Enhanced microbial treatment technology

When the industrial sewage contains characteristic pollutants that are difficult to biodegrade or the concentration of pollutants is high, the effect and efficiency of the microbial treatment system will be reduced.It is necessary to adopt the method of strengthening microorganisms to improve the processing capacity of the microbial treatment system, so as to minimize the load and cost of subsequent treatment units.

Enhanced microbial treatment technology

MICROBIOLOGISTIN SAFE AND RELIABLE WATER AND WASTEWATER TREATMENT
Huafu's microbiology experts have rich knowledge and experience in wastewater microbial treatment, and can quickly select and cultivate microbial groups that can effectively degrade them according to the concentration of characteristic pollutants and soluble solids in sewage, and appropriateIt is applied to the sewage treatment system to meet the owner's project goals of efficient treatment, stable operation, safety and reliability.  

 

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Industrial sewage often contains SROCs (dissolved refractory pollutants), conventional biochemical systems lack effective degradation of SROCs of strains or flora, in addition may face the impact of biological toxic substances, and there is no targeted nutritional regulation, etc., so the microbial concentration in the biochemical system is low, the flora structure is imbalanced, the system is inefficient, the effluent exceeds the standard, and the operation is unstable, resulting in high investment and operating costs of the subsequent advanced treatment system. MicBES wastewater microbial in-line intensive treatment technology improves the efficiency and stability of biochemical systems and improves effluent quality by supplementing proprietary strains, adjusting the microbiota structure, increasing microbial concentration, and improving the quality of activated sludge. MicBES equipment adopts integrated design, automatic operation, small footprint, flexible layout, convenient installation and maintenance, and can be seamlessly integrated with various biochemical processes.