Overview of Well Water Treatment Equipment
The water treatment equipment has absorbed mature water treatment equipment technologies at home and abroad, adopting processes such as well pump residual pressure jet pumping, tubular mixed dissolved oxygen, disc type dispersed water degassing, and filter bed contact oxidation filtration. The traditional equipment's external aeration oxidation is moved into the interior of the equipment, and the equipment can be operated solely by the residual pressure of the well pump. It has significant advantages such as low energy consumption, small footprint, simple process, stable performance, and comprehensive investment. The fillers in the well water treatment equipment are anthracite, quartz sand, and manganese sand. After filtration, most of the sand, particles, impurities, and turbidity in the raw water can be removed. This system can be configured with automatic control valves to achieve automatic operation, and can also be configured with operation valve groups. By adjusting the operation valve groups, it is convenient to backwash and clean the equipment, depending on user requirements.
Working principle of well water treatment equipment
After flushing or adding oxidants to groundwater containing iron (manganese), iron (manganese) ions in the water begin to oxidize. When the water flows through the manganese sand filter layer, contact oxidation reactions occur in the filter layer, as well as biochemical and physical interception adsorption on the surface of the filter material, causing iron (manganese) ions in the water to precipitate and be removed. Especially in the process of treating micro polluted manganese containing groundwater, iron bacteria can not only effectively remove iron and manganese, but also use ammonia in the water as a nutrient source for metabolism. With the participation of other bacteria, they can also achieve the effect of removing ammonia nitrogen.