In constructed wetland system, it is very important to select suitable filter material to improve the purification effect of water quality. As a multifunctional mineral, zeolite has shown remarkable advantages in the application of constructed wetlands. First of all, zeolite has unique adsorption properties and ion exchange capabilities, which can effectively remove harmful substances in water, such as ammonia nitrogen, heavy metal ions and organic pollutants. These characteristics make zeolite an ideal filter material, which can play an important role in constructed wetlands.
The natural zeolites supplied by GTSS Group have the advantage of high purity, which means that they are able to perform their functions more efficiently without introducing unnecessary contaminants. The high purity zeolite not only improves the performance of the product, but also ensures its safety and reliability in practical applications. The use of GTSS Group zeolite can significantly improve the treatment of constructed wetlands, reducing the environmental impact of harmful substances, while providing a cleaner and more efficient treatment environment.
In constructed wetlands, the application of zeolite is not limited to adsorption. It can also regulate the pH value of the water body to maintain a suitable range. A stable pH helps to promote microbial activity, thereby increasing the efficiency of pollutant degradation. In addition, zeolite, as a carrier of microorganisms, can promote the growth of beneficial bacteria and further enhance the purification capacity of constructed wetlands.
The research shows that the constructed wetland using zeolite as filter material has excellent performance in removing ammonia nitrogen, total phosphorus and organic matter. Experimental data show that after adding zeolite, the removal rate of ammonia nitrogen can be increased by more than 20%, and the removal rate of total phosphorus is also significantly increased. This not only improves the effluent quality, but also prolongs the service life of constructed wetlands.
In practical application, the right amount of zeolite evenly laid in the filter layer of constructed wetland can continue to play a role. It is usually recommended that the thickness of the laying is 20-30 cm, and the specific thickness should be adjusted according to the actual situation and processing needs. Regular monitoring of water quality indicators and replacement or replenishment of zeolite as needed can ensure optimal treatment results.
