Hydrogen Gas In Cars
Your car is very likely to be running on gasoline blended with ethanol, a corn-based fuel,
which has been touted recently as the answer to the dilemma of
ever-increasing oil prices and emissions of greenhouse gases. While
ethanol has been considered as a viable fuel for cars, it has been used
in this capacity for a long time without optimization, making it
questionable as the right choice. Hydrogen gas in cars can offer improved fuel economy, and is a more recently available option in this field.
The use of hydrogen gas in cars however has
seemingly countless benefits over both ethanol and gasoline fuels. It
is a much cleaner burning fuel that leave no carbon footprint as its
only emission is water vapor which is comprised of mostly nitrogen
which make up over seventy five percent of the air we breathe. It also
offers roughly two-thirds better fuel economy at about half the price.
Of the two major problems involved in converting to hydrogen gas in
cars, distance from a hydrogen gas generation facility may be the most
difficult to overcome. Without available refueling stations, you will
have problems finding the hydrogen fuel for your vehicle. The second
issue revolves around designing a viable on-board fuel generation
system to continuously power the vehicle.
The process of generating large amounts of hydrogen on board the
vehicle for burning in place of gasoline is still facing some
technological limitations limiting use of the technology on the open
road. Some auto manufacturers that plan to offer fully hydrogen-powered
vehicles are also working on producing home hydrogen gas fueling
stations. The home hydrogen fueling station has the potential to not
only fuel your car but also power your home as well, offering
tremendous saving both financially and environmentally.
There are several viable options for converting your
gasoline-powered vehicle into a hydrogen hybrid that will allow you to
take advantage of both the increases in fuel economy and a large
reduction in your vehicles emission. Commercially available kits
produce small amounts of hydrogen using the electricity generated by
your car and add it to the gasoline air/fuel mixture the car is already
running on. Prices range in cost from roughly two hundred dollars for
kits composed of easy to find parts, to kits requiring specialty
equipment that costs several thousand dollars.
Large-scale commercial production of hydrogen fuel shows signs of
expanding, and it will likely become more widely available. This will
allow us to begin seeing innovative new methods of using hydrogen gas
to fuel vehicles. But until then, backyard mechanics can experiment
with putting together their own version of a hydrogen gas hybrid using
a few easy-to-find parts and water. You can find instructions for this
so-called water4gas kit at various websites.
It's not only do-it-yourselfers and automobile manufacturers paying
attention to hydrogen gas in cars, energy companies and even
governments are now exploring hydrogen fuel technology. With more
interest along with financial resources to back up continuing research,
the day may soon come that hydrogen gas will be the fuel of choice
powering your car.
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