object(App\Model\Entity\Projectscontent) {

	'id' => (int) 400,
	'project_id' => (int) 628,
	'longtitle_de' => 'SynClean',
	'longtitle_en' => 'SynClean',
	'content_de' => '<ul>
</ul>

<p>Die Gasreinigung stellt einen gro&szlig;en Unsicherheitsfaktor in Vergasungsprozessen dar. Wenn das Gas f&uuml;r Syntheseprozesse verwendet wird, muss eine hohe Reinheit (wenig Verunreinigungen durch Schwefel oder Aromaten) und ein niedriger Taupunkt zur Vermeidung von Kondensation im Kompressor sichergestellt werden.</p>

<p>Durch Versuchsreihen im Labor konnte ein Vorhersagemodell f&uuml;r die adsorptive Entfernung von Aromaten und Schwefelkomponenten entwickelt werden. Dieses Modell wurde durch diverse Versuche best&auml;tigt. Teertaupunkte von -14&deg;C konnten gemessen werden.</p>

<p>Eine erfolgreiche Umsetzung der Schwefelentfernung konnte bereits gemeinsam mit der Firma RGH2 in ihrer Wasserstoffproduktionsanlage demonstriert werden.</p>

<p><strong>Ausgangslage:</strong></p>

<ul>
	<li>Gasreinigung oft Problem in Syntheseprozessen</li>
	<li>Hoher Kostenfaktor / wenig erforscht</li>
	<li>Gase m&uuml;ssen &bdquo;Kompressortauglich&ldquo; sein</li>
</ul>

<p><strong>Methodik:</strong></p>

<ul>
	<li>Versuchsreihen im Labor&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;</li>
</ul>

<p><strong>Ergebnisse:</strong></p>

<ul>
	<li>Reduktion des Gastaupunktes auf -14&deg;C &agrave; Kompressortauglich</li>
	<li>Vorhersagemodell f&uuml;r Entfernung Teer und Schwefelkomponenten</li>
</ul>

<p><strong>Anwendung:</strong></p>

<ul>
	<li>Wasserstoffproduktion von RGH2 erfolgreich eingesetzt</li>
</ul>
',
	'content_en' => '',
	'image_1' => '/webroot/files/image/Projektseite/SynClean.jpg',
	'image_1_caption_de' => '',
	'image_1_caption_en' => '',
	'image_1_credits_de' => '© BEST GmbH',
	'image_1_credits_en' => '© BEST GmbH',
	'image_2' => '',
	'image_2_caption_de' => '',
	'image_2_caption_en' => '',
	'image_2_credits_de' => '',
	'image_2_credits_en' => '',
	'image_3' => '',
	'image_3_caption_de' => '',
	'image_3_caption_en' => '',
	'image_3_credits_de' => '',
	'image_3_credits_en' => '',
	'logos' => '<p>Rouge H2 Engineering GmbH</p>

<p><img alt="" src="/webroot/files/image/Projektseite/RG-H2.jpg" style="height:417px; width:800px" /></p>
',
	'finanzierung' => '<p>FFG, COMET</p>
',
	'active' => true,
	'created' => null,
	'modified' => null,
	'projektvolumen' => '',
	'project' => object(App\Model\Entity\Project) {

		'Nummer' => (int) 628,
		'Projektnummer' => 'C200840',
		'Kurzbezeichnung' => 'SYNCLEAN',
		'Kurzbezeichnung_en' => '',
		'Oeffentlich' => '1',
		'Projektname' => 'SynClean',
		'Projektname_en' => 'SynClean',
		'Projektleitung' => (int) 173,
		'Start' => object(Cake\I18n\FrozenDate) {

			'time' => '2019-04-01 00:00:00.000000+00:00',
			'timezone' => 'UTC',
			'fixedNowTime' => false
		
		},
		'Ende' => object(Cake\I18n\FrozenDate) {

			'time' => '2020-09-30 00:00:00.000000+00:00',
			'timezone' => 'UTC',
			'fixedNowTime' => false
		
		},
		'publications' => [
			(int) 0 => object(App\Model\Entity\Publication) {

				'id' => (int) 1131,
				'titel' => 'Developing an adsorption-based gas cleaning system for a dual fluidized bed gasification process',
				'subtitel' => '',
				'autor' => '',
				'herausgeber' => '',
				'jahr' => (int) 2020,
				'datum_publikation' => '',
				'publications_type_id' => (int) 1,
				'publications_category_id' => (int) 9,
				'publications_subcategory_id' => (int) 7,
				'issn' => '',
				'copyright' => '',
				'citation' => 'Loipersböck J, Weber G, Rauch R, Hofbauer H. Developing an adsorption-based gas cleaning system for a dual fluidized bed gasification process.Biomass Conversion and Biorefinery. 2020.',
				'abstract' => '<p>Biomass has the potential to make a major contribution to a renewable future economy. If biomass is gasified, a wide variety of products (e.g., bulk chemicals, hydrogen, methane, alcohols, diesel) can be produced. In each of these processes, gas cleaning is crucial. Impurities in the gas can cause catalyst poisoning, pipe plugging, unstable or poisoned end products, or harm the environment. Aromatic compounds (e.g., benzene, naphthalene, pyrene), in particular, have a huge impact on stable operation of syngas processes. The removal of these compounds can be accomplished by wet, dry, or hot gas cleaning methods. Wet gas cleaning methods tend to produce huge amounts of wastewater, which needs to be treated separately. Hot gas cleaning methods provide a clean gas but are often cost intensive due to the high operating temperatures and catalysts used in the system. Another approach is dry or semi-dry gas cleaning methods, including absorption and adsorption on solid matter. In this work, special focus was laid on adsorption-based gas cleaning for syngas applications. Adsorption and desorption test runs were carried out under laboratory conditions using a model gas with aromatic impurities. Adsorption isotherms, as well as dynamics, were measured with a multi-compound model gas. Based on these results, a temperature swing adsorption process was designed and tested under laboratory conditions, showing the possibility of replacing conventional wet gas cleaning with a semi-dry gas cleaning approach.</p>
',
				'pdf_file' => '',
				'hyperlink' => 'https://link.springer.com/article/10.1007/s13399-020-00999-1',
				'downloadbar' => true,
				'active' => true,
				'created' => object(Cake\I18n\FrozenTime) {

					'time' => '2020-11-09 08:01:38.000000+00:00',
					'timezone' => 'UTC',
					'fixedNowTime' => false
				
				},
				'modified' => object(Cake\I18n\FrozenTime) {

					'time' => '2020-11-09 08:01:38.000000+00:00',
					'timezone' => 'UTC',
					'fixedNowTime' => false
				
				},
				'_joinData' => object(App\Model\Entity\ProjectsPublication) {

					'id' => (int) 961,
					'project_id' => (int) 628,
					'publication_id' => (int) 1131,
					'created' => object(Cake\I18n\FrozenTime) {

						'time' => '2023-05-04 14:15:47.000000+00:00',
						'timezone' => 'UTC',
						'fixedNowTime' => false
					
					},
					'modified' => object(Cake\I18n\FrozenTime) {

						'time' => '2023-05-04 14:15:47.000000+00:00',
						'timezone' => 'UTC',
						'fixedNowTime' => false
					
					},
					'[new]' => false,
					'[accessible]' => [
						'*' => true,
						'id' => false
					],
					'[dirty]' => [],
					'[original]' => [],
					'[virtual]' => [],
					'[hasErrors]' => false,
					'[errors]' => [],
					'[invalid]' => [],
					'[repository]' => 'ProjectsPublications'
				
				},
				'[new]' => false,
				'[accessible]' => [
					'*' => true,
					'id' => false
				],
				'[dirty]' => [],
				'[original]' => [],
				'[virtual]' => [],
				'[hasErrors]' => false,
				'[errors]' => [],
				'[invalid]' => [],
				'[repository]' => 'Publications'
			
			}
		],
		'employee' => null,
		'project_area' => null,
		'display_name' => 'C200840 -  SYNCLEAN',
		'[new]' => false,
		'[accessible]' => [
			'*' => true,
			'Nummer' => false
		],
		'[dirty]' => [],
		'[original]' => [],
		'[virtual]' => [
			(int) 0 => 'project_area',
			(int) 1 => 'display_name'
		],
		'[hasErrors]' => false,
		'[errors]' => [],
		'[invalid]' => [],
		'[repository]' => 'Projects'
	
	},
	'[new]' => false,
	'[accessible]' => [
		'*' => true,
		'id' => false
	],
	'[dirty]' => [],
	'[original]' => [],
	'[virtual]' => [],
	'[hasErrors]' => false,
	'[errors]' => [],
	'[invalid]' => [],
	'[repository]' => 'Projectscontent'

}