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H2MemClean

H2MemClean. Concentration and purification of hydrogen through gas permeation. Tino Lassmann, Aleksander Makaruk , Martin Miltner Univ. Ass. Walter Wukovits Ass.Prof . Michael Harasek Univ.Prof . Anton Friedl tino.lassmann@tuwien.ac.at. H2MemClean. OBJECTIVE OF THE PROJECT.

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H2MemClean

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  1. H2MemClean Concentration and purification of hydrogen through gas permeation Tino Lassmann, Aleksander Makaruk, Martin Miltner Univ. Ass. Walter Wukovits Ass.Prof. Michael Harasek Univ.Prof. Anton Friedl tino.lassmann@tuwien.ac.at

  2. H2MemClean OBJECTIVE OF THE PROJECT • Hydrogen produced from fermentation is purified through membrane separation. • Development of a single-stage prototype. • Continuous operation under real conditions  „proof of concept“. • Implementation of measured data into a multi-stage simulation model. PROJECT DESCRIPTION

  3. H2MemClean SIMPLIFIED FLOW CHART OF THE SINGLE-STAGE PROTOTYPE

  4. H2MemClean OBJECTIVE OF THE CONTINUOUS OPERATION • Optimizing operating conditions and process parameters. • Collecting operational data for technical and economic evaluation: • Achievable gas qualities • Estimation of the lifetime • Operating stability • Stable production of high quality hydrogen.

  5. H2MemClean OBJECTIVE OF THE MULTI-STAGE MEMBRANE SIMULATION • Determination of • the achievable gas quality. • the ideal membrane process setup. • Economic evaluation from mass and energy balances. Aspen Custom Modeler® Aspen Plus®

  6. H2MemClean This project is supported by the Climate and Energy Fund and is performed under the program "NEUE ENERGIEN 2020". Dieses ProjektwirdausMitteln des Klima- und Energiefondgefördert und wird imRahmen des Programms “NEUE ENERGIEN 2020” durchgeführt. http://www.klimafonds.gv.at

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