Two brand-new technologies made SPERA Hydrogen possible.
1.Organic Chemical Hydride (OCH) Technology
This technology enables the transport of hydrogen at ambient temperature and pressure: fixing hydrogen to toluene, a major component of gasoline, produces a liquid called methylcyclohexane (MCH), which is suitable for use at ambient temperature and pressure. Such produced hydrogen is named SPERA Hydrogen. The structural storage of hydrogen in bulk and long-distance transportation at less cost is facilitated because it eliminates the need for hydrogen to be liquefied at cryogenic temperatures or pressurized in cylinders.
2. Dehydrogenation Catalyst
This process extracts hydrogen from MCH through a nano separatingtechnology. So far it was considered impossible to separate hydrogen from MCH via a chemical separating process; a catalyst with proprietary nanotechnology made it. The first dehydrogenation catalyst, which Chiyoda Corporation succeeded in developing in 2004, is useful for supplying the exact amount of hydrogen on demand at any time and any place. SPERA Catalyst not only makes it possible to easily extract hydrogen from SPERA Hydrogen (MCH), but has also a long lifespan and can be mass-produced.
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