An investigation of sewage water treatment plant and its physico-chemical analysis

Abstract In general, metropolitan sewage problems are more perplexing because the amount of wastewater is enormous, necessitating a massive Sewage Treatment Plant (STP). In this present study is to evaluate an efficacy of waste water treatment process containing to analyze the number of microbial consortiums for homegrown wastewater treatment in order to reduce or restrict the amount of slime. The experimental trial study investigation was carried out in an organic treatment settling, with strong microbial consortia and individual microbial species in distinct reactors. The physicochemical boundary of the unpredictable wastewater was identified using pH, Temperature, Biological Oxygen Demand (BOD), Chemical Oxygen Demand (COD), Total Suspended Solids (TSS), Total Dissolved Solids (TDS), Ammonical Nitrogen, Phosphorous, Ammonia and Oil & Grease (O&G). The ultimate goal of achievement is to stable natural norms for treating the sewage water. However, the most important part of the research is to confirm the function of microbial verdure in the sewage treatment in large scale.