Incident-regulating ponds and aerobic-pool hybrid dive mixers play a crucial role in anaerobic treatment as essential equipment in sewage treatment systems。
This paper will elaborate on the working principles, functional characteristics, application areas, environmental benefits and technological innovations of anaerobic pool dive mixers。
Anaerobic pool dive mixer is driven by an efficient dive power to generate a strong mixing power in anaerobic pools。
This mixing power not only enables effective reunification of shredded substances, enhances gas flow, but also promotes full mixing of sewage with active sludge. During the mixing process, exposure of anaerobic microorganisms to the substance increased significantly, thereby accelerating the degradation of the substance and increasing the efficiency of anaerobic treatment。
Efficient mixing: anaerobic pool dive mixer achieves a multilayered mixing effect through rotational motion and bubble jets, ensuring a balanced distribution of materials within the anaerobic pool and improving processing efficiency。
Energy conservation and consumption: low power power power-driven, compared to traditional mixing equipment, can significantly reduce energy consumption and lower operating costs。
Maintenance simplicity: equipment is structured, small and light, and installed easily and quickly. At the same time, leaf blades are self-cleaning and resistant to entanglement and congestion, reducing maintenance workload。
Long-lived operation: production of selected materials and advanced processes to ensure long-term stable operation of equipment under harsh conditions。
Anaerobic pool dive mixers are widely used in various sewage treatment plants, industrial wastewater treatment stations and domestic sewage treatment facilities。
Especially in the area of highly concentrated wastewater treatment, the mixing effect can significantly increase the efficiency of anaerobic treatment and reduce treatment costs while reducing environmental impacts。
As environmental awareness grows, anaerobic pool dive mixers, as an environmentally efficient device, are increasingly favoured by the market。
By optimizing anaerobic processes, it reduces the discharge of material and the environmental impact of sewage treatment. At the same time, efficient energy-saving designs for dive mixers reduce the operating costs of equipment and create more economic benefits for enterprises。
V. Technological innovation and development trends
As technology continues to improve, the anaerobic pool dive mixer continues to innovate and upgrade。
At present, market dive mixers have achieved many technological breakthroughs, such as intelligent control, efficient energy conservation and long-lived operation. In the future, with the application of new materials and processes, anaerobic pool dive mixers are expected to achieve greater improvements in performance, reliability, etc., and offer more possibilities for the sewage industry。
In summary, the efficient, energy-efficient and environmentally friendly features of anaerobic pool dive mixers as important equipment in the field of sewage treatment are increasingly emerging。
With increasing environmental requirements and technological advances, we have reason to believe that anaerobic diving blenders will play a more important role in future sewage treatment, bringing cleaner and healthier water resources to our living environment。
1. Qjb dive mixer structure is compact, operation maintenance is simple, installation is easy to repair and has a long useful life。
2. Leaf wheels have hydro-design structures that work efficiently, with recoiled blades having self-cleaning functions to guard against impurities and congestion。
3. Combining use with exposure systems can reduce energy consumption significantly, increase oxygen recharge significantly and effectively prevent deposition。
4. The electrical circuits are insulated at level f and protected at level ip68, with the choice of imported bearings and electric condensers, making the work of the electric machines more secure。
5. Two mechanical seals with carbonated tungsten-carbonized tungsten. All exposed tights are stainless steel。
Practical application of divulgator:
The advantage of the dive mixer compared to the traditional long-axis mixer is that it produces different flows. The different locations of the dive mixer can provide a variety of mobile modes with different effects. So create a better mode of mobility in the pool, and eliminate the staggered horns. The additional power required for the dive mixer is determined by the size of the pool, density, viscosity and depth of the mixer. Depending on the circumstances, one or more divers can be selected to mixers。
The oxidized ditch qjb type dive mixer is highly mobile, has a strong flow and has a large, but small, flow gradient. This type of product applies to treatment units that are small in pool space or have a certain requirement for gt values, and are dominated by mixing. For example, mixed ponds, reaction pools, biochemical treatment systems, anaerobic ponds, etc。
Diving mixers have been successful in introducing the secret sealing technology for dive power in germany. After many years of practical research, its innovations in form, structure and experimental methods have brought the overall performance of the dive mixer to the level of the same products abroad。
The qjb dive mixer can be divided into two main series of mixed mixing and low-speed push。
Mixed series mixers are used for mixing liquids containing suspensions in sewage treatment plants and industrial processes
The low-speed push stream mixer is suitable for exposure pools in industrial and municipal sewage treatment plants, which produce strong water flows with low cut-off currents, which can be used to create currents during the cycling and nitrification, denitration and phosphorus phases。
