Following the lecture by Roel van de Pas from Nedstack, Max Aerts will: DENS (Dutch Energy Solutions) on how Hydrozine can play an important role in long-term storage of hydrogen.

Hydrozine (also known as formic acid) is an acid that is formed by binding hydrogen to CO2. In his presentation, Max Aerts explains how a Hydrozine generator, based on fuel cell technology, uses the liquid hydrogen carrier Hydrozine to generate green energy from hydrogen. He also discusses the possible applications of this technology, such as a generator.

The reading of Max Aerts by DENS takes place on Thursday, November 12 at 2:30 PM, following Roel van de Pas's lecture, Nedstack.

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