/src/Controller/ProjectscontentController.php (line 206)
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'longtitle_de' => 'Mixed Alcohols from Biomass Steam Gasification III',
'longtitle_en' => 'Mixed Alcohols from Biomass Steam Gasification III',
'content_de' => '<p>BIOENERGY 2020+ betreibt seit 2010 Forschung und Entwicklung im Bereich der Gemischten Alkoholsynthese. In den vorangegangenen Projekten wurde eine Versuchsanlage im Labormaßstab, mit einer Kapazität von etwa 1 Nm<sup>3</sup>/h Synthesegas, aufgebaut und in Betrieb genommen. Überwiegend wurde die Synthese der Gemischten Alkohole selbst und Seitenreaktionen (z.B. Mercaptan-Bildung) untersucht. Des Weiteren wurde Forschungs- und Entwicklungsarbeit im Bereich des Methanol-Recycling und Gas-Recycling betrieben, sowie eine theoretische Studie über die Weiterverarbeitung der Gemischten Alkohole zu Kohlenwasserstoffe ausgearbeitet.</p>
<p>Das Ziel dieses Projekts ist es, notwenige Informationen für einen Upscale-Schritt der Gemischten Alkoholsynthese in den Pilotmaßstab zu generieren. Dies umfasst folgende Arbeiten:</p>
<p>• Design der Versuchsanlage im Pilotmaßstab. Definition der Prozessschritte, sowie detaillierte Massen- und Energiebilanz.</p>
<p>• Demonstration der Langzeitstabilität. Durchführung eines Langzeitversuchs an der Versuchsanlage im Labormaßstab.</p>
<p>• Demonstration im Pilotmaßstab. Aufbau und Betrieb einer Versuchsanlage im Pilotmaßstab am Standort des Projektpartners West Biofuels (Kalifornien, USA) um die Gemischte Alkoholsynthese im Pilotmaßstab auf Basis von hölzernen Biomasserückständen zu demonstrieren.</p>
<p>• Implementierung einer modellbasierten Regelungstechnikstrategie um eine präzisere Temperaturführung des Reaktors der Gemischten Alkohol Synthese zu ermöglichen.</p>
',
'content_en' => '<p>In BIOENERGY 2020+ research and development on the synthesis of mixed alcohols is done since 2010. Within the past projects a lab-scale plant was built and operated, where about 1 Nm³/h of synthesis gas was processed. The main investigations were research and development on the mixed alcohols synthesis (MAS) itself and on side reactions, e.g. formation of mercaptans. Also research and development on recycle of methanol to increase the amount of ethanol and recycle of tail-gas was started. The further processing of the mixed alcohols to hydrocarbons was examined based on literature data.</p>
<p>The objective of this project is now to prepare everything for up-scaling to pilot scale, which includes the following work:</p>
<p>• Design of the overall pilot plant including definition of main units and also detailed mass and energy balances.</p>
<p>• Performing long term tests of about 1000 hours at the lab scale unit in Güssing.</p>
<p>• Demonstrate the pilot-scale conversion of woody biomass residues to renewable ethanol in a scale of 10Nm³/h at the location of West Biofuels (project partner).</p>
<p>• Implementation of a model based control system, to have more precise temperature control of the MAS reactor</p>
',
'image_1' => '/webroot/files/image/Kompetenzbereiche/Simplified%20MAS%20reaction.jpg',
'image_1_caption_de' => 'Simplified MAS reaction',
'image_1_caption_en' => 'Simplified MAS reaction',
'image_1_credits_de' => '© BE2020',
'image_1_credits_en' => '© BE2020',
'image_2' => '/webroot/files/image/Kompetenzbereiche/Lab-scale%20process%20chain.jpg',
'image_2_caption_de' => 'Mixed alcohol synthesis lab-scale process chain',
'image_2_caption_en' => 'Mixed alcohol synthesis lab-scale process chain',
'image_2_credits_de' => '© BE2020',
'image_2_credits_en' => '© BE2020',
'image_3' => '/webroot/files/image/Kompetenzbereiche/Flowchart%20of%20the%20mixed%20Alcohol%20Synthesis.jpg',
'image_3_caption_de' => 'Flowchart of the mixed alcohol synthesis lab-scale process chain',
'image_3_caption_en' => 'Flowchart of the mixed alcohol synthesis lab-scale process chain',
'image_3_credits_de' => '© BE2020',
'image_3_credits_en' => '© BE2020',
'logos' => '<p>Albemarle<br />
Repotec GmbH<br />
UC San Diego<br />
West Biofuels<br />
Technische Universität Graz<br />
Technische Universiät Wien</p>
',
'finanzierung' => '<p>FFG, COMET</p>
',
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'Kurzbezeichnung' => 'MIXED ALCOHOLS III',
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'Oeffentlich' => '1',
'Projektname' => 'Mixed Alcohols from Biomass Steam Gasification III',
'Projektname_en' => '',
'Projektleitung' => (int) 1078,
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'citation' => 'Binder, M., Rauch, R., Koch, M., Summers, M., Aichernig, C., and Hofbauer, H.: Influence of sulfur components on the catalytic mixed alcohol synthesis based on wood gas derived from biomass steam. In: Proceedings of the 25th European Biomass Conference and Exhibition, 12 - 15 June 2017, Stockholm, Sweden.',
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Mixed Alcohols from Biomass Steam Gasification III
BIOENERGY 2020+ betreibt seit 2010 Forschung und Entwicklung im Bereich der Gemischten Alkoholsynthese. In den vorangegangenen Projekten wurde eine Versuchsanlage im Labormaßstab, mit einer Kapazität von etwa 1 Nm3/h Synthesegas, aufgebaut und in Betrieb genommen. Überwiegend wurde die Synthese der Gemischten Alkohole selbst und Seitenreaktionen (z.B. Mercaptan-Bildung) untersucht. Des Weiteren wurde Forschungs- und Entwicklungsarbeit im Bereich des Methanol-Recycling und Gas-Recycling betrieben, sowie eine theoretische Studie über die Weiterverarbeitung der Gemischten Alkohole zu Kohlenwasserstoffe ausgearbeitet.
Das Ziel dieses Projekts ist es, notwenige Informationen für einen Upscale-Schritt der Gemischten Alkoholsynthese in den Pilotmaßstab zu generieren. Dies umfasst folgende Arbeiten:
• Design der Versuchsanlage im Pilotmaßstab. Definition der Prozessschritte, sowie detaillierte Massen- und Energiebilanz.
• Demonstration der Langzeitstabilität. Durchführung eines Langzeitversuchs an der Versuchsanlage im Labormaßstab.
• Demonstration im Pilotmaßstab. Aufbau und Betrieb einer Versuchsanlage im Pilotmaßstab am Standort des Projektpartners West Biofuels (Kalifornien, USA) um die Gemischte Alkoholsynthese im Pilotmaßstab auf Basis von hölzernen Biomasserückständen zu demonstrieren.
• Implementierung einer modellbasierten Regelungstechnikstrategie um eine präzisere Temperaturführung des Reaktors der Gemischten Alkohol Synthese zu ermöglichen.
Projektvolumen
EUR 568.000,--
Projektlaufzeit
2015-10-01 - 2017-09-30
Finanzierung
FFG, COMET
Projektpartner
Albemarle
Repotec GmbH
UC San Diego
West Biofuels
Technische Universität Graz
Technische Universiät Wien
Ansprechperson
Matthias BINDER
matthias.binder@best-research.eu
Area Management
Matthias Kuba
matthias.kuba@best-research.eu
Gerald Weber
gerald.weber@best-research.eu