Beyond Mankind, the Planet

Compared to other fuels, H2 is defined as an energy vector with desirable properties for most economic sectors as well as bringing its own technological challenges due to its intrinsic characteristics.

 A DC electrical power source is connected to two electrodes which are placed in the water. Hydrogen will appear at the cathode, and oxygen will appear at the anode. The amount of hydrogen generated is twice the amount of oxygen, and both are proportional to the total electrical charge conducted by the solution.  

The H2market has been growing steadily since 1975. New markets are emerging, such as the synthetic products that use it (eg Methanol, DRI…)

• The objective is to produce ccH2 at 1 USD/kg 
• 1$: Attainable by reducing the amount of electricity, i.e. increasing the efficiency of the process.
• 2$: In 2030, for Natural gas or Coal, with or without CCUS.
• 3$: D.O.E. target is based on the energy density : 120 MJ/Kg for H2 - 130MJ/US Gallon for gazoline 

Demonstrate that it’s possible to increase significantly the energy efficiency of the process, that is, reduce the average energy consumption by more than 

50 kWh/kg of hydrogen (currently  

65 kWh/kg to less than 15 kWh/kg)

Clean and Cheap Hydrogen for all !

You have the chance to get on board and participate in an adventure that will imperatively change the face of the world, join us!