The Panda-Box bioreactor adopts the independently developed IFASMox(mud film Symbiotic ammox biological treatment technology) process, and uses silicon carbon particles as biological carrier in the main reaction space to achieve the cooperative symbiosis of anaerobic, aerobic and aerobic microorganisms and the synchronous removal of nitrogen and phosphorus by creating the gradient distribution of dissolved oxygen in the microenvironment. The equipment covers less than 50% of the international similar products, which greatly improves the wide practicability of the equipment in the narrow and complex environment and reduces the transportation and installation cost. Based on the self-developed Phoenix Nest intelligent monitoring system, the point inspection frequency is greatly reduced, the operation is simple, the effluent level B(A) is optional, and the problem of water pollution control in low and medium population density residential areas is solved in one stop.

The Bee-Box bioreactor adopts IFAS-Mox (mud film Symbiotic ammonia oxidation biological treatment technology) technology, based on intelligent microbial population control technology, aims at standardization, modularization and intelligence, and relies on large-scale and automated means to achieve decentralized construction and operation and maintenance of domestic sewage. It is a high-efficiency, low-consumption, stable and durable sewage treatment reactor. The microbial immobilization rate is as high as 90%, which greatly enhances the load impact resistance of the microbial treatment system, and has the characteristics of low temperature resistance, impact resistance and hunger resistance. Based on the independent research and development of Phoenix Nest intelligent monitoring system, the point inspection frequency is greatly reduced, the operation is simple, the effluent level A, the surface quasi class IV, the surface quasi class III can be selected, one-stop solution to the problem of water pollution control.