Using Hydrogen For Cars
With gas prices soaring to outrageous levels every possible replacement or alternative to our dependence on fossil fuels is being closely evaluated. and this extend to the highly financed energy commissions through to the everyday consumer looking to get more mileage from their gas tank. Hydrogen for cars not only offers us the opportunity to explore new energy horizons, it also opens up tremendous possibilities for us to improve the way we travel altogether.
Among the many candidates to replace fossil fuels, hydrogen is showing great promise. It ocurs naturally in many everyday items, including water, coal and the compost heap in the back garden. Its natural abundance makes it all the more attractive in terms of developing this resource for widespread consumption.
The methods for the production of hydrogen for cars vary greatly, but all are more efficient and cleaner than fossil fuel production. For example a refinery for gasoline production that would require three hundred billion gallons of water to produce gasoline, would be require one million gallons of water if it were producing the same amount of hydrogen.
The gallon of gasoline equivalent to hydrogen costs about half as much as gasoline but improves fuel economy by over two-thirds more. Hydrogen fuel also decreases engine operating temperatures, all but eliminating emissions as well as the unwanted carbon footprint.
A big problem hindering the production of hydrogen-fueled vehicles is the lack of available hydrogen fuel. In the future, home hydrogen refueling stations may become a realistic possibility, but they are not currently affordable for most people.
If cars ran only on electricity that was generated on board via hydrogen fuel, we would see a new horizon in vehicle design. The equipment needed for propelling a car would be far more basic, and much smaller–thereby eliminating the problem of design limitations. Some such limitations involve having to account for a heat-producing engine, as well as bulky floorboard configurations which are required for driveline equipment currently.
Clean, cost effective and environmentally safe, hydrogen is the fuel of our future. As hydrogen production increases and becomes more available, fueling stations will open and we will reap the savings and environmental benefits of using hydrogen for cars. So, as the gas prices see little chance of going back to old lows, the advancement of hydrogen fuel technology will continue apace as more money is put into research and development by governments and corporations alike.
