Phosphorus Removal Resin

Phosphorus-containing wastewater mainly comes from chemical, biochemical and metal surface treatment industries. Characteristic pollutants include fluoride, total phosphorus, organic phosphorus, inorganic phosphorus, phosphate and other harmful substances. Phosphorus will cause eutrophication of water bodies, so that water bodies contain Oxygen is extremely degraded, endangering the ecological environment Suzhou Bojie Resin Technology Co., Ltd. provides dephosphorization resin, which has the characteristics of large exchange capacity, high mechanical strength, high temperature resistance and convenient regeneration. It is widely used in petrochemical industry. more products: Tungsten-molybdenum extraction smelting resin (tungsten-molybdenum adsorption, purification Uranium extraction and separation resin (uranium adsorption, purification) Radioactive metal adsorption separation resin (element treatment of uranium, radium, thorium, thorium, etc.) Gallium extraction smelting resin (gallium adsorption, purification) Vanadium extraction smelting resin (vanadium adsorption, purification) Rare earth element extraction resin (rare earth element adsorption, purification) Special resin for gold extraction (primary gold mine, associated gold mine) Mercury removal special resin (mercury mine wastewater, mercury-containing waste comes out again) Precious metal recycled resin (gold, silver, platinum, palladium, rhodium, ruthenium, etc.) Except heavy metal resin (copper, zinc, nickel, chromium, lead, iron, manganese, etc.)

"Phosphorus Removal Resin Phosphorus removal by ion exchange resin adsorption has the advantages of low environmental requirements, simple process and low operating cost. Jiangsu Kingshan New Materials Co., Ltd is a specially developed phosphorus removal resin with high selectivity, easy adsorption and desorption regeneration; stable exchange capacity after regeneration, reusable; high degree of automation, easy operation and good controllability ."

Phenol-containing wastewater is a kind of water pollution resource with wide source, large quantity, high concentration and great environmental hazard.

Perchlorate root as a kind of harmful inorganic chemicals, water pollution has become one of the current serious environmental problems. Perchlorate huge for biological hazards, low concentration of perchlorate in drinking water can damage to the person's thyroid root, and even induce thyroid cancer. In the wastewater can be removed using ion exchange resin can be effectively ClO4 -, in order to achieve highly purified, and is beneficial to the regeneration of resources. Kingshan resin production of resin can be according to the different water conditions, provide appropriate perchlorate root with ion exchange resin, high exchange capacity, easy to regeneration, large quantity, good separation effect, use cycle is long, is the best choice for removal of perchlorate root.

Water is a daily necessity for the human body, as it replenishes water for the body. Under ideal circumstances, pure and safe drinking water can be consumed directly. However, as pollution becomes increasingly severe, including the discharge of some nuclear wastewater, many tap water cannot be directly consumed. No matter which channel you drink from, there is a great chance of contamination, which affects direct drinking. Radium pollution in drinking water is one of the dangerous pollutants, a radioactive element that can enter the water supply system and cause water pollution. The good thing is that this type of pollution can be removed, and high-quality PW981 material provides a comprehensive solution for radium pollution. If you need more information, you can login to our website

The main sources of cadmium-containing wastewater are electroplating plant, battery factory, cadmium stearate production plant, cadmium sulfide production plant, and sponge cadmium production plant. Cadmium is poisonous. If people drink cadmium-contaminated water and food for a long time, cause chronic cadmium poisoning. At present, there are many methods for treating cadmium-containing wastewater, but the ion exchange resin method is more economical, more convenient, and better in treatment than other methods. Suzhou Bojie Resin Technology Co., Ltd. provides different cadmium removal resins for different water quality conditions. It has the advantages of large adsorption capacity, low environmental requirements and simple operation. It can effectively remove a small amount of cadmium in wastewater and meet emission standards. The domestic and international markets have been widely used.

The main sources of cadmium-containing wastewater are electroplating plant, battery factory, cadmium stearate production plant, cadmium sulfide production plant, and sponge cadmium production plant. Cadmium is poisonous. If people drink cadmium-contaminated water and food for a long time, cause chronic cadmium poisoning. At present, there are many methods for treating cadmium-containing wastewater, but the ion exchange resin method is more economical, more convenient, and better in treatment than other methods. Suzhou Bojie Resin Technology Co., Ltd. provides different cadmium removal resins for different water quality conditions. It has the advantages of large adsorption capacity, low environmental requirements and simple operation. It can effectively remove a small amount of cadmium in wastewater and meet emission standards. The domestic and international markets have been widely used.

Fluoride is one of the essential trace elements in human body. When the fluorine content in drinking water is insufficient, it is easy to suffer from dental caries. However, if you drink water with high fluoride concentration for a long time, it will cause dental fluorosis and fluorosis. Industrially, wastewater discharged from industries such as fluorine ore mining, metal smelting, aluminum processing, coke, glass, electronics, electroplating, fertilizers, and pesticides often contain high concentrations of fluoride, causing environmental pollution. Bojie BJ-F is a special ion exchange resin for removing fluoride ions from aqueous solution. It has strong selectivity to fluoride ion, easy adsorption and regeneration, stable exchange capacity after regeneration, reusable, and process automation of resin defluoridation. High, easy to operate, and controllable performance.

The mining and smelting of arsenic and arsenic-containing metals, the production of glass, pigments and paper using arsenic or arsenic-containing compounds as raw materials, and the combustion of coal and other processes can produce arsenic-containing waste water, waste gas and waste residue, causing environmental pollution and endangering human health. Ion resin exchange process of large capacity, simple operation, good separation effect, is conducive to the recovery of various valuable components, especially chelating resin in the water treatment industry has made remarkable achievements, its research and application is getting more and more attention. Suzhou Bojie Resin Technology Co., Ltd. Provides professional arsenic removal resin, with high exchange capacity and adsorption rate, adsorption speed, regeneration simple, suitable for all kinds of environmental arsenic treatment. More products: Tungsten-molybdenum extraction resin (tungsten-molybdenum adsorption, purification) Uranium extraction and separation resin (uranium adsorption, purification) Radioactive metal adsorption separation resin (element treatment of uranium, radium, thorium, thorium, etc.) Gallium extraction resin (gallium adsorption, purification) Vanadium extraction resin (vanadium adsorption, purification) Scandium extraction smelting resin (scandium adsorption, purification) Rare earth element extraction resin (rare earth element adsorption, purification) Special resin for gold extraction (primary gold mine, associated gold mine) Mercury removal special resin (mercury mine wastewater, mercury-containing waste) Precious metal recovery resin (gold, silver, platinum, palladium, rhodium, ruthenium, etc.) Heavy metal removal resin (copper, zinc, nickel, chromium, lead, iron, manganese, etc.)