HYDROGEN ON DEMAND

Hydrogen On Demand (HOD) is a technology used to generate 99.95% pure hydrogen gas right at the point of consumption.  HOD is one of the very few technologies that is actually categorized as GREEN HYDROGEN, because no fossil fuels or CO2 are involved anywhere in the process.  HOD is made from the top 10 elements in the Earth's crust, and it is 100% environmentally friendly.  It comes easily from the Earth, and goes back easily to the Earth.  No heavy metals, rare earths, and no unusual materials - the primary ingredient is a waste stream from another industry.  After HOD is used, it can be recycled by drying out, reconstitution, and reused!  Not only is it good for the Earth, it is small and can be used in a vehicle or it can be used to deploy a hydrogen infrastructure anywhere needed.

How Does It Work?

Alloy + Water = Hydrogen gas.  The effect is very similar to how an Alka-Seltzer® tablet reacts in water.  The reaction from the HOD alloy and water creates Hydrogen gas that does the work.

What can Hydrogen on Demand be used for?

• Electricity - Fuel cells can be used to make electricity directly from hydrogen gas.
• Combustion - Replace or supplement diesel / gasoline / turbine (burn hydrogen gas instead of or burn partly with fuel), to eliminate or reduce carbon emissions.
• Pressure - Pneumatically actuate robotics and equipment.
• Heat - HOD can be formulated to function as a heat source

Key Differentiators:

• On-demand clean power, fuel, and heat source 
• Very economical to produce, 100% Eco-friendly 
• Made from the top 10 most abundant materials on Earth 
• Environmentally inert.  Lightweight.  Drop and go! 
• Works in any aqueous solution – Water, urine, even sewage! 
• All material is in abundant supply in North America, no dependence on foreign entities.  U.S. supply is ready and available. 
• Lower weight and higher energy density than batteries.  
• 3X higher power/weight ratio than gasoline
• Our material is 10X cheaper per watt, is made from common domestically available materials, and has a higher energy density per kilo than comparable Army Tech (and we do not use rare materials like Gallium or rare earths). 
• Our material can be engineered to perform in many applications.  More/less heat, more/less pressure, more/less reaction speed, etc.