Self-Sustaining Fuel

Independent Fuel As the demand for natural oil increases, natural gas prices continue to rise to astronomical levels. Along with the worldwide fall in oil prices, companies are constantly looking for alternate fuels and energy sources for automobiles. Various forms of fuel are appearing in many places. Scientists and engineers have found alternative fuels, including alcohol, electricity, natural gas, biodiesel, and one of three fuels. This endless quest for new and better fuel sources opens up new fields for which automakers are adapting.

One of the main goals for improving transport sustainability is to replace traditional petroleum based fuels with more sustainable fuels that can be used in existing infrastructure (fuel delivery and cars). Synthetic fuels derived from fossils (such as coal-derived liquid fuels) and biofuels are receiving the most attention, but similar hydrocarbons can be produced without using fossil fuels or biomass. Using renewable energy and / or nuclear energy, carbon dioxide and water (as opposed to combustion of fuel) are recycled to liquid hydrocarbon fuels in a non-biological process to remove oxygen from CO 2 and H 2 O Can be removed. Capturing carbon dioxide from the atmosphere achieves a closed loop carbon neutral fuel cycle

Most nuclear fuels contain heavy fissionable nuclear fission elements. When these fuels collide with neutrons, they will emit neutrons when they split. This enables autonomous chain reactions that release energy at a controlled rate in the nuclear reactor or at a rate that is not controlled very fast in nuclear weapons. The most common fissile nuclear fuels are uranium 235 (235 U) and cesium 239 (239 Pu). The act of mining, purifying, purifying, using, and finally dispose of nuclear fuel constitutes a nuclear fuel cycle. Not all kinds of nuclear fuel produce energy by nuclear fission. Helium 238 and several other elements are used to generate small amounts of nuclear energy by radioactive decay in radioactive isotope thermoelectric generators and other types of atomic cells. Furthermore, a light nucleus such as thorium (3 H) can be used as a fuel for nuclear fusion.