2016
DOI: 10.1002/cite.201600001
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Findung und Charakterisierung von Adsorbentien zur CO2‐Adsorption aus feuchten Gasströmen

Abstract: Mittels Literaturrecherche wurden Adsorbentien identifiziert, die zur physikalischen Adsorption von anthropogenem CO2 aus feuchten Gasströmen geeignet sind. Amindotierte, Silica‐basierte Adsorbentien waren am besten geeignet. Durchbruchskurven von CO2 und Wasserdampf im Gemisch an diesen wurden gemessen. Das amindotierte Silicagel Tri‐PE‐MCM‐41 zeigte sehr gute Eigenschaften bzgl. der CO2‐Adsorption aus feuchter Luft. Die thermodynamische Auswertung der Reinstoffadsorption von CO2 mittels des ALIc‐Modells zeig… Show more

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“…Therefore, the development of low‐polluting, renewable CO 2 adsorbents has become a top priority 10 . Among all adsorbents for CO 2 capture, solid adsorbents, such as covalent organic framework, 11 metal‐organic framework, zeolite molecular sieves, 12 silicon‐based materials, 13 alkali metal carbonate materials, 14 porous carbon materials, and so on 15 are widely considered because of their low corrosiveness, low regeneration cost, low pollution, and high stability. Porous carbon materials have abundant sources, developed pore structures, and modifiable surface chemistry 16 .…”
Section: Introductionmentioning
confidence: 99%
“…Therefore, the development of low‐polluting, renewable CO 2 adsorbents has become a top priority 10 . Among all adsorbents for CO 2 capture, solid adsorbents, such as covalent organic framework, 11 metal‐organic framework, zeolite molecular sieves, 12 silicon‐based materials, 13 alkali metal carbonate materials, 14 porous carbon materials, and so on 15 are widely considered because of their low corrosiveness, low regeneration cost, low pollution, and high stability. Porous carbon materials have abundant sources, developed pore structures, and modifiable surface chemistry 16 .…”
Section: Introductionmentioning
confidence: 99%