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Decentral Green H 2

Decentral Green H 2. Decentral Green H 2 Production from CO2 neutral Hydrogen from Biomass for high efficient, decentralised electrical energy and heat production. Martin Miltner , David Konlechner Aleksander Makaruk , Ass.Prof . Michael Harasek Univ. Prof. Hermann Hofbauer

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Decentral Green H 2

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  1. Decentral Green H2 Decentral Green H2 Production from CO2 neutral Hydrogen from Biomass for high efficient, decentralised electrical energy and heat production Martin Miltner, David Konlechner Aleksander Makaruk, Ass.Prof. Michael Harasek Univ. Prof. Hermann Hofbauer mharasek@mail.zserv.tuwien.ac.at

  2. Decentral Green H2 The project • Funded by Austrian national grant (FFG) • Duration: 24 months • Started in January 2012 • Partners: • BEGAS Energie AG / BKB Biomasse Betriebs GmbH & Co KG • Binder Industrieanlagenbau GmbH

  3. Decentral Green H2 Process chain • thermo-chemical gasification of biomass using the “Sorption Enhanced Reforming” • additional “cold” scrubber cleaning for efficient tar removal • H2 enrichment up to 90% by one stage membrane technology • CO removal by adsorption • PEM fuel cell for power production

  4. Decentral Green H2 H2 enrichment using membranes • currently one stage membrane process to double the H2 concentration • checking different membrane materials and process conditions • executing long term experiments to demonstrate the reliability of the process at real conditions • upgrade the test facility, possibility of using two membrane stages and modify the temperature conditions • creation of design base for a pilot plant

  5. Decentral Green H2 Visit us: • www.membran.at • www.thvt.at

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