El Biodiesel Aditivado con Nanopartículas Metálicas para Mejorar las Prestaciones de un Motor Térmico

he present research study was designed in order to publicize the general specifications of nanoparticle additives, the same considered useful to determine the efficiency of the engine and reduce polluting emissions thanks to these chemical compounds that were added with a measure determined in the fuel, it was also possible to analyze each of the problems that fuels cause by not burning properly in the combustion process, for example: it has been shown that they generate endless problems, especially in health human, environmental pollution, causing acid rain, damage to the ecosystem. Many of the fuels used in the 21st century must comply with regulations and present a guarantee of their veracity at the time of combustion. In the same way, in this study, different additives were examined, such as: Copper Oxide, Zinc Oxide and Aluminum Oxide + Cerium Oxide. It has been shown that the additives provide better combustion thanks to the chemical element from which it is formed, providing an improvement in the fuel due to the mixtures or effective fusion of the particles of the additives with that of the biofuel, because with the presence of particles in Nano size is easier for a more exact stereometric mixture to occur, thus causing a better expansion of the mixture and causing less generation of polluting particles such as: CO, HC, CO2, SMOKE, etc.