Treatment of profluent of sugar industry is completed by opposite fluidized bed. Unique parts of emanating like synthetic oxygen request (COD), biochemical oxygen request (Body) and pH have been estimated by shifting distinctive parameter, for example, focus, time of fluidization. The development of microorganism w.r.t. distinctive parameter has been noted. COD, Body and pH are seen to diminish with diminishing convergence of the arrangement.
Once more estimations of various yield parameters (BOD, COD and pH) are seen to be decreased with expanding timing in a converse fluidized bed. Microorganisms are permitted to develop and consistent state was watched same organisms were exchanged to backwards fluidized bed for concentrate the impact of parameters on its development. Microorganisms are seen to be developed on the surface of polypropylene globules by delivering a biofilm. The watched decrease in COD, BOD and pH demonstrate the reasonableness for the use of opposite fluidised bed for waste water treatment for any industry.