Ziogas, AthanassiosAthanassiosZiogasHofmann, ChristianChristianHofmannBaranyai, SebastianSebastianBaranyaiLöb, PatrickPatrickLöbKolb, GuntherGuntherKolb2022-03-062022-03-062020https://publica.fraunhofer.de/handle/publica/26308610.1002/cite.201900140A novel flexible electrochemical microreactor has been developed. Flexibility is reached by a modular design, suitability for a broad process parameter range including high pressure operation, and accessibility of production scale. Selected reactor aspects have been validated by applying the reactor to three different electrosyntheses: synthesis of tailor‐made mixtures of paraffins by Kolbe electrolysis, cation flow method, and synthesis of peroxodicarbonate. High conversion rates, yields, selectivities, and Faraday efficiency levels have been observed, showing precise process control.enadditive manufacturingcation flow methodelectrochemical microreactorskolbe electrolysissynthesis of peroxodicarbonateelectrochemical reactorelectrochemistrySynthesesynthesismicro reactorsMikroreaktorMikroreaktionstechnik660journal article