A platform for research: civil engineering, architecture and urbanism
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Additive Manufacturing of Al2O3‐Based Carriers for Heterogeneous Catalysis
Additive manufacturing techniques are known for their impressive possibilities in shaping complex structures, which would be beneficial in the production of alumina‐based catalyst shaped bodies. 3D printing of dense ceramics, especially Al2O3, is known for various printing systems. However, only little effort was done to produce pure alumina parts with increased BET surface areas and sufficient mechanical strength to be used as catalyst carriers. The applicability of four different printing techniques is evaluated and discussed to determine possibilities, strategies and limitations of each technique.
Additive Manufacturing of Al2O3‐Based Carriers for Heterogeneous Catalysis
Additive manufacturing techniques are known for their impressive possibilities in shaping complex structures, which would be beneficial in the production of alumina‐based catalyst shaped bodies. 3D printing of dense ceramics, especially Al2O3, is known for various printing systems. However, only little effort was done to produce pure alumina parts with increased BET surface areas and sufficient mechanical strength to be used as catalyst carriers. The applicability of four different printing techniques is evaluated and discussed to determine possibilities, strategies and limitations of each technique.
Additive Manufacturing of Al2O3‐Based Carriers for Heterogeneous Catalysis
Ludwig, Theresa (author) / von Seckendorff, Jennie (author) / Troll, Carsten (author) / Fischer, Richard (author) / Tonigold, Markus (author) / Rieger, Bernhard (author) / Hinrichsen, Olaf (author)
Chemie Ingenieur Technik ; 90 ; 703-707
2018-05-01
5 pages
Article (Journal)
Electronic Resource
English
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