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Hythane® - The transitional fuel |
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Advantages
--» Extremely low or zero emissions.
--» Being an onsite production through natural gas, hydrogen does not require pipe lines and other infrastructures from sources.
--» Also On-site storage requirement can be easily determined by rate of production and required rate of dispensing.
--» High efficiency ICEs are possible, at lower cost than fuel cells (today).
--» Large emissions leverage factors are possible with H2.
--» Conventional metal hydrides and even complex chemical hydrides have great opportunities in.
--» H2 storage.
--» Conventional metal hydrides have excellent safety characteristics.
The only disadvantage includes difficulty in its storage.
Hythane® is our patented blending technology to generate required ratio of hydrogen : methane
H2 + CH4 --» Hythane
Existing Natural Gas Infrastructure Eases transition to Hythane
--» CNG no longer experimental - over 3 million vehicles on the globe now.
--» Existing CNG/LCNG vehicles can easily be converted to operate on Hythane.
--» Hythane can be deployed at existing CNG and LCNG stations.
--» Natural gas reformers and Hythane blending equipment is available today.
--» Customer base already accustomed to using a gaseous fuel.
--» 100% compatible with existing natural gas infrastructure.
--» Low-cost, premium blend of Hydrogen and Natural Gas: 5-7% H2 by energy; 20% H2 by volume.
--» Ultra-low emissions - 50% NOx and CO - High efficiency.
--» Only software changes usually required to engine.
--» Achieves new, low-emission standards and regulations.
--» Leveraged use of hydrogen versus production costs.
--» Provides immediate market for developing a hydrogen infrastructure.
--» lt Fuel stations can supply all 3 fuels - Natural Gas, Hythane, and Hydrogen.
--» We need to : 1) Get a large NOx reduction with limited H2, 2) Always use "Leverage".
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