Design Of Cost-Efficient Fuel Cellusing Domestic Waste And Cowdungand Investigation Of Accuratemixture Ratio For Efficient Output

In the new age technological world, energy consumption has become the first priority of orienting the inventions and other technical developments. Any new device that is to be developed is always tested for the outputs that it can produce with respect to the fuel used to power it up. In places where we do not require very high quality of power input, we can use alternate energy sources so that the costlier fuels can be saved for powering up loads that demand high wattage. In this research paper, we designed a microbial fuel cell which is a source of energy that requires entirely waste material and puts it to reuse by producing acceptable voltage output. We used a fuel combination of cow dung and vegetarian diet kitchen waste. By mixing it in all possible ratios, we determined the best ratio of mixing the fuel so that the output would be maximum and the resultant build-up would be most suitable for energy generation along with being cost-efficient. If such a device is manufactured in large scale then it can behave as a trustable source of secondary power source.