, and the effluent resistivity can reach more than 1MO.CM. According to different water quality and use requirements, the effluent resistivity can be controlled between 1 and 18M.CM. It is widely used in electronic and electric ultra-pure water, chemical industry and electroplating ultra-pure water. Boiler supply water and pharmaceutical ultra-pure water and other industrial ultra-pure water, high pure water preparation.