EVALUATION OF THE EFFECT OF LUMINOSITY ON CERAMIC MICROBIAL FUEL BIOCELLS WITH SPHAGNUM MOSSES USING A LOW-COST HYDROGEL-BASED CATHODEFROM FE-N-C

Abstract

The text discusses the growing demand for electricity and the need for sustainable sources. The use of fossil fuels has generated significant environmental impacts, such as the emission of greenhouse gases. Fuel cells emerge as an efficient and clean solution, but they face challenges such as high costs and sensitivity to contaminants. Fuel biocells, using biological catalysts, present a more sustainable and cost-effective alternative. Despite their benefits, biocells still face limitations in terms of efficiency and durability.