Hydrogen Energy - using what we have



 


  A SPECIAL REPORT
 
              
 
Hydrogen Energy
            Using What we Have

 
 
   Using What We Have: Hydrogen Energy

  Hydrogen is the most abundant element on earth, always found combined with other elements to form chemical compounds. One example of this is water-H2O-which is a combination of hydrogen and oxygen.

  By harnessing the power of this element, we can create a natural form of energy that is not only renewable, but also healthy for the earth.

  This technology, which NASA has been using for years, is now being researched for possible use in everyday life.    

  Hydrogen energy is stored in the form of fuel cells.


  These fuel cells are what powers spaceships during takeoff. Because hydrogen is not found naturally by itself, the first step to building a fuel cell is to remove the hydrogen from a compound.

  Hydrogen is found not only in water, but also in natural gas, the substance most often used for this process, which is known as reforming and uses heat to separate the hydrogen from the natural gas. When water is used, a similar process, called electrolysis, is used to separate the hydrogen and oxygen with an electrical current. The result of each of these processes is more energy, in the form of hydrogen, than is used in the process itself.

   Hydrogen energy is researched because it is such a pure from of power. An engine that uses hydrogen produces almost no pollution, making it much preferred over fossil fuels.

       

 In the space shuttle example, for instance, the byproduct of burning hydrogen to power lift-off is purified water, which the astronauts then can drink. Therefore, using hydrogen power is not only clean, but also useful.

   Fuel cells are often compared to batteries, and work in much of the same manner, but unlike batteries, which eventually lose their charges, a fuel cell continues to work until its source of hydrogen is cut off. Inside the cell, oxygen is combined with hydrogen, and the chemical process that produces water also gives off heat and electricity. The water can then be broken into hydrogen and oxygen once again, and the process starts all over again.

  In the future, scientists have predicted that fuel cells will become more widely used. Currently, they are still working on more convenient storage methods since hydrogen, although very light, takes up a lot of space.

  When this process becomes more refined and cost effective, hydrogen could be a solution to the world's energy problems, and since the process is not only renewable, but clean, it can help save our environment as well.


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   Read the reports, print and put them in a binder for ready reference, and visit my "Alternative Energy" website for more useful ideas and money and environment saving information.    
... Richard Rossbauer


 
About the Author -  Richard Rossbauer has been writing about important environmental considerations and related topics for the past 6 or 7 years. His website at  www.RichardPresents.com also offers tips and tools for doing fun things like family gardening, camping, cooking, bird watching, and other enjoyable and entertaining family activities..
These helpful articles may be copied as long as the content and the author's bio are not altered, and the link to his website remains active.

  

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