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The main aim of the project is to design a UASB reactor instead of an Aeration tank. The discharge flow for the Activated Sludge Process is 8.70 MLD. The UASB reactor had recovered the energy from sewage. The UASB process reduces the volume of the tank and also reduces the size of the plant. The total power requirement of the plant will be 2800 kWh per day during the design flow of 8.70 MLD. Due to usage of UASB reactor, the total power requirement leads to reduce by the Gas turbine. In Indian municipalities, this UASB reactor adopted only a few numbers due to the limitation of the process. This research work suggests the process for the upcoming proposed sewage treatment plant.

The main aim of the project is to design a UASB reactor instead of an Aeration tank. The discharge flow for the Activated Sludge Process is 8.70 MLD. The UASB reactor had recovered the energy from sewage. The UASB process reduces the volume of the tank and also reduces the size of the plant. The total power requirement of the plant will be 2800 kWh per day during the design flow of 8.70 MLD. Due to usage of UASB reactor, the total power requirement leads to reduce by the Gas turbine. In Indian municipalities, this UASB reactor adopted only a few numbers due to the limitation of the process. This research work suggests the process for the upcoming proposed sewage treatment plant.

Diabetes mellitus is the most common endocrine disorder. The plant Syzygium cumini has been used in traditional medicine for the treatment of diabetes. The present study investigated the effect of ethanol extract of S. cumini seeds on uptake of glucose by L-6 rat skeletal muscle cells. S. cumini seeds were extracted with varying solvents and quantitative phytochemical analysis was carried out, ethanol extract of seeds exhibited higher content of tested phytochemicals. The effect of different concentrations (300µg/ml – 1000µg/ml) of ethanol extract of seeds were studied on glucose uptake activity of L-6 rat skeletal muscle cells. It was observed that with the increase in concentration, the glucose uptake activity was also increased. The results of the study supports and demonstrates the antidiabetic potential of ethanol seed extracts of Syzygium cumini utilizing in vitro model. KEY WORDS: Diabetes mellitus, Syzygium cumini, phytochemicals, glucose uptake, L-6 cells