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to an anode and release of a proton into the solution. In addition to producing hydrogen and electricity, wastewater used as feedstock is simultaneously cleansed by the device.
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than 40% longer life than carbon black under simulated cathode operating conditions. The same UCR group has also demonstrated previously that carbon nanotube based catalysts can double the Pt utilization, potentially leading to a significant cost reduction for fuel cell production. Durability and co
dioxide emissions by 15%. Hydrogen fuel cells are also a potential growing market. Companies operating in this market include PolyFuel. QuantumSphere is developing fuel cell catalysts which use alternative metals such as nickel instead of the more commonly used platinum. Catalytic Solutions and Nano