Electra hosts a wide variety of publicly funded projects related to industrial electrochemistry. The topics we covered so far are diverse: hydrogen production, hydrogen separation, C02 reduction, ...
Learn more on currently running projects below!
We are also continuously searching for new cooperations and project ideas! Contact us, if you have something in mind!
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The HyInnoSep project aims to develop an electrochemical separation process for selectively extracting hydrogen from gas mixtures, facilitating its distribution through the existing natural gas grid.
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HyInnoChem, part of the Hydrogen Clusters4future framework, aims to electro-generate hydrogen peroxide using renewable energy, replacing the fossil-based anthraquinone process.
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The iNEW2.0 project develops novel and efficient electrolysis processes for sustainable power-to-X value chains that use renewable energy and CO₂ to enable climate-neutral industrial processes.
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The SEGIWA project, part of the H2Giga platform, aims to scale up Siemens Energy's Silyzer 300® technology from manual to gigawatt-range series production by optimizing manufacturing processes.
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DERIEL at RWTH Aachen uses model-based process engineering to study integrating electrolysis in production chains, investigating carbon monoxide provision and the aging of MEAs under different load profiles.
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The Fuel Science Center develops integrated conversion and combustion systems to transform renewable electricity, biomass, and CO₂ into high-density bio-hybrid fuels as sustainable alternatives to fossil fuels.
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PRELUDE develops robust electrolysis components and processes that enable direct hydrogen production from sea and process waters, reducing the demand for potable water while promoting resource recycling and value-added product synthesis.
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VERGE is an EU project developing an electrolyzer to produce sustainable liquid ammonia directly from renewable electricity, reducing emissions and maximizing renewable energy use.
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APRiCOT unites German and French experts to study BPM junction differences between MEA-based and freestanding configurations, aiming to boost performance in electrodialysis and electrolysis applications.
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ECDehalo develops modular electrochemical cells using microtubular electrodes to remove persistent PFAS pollutants from water, ensuring a sustainable clean water supply.
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