The treatment of aluminum-containing coal slag has long been a challenge in industrial production. However, Mr. Tang has introduced an innovative wastewater treatment system that, through chemical acid-base reactions and the application of scraper filters, successfully transforms aluminum-containing coal slag into ordinary waste, achieving the harmless treatment of hazardous waste.
1. Equipment Configuration
Mr. Tang has invested in 50 scraper filters with a capacity of 20 tons per hour, providing efficient tools for wastewater treatment. These advanced filters ensure the system's stable output and efficient operation, offering reliable technical support for the treatment of aluminum-containing coal slag.
2. Process Flow
The wastewater treatment process begins with the identification of aluminum in the coal slag, which is considered hazardous waste. The system employs acid-base reactions to convert aluminum in the coal slag into white aluminum hydroxide. Subsequently, 50 scraper filters are used for precision filtration, thoroughly separating aluminum-containing aluminum hydroxide from the water. This process transforms hazardous coal slag into common waste, suitable for use in construction materials or landfill, realizing the rational utilization of waste resources.
3. Filtration Precision
The scraper filters in the system achieve a filtration precision of 2 microns, ensuring high-efficiency filtration while effectively removing tiny particles, enhancing the effectiveness of hazardous waste treatment. This high-precision filtration technology significantly contributes to Mr. Tang's wastewater treatment system.
In summary, the Aluminum Coal Slag Scraper Filter System demonstrates innovative thinking in hazardous waste treatment, making a positive contribution to sustainable business development and environmental conservation. The introduction of this technology not only addresses the challenges of aluminum-containing coal slag treatment but also opens up new possibilities for the effective utilization of resources.
