Build the zero-emission future with Atom
Build the zero-emission future with Atom
Embedded Files
ATOM's mission is to deliver clean, accessible and reliable energy in the form of hydrogen from renewable sources, accelerating decarbonization and creating positive social impact globally.
Imagine a world where companies with the power of clean renewable energy, where the air is crisp and the skies are blue. A world where factories are not just the engines of our economy, but also beacons of sustainability, leading the way towards a brighter future.
Imagine a world where companies with the power of clean renewable energy, where the air is crisp and the skies are blue. A world where factories are not just the engines of our economy, but also beacons of sustainability, leading the way towards a brighter future.
This is the world we want to create, a world where factories are powered by the endless energy of the sun and wind, captured and stored in the form of hydrogen. Imagine never having to worry about blackouts or emissions again.
This is the world we want to create, a world where factories are powered by the endless energy of the sun and wind, captured and stored in the form of hydrogen. Imagine never having to worry about blackouts or emissions again.
Imagine a future where factories power themselves, where the energy they produce is not just enough for their needs but also have a surplus to share with the community. A future where we work towards zero-emission and self-sufficiency. This future is possible, and we are dedicated to making it a reality, one company at a time.
Imagine a future where factories power themselves, where the energy they produce is not just enough for their needs but also have a surplus to share with the community. A future where we work towards zero-emission and self-sufficiency. This future is possible, and we are dedicated to making it a reality, one company at a time.
The process begins with the generation of electricity through renewable sources such as solar or wind power, this electricity is then used to power an electrolysis process, where water is split into its component parts, hydrogen and oxygen. The hydrogen is then stored in metal hydride vessels. These vessels have high hydrogen storage capacities and can absorb and desorb hydrogen in a reversible manner. When energy is needed, the hydrogen is released from the metal hydride vessels, through a heat exchange process. This hydrogen is then combined with oxygen in a fuel cell, generating electricity in a clean and efficient manner.
Page updated
Google Sites
Report abuse