Energy
Clean energy generation and distribution.
The science of H₂
The element of
life and the universe
A basic element for life and the most abundant in the entire universe — fuel of the stars and the fourth most abundant element on the planet.
GaseousFlammableColourlessOdourlessInsoluble in waterNeither metal nor non-metal
Energy
An enormous amount
of energy in a minimal size
Despite its size, H₂ holds an enormous amount of energy. Every fuel is made up mostly of H₂ and C — the richer in Hydrogen, the higher its calorific value.
Higher Heating Value
~3×
H₂ holds roughly three times more energy per kilogram than petrol, making it one of the most efficient fuels known.
| Fuel | Density (kg/L or m³) | Calorific value Low–High (MJ/kg) | CO₂ emissions (kg/L or m³) |
|---|---|---|---|
| Diesel | 0.85 | 35.8 – 42.7 | 2.7 |
| Ethanol | 0.79 | 19.6 – 26.8 | 1.5 |
| Natural Gas | 0.80 | 37.4 – 44.0 | 1.9 |
| Petrol | 0.76 | 31.8 – 44.4 | 2.3 |
| Hydrogen | 0.09 | 120.1 – 141.9 | 0.0 |
Hydrogen is storable in liquid or gaseous form — and transportable to wherever the energy is needed.
Applications
Unmatched versatility
With such versatility, H₂ is considered one of the best paths to decarbonising the economy.
Transport
Fuel cell vehicles.
Industry
Industrial input and raw material.
Pharmaceutical
Pharmaceutical and medical products.
Fertilisers
Ammonia and fertiliser synthesis.
Industrial Heat
Heat source for industrial processes.
Chemical Processes
Catalyst and reagent.
Reducing Agent
Metal reduction in metallurgy.
Organic Reactions
Reagent in organic synthesis.
Storage
Renewable energy storage.
Classification
Types of hydrogen
Classified by colour according to CO₂ emissions, production method and raw materials.
Grey Hydrogen
The most widely used method. Produced from Natural Gas or Petroleum, releasing CO₂ as a by-product.
Blue Hydrogen
Produced from fossil hydrocarbons with CO₂ capture. A low-carbon process compared to Grey.
Green Hydrogen
Water electrolysis powered by renewable energy. Zero CO₂ emissions — the future of energy.
Process
Standard H2V cycle
Using renewable energy, the water molecule is split into H₂ and O₂ — without any CO₂ emissions.
Renewable Energy
Solar and wind power the process.
H₂O Electrolysis
Electric current splits the molecule.
H₂ + O₂ Generation
Zero CO₂ emissions.
Storage
Liquid or gaseous, in tanks.
End Use
Transport, industry, energy.
Meet the
Hydrogen Generator
Patented technology that produces Green Hydrogen on demand, with an unbeatable energy balance.
See the generator