Trolysis

A four-step chemical process for producing clean hydrogen fuel using recycled aluminum scrap and water. The process involves stripping aluminum of its natural oxide coating, reacting it with water to split water molecules, collecting hydrogen, and recycling the aluminum byproduct.

Clean, renewable hydrogen fuel produced through a chemical process using recycled aluminum scrap and water. The product is designed for on-demand use and produces zero carbon emissions.

The current leading industrial method for hydrogen production. It is costly and environmentally damaging, serving as the baseline comparison for Trolysis's alternative approach.

A chemical process where stripped aluminum reacts with water to split water molecules into hydrogen and oxygen. The process does not require external electricity input.

Technology that generates electricity through an electrochemical reaction between hydrogen and oxygen, with water as the only byproduct.

A four-step chemical process for producing clean hydrogen fuel using recycled aluminum scrap and water. The process involves stripping aluminum of its natural oxide coating, reacting it with water to split water molecules, collecting hydrogen, and recycling the aluminum byproduct.

Clean, renewable hydrogen fuel produced through a chemical process using recycled aluminum scrap and water. The product is designed for on-demand use and produces zero carbon emissions.