Grey water is an alternative source of water which can potentially save a significant quantity of precious drinking water. The present study emphasizes primarily on the treatment of grey water to make it fit for serving various purposes. This paper provides an insight into the design of laboratory scale grey water treatment system, comprises of oxidative mineralization, disinfection, and filtration of grey water. Laboratory scale treatability trails were performed by the means of synthetic grey water and real grey water. Grey water treatment system demonstrated satisfactory removal of contaminants which was evident from the COD removal efficiency of 85% and 90%, TSS removal efficiency of 98% and 86%, and faecal coliform with removal efficiencies of 99% and 96% respectively. It could be inferred from the study finding that the treated water possed low turbidity value (< 1 NTU) and was free of suspended solids. Thus this study explored the capability of the grey water treatment system to carry electrochemical oxidation of grey water contaminants and making treated water fits for reuse. This implies that this treatment technology possesses the potential to be considered as a viable alternative to conventional grey water treatment systems.