Sewage treatment apparatus with Synechocystis-Bacillus blend system and method of using same

Abstract

The invention discloses a sewage treatment apparatus with Synechocystis-Bacillus blend system and a method of using the same and mainly relates to the field of treatment of urban domestic sewage by microbial mineralization. The sewage treatment apparatus with Synechocystis-Bacillus blend system comprises a sterilizing device, a microbial reactor and a mineral recycling device that are communicated sequentially from top to bottom, and Synechocystis and Bacillus are loaded into the microbial reactor according to a bacterium-alga ratio of 1:1000 to 1:50 to form a symbiotic system; the apparatus and the method have the advantages that the bacterium-alga symbiotic system is established in the apparatus to utilize Synechocystis to produce oxygen, the growth need of Bacillus is satisfied and balanced, the application of microbial sewage treatment in large-scale production is implemented, and the apparatus and the method have great economic and social significance.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes how biotechnology helps creature new materials called synthetic hydrociles (SHCs). These hydrocarbs are made from organic compounds like glucose or fructans obtained during decomposition processes involving decomposers. They have various applications including environmental cleanup and resource recovery. By adding these substances together they form stable structures containing calcium carbonate crystallites. When mixed properly, this material becomes useful because it contains sulfur dioxin gases released when activated sludge reactors were tested against municipal sewer systems. Additionally, SHCs contain valuable metabolism products found naturally within their cells, making them ideal targets for developing novel catalyzes for chemical synthesis purposes. Overall, this innovative technical solution allows us to improve the performance and cost reduction of waste disposal technologies while providing more precise control over specific components contained inside the SHCNs themselves.

Problems solved by technology

This patented describes how biological processes like decomposition or metabolism help remove harmful substances from wastewater that contains various types of chemical compounds called nutrients (such as hydrocarbon gases). These compound molecules have negative effects on human beings because they cause damage to their environment through contamination. Biologically active agents found naturally occur within these materials include enzymes produced during fermentation process, but currently available treatments only work well at small scales. Therefore, developing an effective way to control excessive levels of certain solutes while also reducing costs associated with conventional methods used for processing municipal wastes may provide significant benefits over time.

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