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Portrait Professor Schreiner

Good Question: Will Hexanitrogen Solve Our Energy Problems?

Dr. Peter Richard Schreiner
Reading Time 1 min
October 11, 2026

Hexanitrogen (N₆) is a neutral nitrogen allotrope, meaning a molecular form composed solely of nitrogen atoms. It consists of a linear chain of six covalently bonded nitrogen atoms, essentially two linked azide units. The compound was successfully isolated for the first time in June 2025 by a team of chemists led by Prof. Peter R. Schreiner. Schreiner is Professor of Organic Chemistry at Justus Liebig University Giessen and Director of the Institute of Organic Chemistry.

Mr. Schreiner, will hexanitrogen solve our energy problems?

That’s an ambitious and far-reaching question. Hexanitrogen (N₆) is not a finished product, but a scientific breakthrough with revolutionary potential. When it decomposes into atmospheric nitrogen, no CO₂ is produced. As an energy source, N₆ would be clean and nontoxic, with an exceptionally high energy density.

However, we are only at the beginning of our research. The biggest challenge is the stability of N₆. We must learn to handle this extremely high-energy molecule safely—in its production, storage, and controlled decomposition. N₆ won’t solve our energy problems overnight, but it could be the key to new concepts for clean, highly efficient energy storage. This is a high-risk scientific project with the potential for enormous ecological and economic returns.

3D Model of the Hexanitrogen Molecule