Rising prices for major pièces automobile fuels such as petroleum products, gasoline and diesel are one of the biggest problems in the world these days. Even rising prices are associated with a global recession. This is a great opportunity to focus on alternative fuels for automobiles. There are different types of fuel for automobiles.

The truth is that there can be no important qualitative and quantitative studies in the field of various alternative fuels. Perhaps the pollution caused by these fuels and the cost of fluctuations in these fuels are excellent conditions for conducting some important research on alternative routes.

The most widely used alternative fuel for automobiles is liquefied petroleum gas, which is mainly propane. Not as expensive as diesel or oil. At the same time, it does not cause as much pollution as the other two. Ethanol and methanol can also be used as efficient fuels, reducing the level of environmental pollution.

Biodiesel is another alternative fuel for automobiles. It can be made from certain types of vegetables and plants. It has almost all the features of diesel and can be used on all diesel vehicles without any additional components or replacements. Also, when using biodiesel, vehicle emissions are much less toxic than when using real diesel. Plants that can extract biodiesel can be grown on a large scale at low cost.

Electricity is another alternative fuel for automobiles. Many functional prototypes of various electric vehicles have been developed. However, power shortages and actual power shortages are obstacles to their widespread use. Perhaps electric fuels are great for reducing environmental and noise pollution levels. Advances in the development of various batteries are contributing to the development of electric vehicles.

Scientists and researchers are increasingly looking for new ways to replace cars. Hydrogen gas is a potential fuel for progress in this area. Research is underway on gas combustion methods and various methods for easily storing hydrogen gas in vehicles.

The use of solar energy as fuel for automobiles is also being considered. Today, solar energy is used in the home for a variety of electrical purposes. Efforts are underway to transform home usage practices into the automotive sector.

The biggest problem is the need to modify the vehicle’s existing mechanical working system to accommodate solar fuel. Unless a mechanism is introduced to overcome this technical hurdle, the prospect of using solar energy as fuel for automobiles does not look bright.