Hydrogen fuel cells have the potential to be versatile and emission free energy carriers, rather than energy sources. Energy from hydrogen can be released either through combustion or through a controlled electro-chemical reaction in a fuel cell.
A fuel cell converts fuels, such as hydrogen, in the presence of oxygen, to electricity. Hydrogen fuel cells basically convert hydrogen and oxygen into water, producing electricity. One
of the benefits of hydrogen as an energy carrier is that it can be produced from a variety of energy sources including:
1. Natural gas & coal
2. Solar energy
3. Wind energy
4. Biomass energy
5. Nuclear energy
6. Waste hydrogen
Opportunities:
Hydrogen cells can be used in our cell phones and laptop computers, as back-up for communication systems and for hydrogen fuel cell buses.
British Columbia is a leading developer and test bed for fuel cell products, creating jobs through new companies and research institutes and working to create a clean environment for future generations.
British Columbia companies are recognized globally for being leaders in hydrogen and fuel cell technology for mobile, stationary and micro applications. For example, BC Transit's fleet of 20 fuel cell buses, planned for deployment in Whistler by 2010, is anticipated to be the largest fuel cell bus fleet in revenue service and the Whistler fuelling station will be the largest hydrogen station worldwide. This project has provided an opportunity for Canadian hydrogen and fuel cell companies to deploy their leading-edge technologies and expertise. Companies such as:
The Province’s continuing support for the B.C. hydrogen and fuel cell sector will help develop a leading hydrogen economy by:
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Provincial investments in education, research and key demonstration projects;
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Implementation of fuelling stations, a key step in the completion of the hydrogen highway.
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