A Sustainable Approach of Energy Conservation through the Waste Water Treatment Using Solid-Liquid Separation System

In this paper the technology has been introduced which reduces the carbon foot print generated during waste water treatment & energy consumption by utilizing advanced technology. Water shortage has been a serious concern in India for residential and irrigation purposes, with over 71% of agricultural fields lacking adequate irrigation water. Despite this, waste water from industry is more likely to pollute the water and harm aquatic life. There is no proper disposal of industrial waste and sewage in India. In India 30% of sewerage is treated and rest 70% is disposed in water bodies. In order to treat this water, there must be highly effective treatment process. The purpose of this study is to investigate and understand the operation & maintenance of a solid-liquid separation system, comparison of solid-liquid separator with other Sewage Treatment Plant systems. Also, to study the Pollution Control Board (PCB) norms of the domestic water and then design a solid-liquid separator system for a high-rise building. The water can be treated in building level, community level and municipality level etc. This research is concerned with the treatment of grey water & black water at building level by discussing about the different methods used in the process. Further the study includes about the Solid-liquid separator system for high rise building with few desktop studies on MBBR technology and Solid Liquid separator system. The study concludes by identifying issues and suggesting a 50kld sewage treatment plant for the case area Sandya Elite, located in Hyderabad, India.