Abstract:

Today, along with the rapidly developing technology throughout the world and in our country, increasing energy demand has led to the rapid consumption of natural energy resources in recent years, and this problem has led the research in the world of science to the search for alternative energy sources. One of these alternative energy sources is the microbial fuel cells (MYH). MYH is a system that can convert chemical energy in organic waste directly into electric energy with the help of microorganisms. MYHs are usually made up of a membrane with an anot and a catot division in which electrochemical reactions occur. The microorganisms that grow depending on the electroth in the anot division transform the organics in the waste into hydrogen ions and electrons. In this study, synthetic waste prepared in the chemical oxygen need (COI) values in different leather environments in the laboratory environment, laboratory scale and two-divided cubic-MYH (KMYH) reactor with organic substance discharge, electricity production work was carried out. In the study where glucose was used as an electron dealer, the voltage and power intensity values produced in the KMYH reactor were determined.

Keywords: