Utilization of Protease Enzymes in Gobar Gas Plant for Increasing the Generation Rate and Percentage

Protease enzymes are the enzymes that hydrolyse proteins. Each type of protease enzyme breaks specific kind of peptide bonds. These enzymes are of great commercial importance contributing to more than 40% of the world’s commercially produced enzymes. Approximately 50% of the enzymes used in industrial processes are proteolytic enzymes. Different substrates used for the protease enzyme production add to the cost and hence makes the process very costly, thus in this study we will add enzymes which will hydrolise protein at greater rate which can increase the production or produce energy and gas at low waste or dung. For this study we will introduce hydrolytic enzymes in a premixing chamber prepared to mix the dung and waste with the enzymes properly for its dilution. In order to develop a innovation from home itself the most unique and reliable source of energy to run house electronics are solar panels. Thesis solar panels are widely in use now a days and easy to install at roof top. In this study we will work on the utilization of hydrolytic enzymes in gobas gas plant for 3000 sq. ft. residential house which can increase the production of gas at low volume of dung. Which can generate energy for house electronics. Also we will design a ground water storage tank for storing rain harvesting system.