Welcome to Power2Hype

A four-year EU funded project that will establish a new electrochemical production route for hydrogen peroxide

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Project’s Background

Hydrogen peroxide (H2O2) is a widely used commodity chemical, it has a strong oxidizing capacity, and releases only water and oxygen upon its decomposition – no harmful compounds are formed. Industrial applications of H2O2 include wastewater treatment, bleaching, sanitation, chemical synthesis, and aerospace fuels.

The conventional production process of H2O2, presently operated in large-scale industrial units, is energy-intensive and causes substantial greenhouse gas emissions and the generation of problematic waste streams. Furthermore, the conventional process is optimized for centralized production in high volumes, while being much less suitable for small-scale application and a decentralized H2O2 supply in remote places, avoiding the necessity of transporting aqueous H2O2 solutions over long distances.

Follow Power2Hype on a new sustainable route for hydrogen peroxide production

hydrogen peroxide productionhydrogen peroxide production

Based on air and water as only feedstocks, and driven only by renewable energy as the sole energy source, this new approach addresses an economically viable and green alternative to the classical energy-demanding anthraquinone oxidation (AO) process.

The EU-funded project Power2Hype develops a sustainable route for H2O2 production through a pioneering electrochemical process: cathodic oxygen reduction is paired with anodic water oxidation, enabling efficient H2O2 production in both half-cells. A downstream processing unit is developed and integrated with the electrolyzer, yielding highly concentrated H2O2 solutions. In Power2Hype, the entire process chain is demonstrated at technically relevant scale.

Power2Hype aims to:


and optimise the cell components for large-scale electrochemical production of hydrogen peroxide.


develop and integrate a new electrochemical process and a corresponding reactor concept.


and demonstrate the innovative electrochemical process in a relevant operational environment.


the feasibility and sustainability of the new process from technical, environmental and (socio-)economic perspective.


and implement an exploitation strategy for the project developments.

Meet our consortium