Zeolite particles

1. Remove ammonia nitrogen from wastewater. An increase in ammonia nitrogen content in water bodies can lead to eutrophication, massive growth of algae, sharp decline in dissolved oxygen, severe deterioration of water quality, and thus disrupt the ecological balance of water. Therefore, effectively controlling and reducing the ammonia nitrogen content in sewage has become a new topic in modern sewage treatment technology. Our company conducted experimental research on the removal of ammonia nitrogen by zeolite. The results of using zeolite to remove ammonia nitrogen indicate that the pH value of wastewater has a significant impact on the removal of ammonia by zeolite, reaching the maximum exchange capacity at a pH value of 67.

2. Remove heavy metal ions from wastewater. Zinc, chromium, nickel and other heavy metal ions are substances that cause environmental pollution and are extremely harmful to human health. Methods for elimination include activated carbon adsorption, solvent extraction, and ion exchange. Zeolite has a removal effect on almost all heavy metal ions in water. Experiments have shown that using zeolite to treat the above three types of heavy metal ions is more effective. The heavy metal ions adsorbed and exchanged by zeolite can also be concentrated and recovered. After treatment, zeolite can be recycled and reused. After treatment, the content of zinc, cadmium, and nickel in the wastewater is lower than the national standards.

3. Remove radioactive substances. By utilizing the ion exchange properties of zeolites, radioactive 137Cs and 90Sr in water can be eliminated, especially with a much higher selectivity for radioactive substance 137Cs than other alkali and alkaline earth elements. Moreover, zeolites that have exchanged 137Cs can be used as radiation sources intact, especially clinoptilolite, which plays a more significant role. In order to prevent the spread and contamination of radioactive substances, melting zeolite can fix radioactive ions in the zeolite lattice for a long time. Because the dissolution of small crystals in melted zeolite is extremely slow, it takes 50 years to lose 1% of radioactive substances. At present, the Ministry of Nuclear Industry has used natural zeolite for the treatment of radioactive wastewater in the field of atomic energy.

Feed additives:

1. Zeolite feed replaces grain with stone, which can replace about 5% of corn or whole price compound feed, greatly reducing feed costs.

2. Extend the residence time of food in animal bodies, promote the full digestion and absorption of nutrients, thereby saving feed and improving feed utilization efficiency.

3. Promote animal metabolism and protein conversion in feed, protect amino acids from destruction, and save energy and protein.

4. Stimulating various enzymes in animal bodies, it has the functions of adsorbing toxic substances and bidirectional regulation, preventing and treating gastrointestinal and tracheal diseases, reducing ammonia poisoning, adsorbing NH4+and slowly releasing it, which is beneficial for protein synthesis.

5. Biological benefit experiments have shown that it can improve the function of animal hematopoietic liver cells, enhance animal resistance to toxins, diseases, and hypoxia, prevent and treat diseases, purify the feeding environment, improve water quality, and improve the survival rate and growth performance of livestock, poultry, fish, and shrimp.

6. Due to the numerous pores and cavities in zeolite molecular crystals, which are sponge like or peak like, they have strong load-bearing capacity and stable crystal structure under high temperature, acidic and alkaline conditions; Not changing its original physical and chemical properties. The calcium and phosphorus content is extremely low, and it can be used not only in ordinary premixes, but also in powder formulations of choline chloride and urea feed products. Zeolite can still be used after being soaked in water or damp, as long as it is dried, without any impact. And it also has a unique