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  • Technische Universität Bergakademie Freiberg
  • Fakultät 4 für Maschinenbau, Verfahrenstechnik und Energietechnik
  • Institut für Mechanische Verfahrenstechnik und Aufbereitungstechnik
  • Mechanische Verfahrenstechnik
  • Development of process models based on 3D information about the multiphase processes in the pore space of a filter cake
  • Publication A: Study on the influence of solids volume fraction on filter cake structures using micro tomography
  • Datenpaketanzeige
  •   Startseite
  • Technische Universität Bergakademie Freiberg
  • Fakultät 4 für Maschinenbau, Verfahrenstechnik und Energietechnik
  • Institut für Mechanische Verfahrenstechnik und Aufbereitungstechnik
  • Mechanische Verfahrenstechnik
  • Development of process models based on 3D information about the multiphase processes in the pore space of a filter cake
  • Publication A: Study on the influence of solids volume fraction on filter cake structures using micro tomography
  • Datenpaketanzeige
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X-ray tomography scans of filter cakes (feed slurry: variation in solid volume fraction)Open Access Icon

Subtitle: feed slurry: 10 to 40 vol.-% solid volume fraction, in-situ and in a VDI pressure nutsch built filter cakes

Thumbnail
CF_010_055200_021 (in-situ flow cell cake filtration, solid fraction 10 vol.-% of Al2O3, 55 µm < x < 200 µm, measurement 021) (3.355Gb)
CF_015_055200_020 (in-situ flow cell cake filtration, solid fraction 15 vol.-% of Al2O3, 55 µm < x < 200 µm, measurement 020) (3.477Gb)
CF_020_055200_016 (in-situ flow cell cake filtration, solid fraction 20 vol.-% of Al2O3, 55 µm < x < 200 µm, measurement 016) (3.300Gb)
CF_025_055200_019 (in-situ flow cell cake filtration, solid fraction 25 vol.-% of Al2O3, 55 µm < x < 200 µm, measurement 019) (3.502Gb)
CF_030_055200_017 (in-situ flow cell cake filtration, solid fraction 30 vol.-% of Al2O3, 55 µm < x < 200 µm, measurement 017) (3.701Gb)
CF_035_055200_015 (in-situ flow cell cake filtration, solid fraction 35 vol.-% of Al2O3, 55 µm < x < 200 µm, measurement 015) (3.503Gb)
CF_040_055200_018 (in-situ flow cell cake filtration, solid fraction 40 vol.-% of Al2O3, 55 µm < x < 200 µm, measurement 018) (4.480Gb)
VDI_025_055200_003a (sampled cake, built according VDI 2762, solid fraction 25 vol.-% of Al2O3, 55 µm < x < 200 µm, measurement 003a, above filte cloth, centre of cake) (1.283Gb)
VDI_025_055200_003b (sampled cake, built according VDI 2762, solid fraction 25 vol.-% of Al2O3, 55 µm < x < 200 µm, measurement 003b, beneath surface, centre of cake) (1.298Gb)
VDI_025_055200_007a (sampled cake, built according VDI 2762, solid fraction 25 vol.-% of Al2O3, 55 µm < x < 200 µm, measurement 007a, above filte cloth, next nutsch wall) (1.343Gb)
VDI_025_055200_007b (sampled cake, built according VDI 2762, solid fraction 25 vol.-% of Al2O3, 55 µm < x < 200 µm, measurement 007b, beneath surface, next nutsch wall) (1.365Gb)
VDI_025_055200_008 (sampled cake, built according VDI 2762, solid fraction 25 vol.-% of Al2O3, 55 µm < x < 200 µm, measurement 008, centre of cake) (5.692Gb)
VDI_025_055200_009 (sampled cake, built according VDI 2762, solid fraction 25 vol.-% of Al2O3, 55 µm < x < 200 µm, measurement 009, next nutsch wall) (5.735Gb)
data-license.txt (CC-BY-4.0) (12.81Kb)
Datum
2021
Autor
Löwer, Erik
Metadaten
Zur Langanzeige
Zusammenfassung
X-ray tomography measurements (Zeiss X-radia Versa 510) of in-situ and in a VDI pressure nutsch built filter cakes (Al2O3 crushed particles in 25 mmol/l KI brine with 24 m.-% glycerol). The filter cakes are measured completely saturated. The initial slurry contains Al2O3 particles by variation of the solid content from 10 to 40 vol.-%.
URI
https://opara.zih.tu-dresden.de/xmlui/handle/123456789/1961
http://dx.doi.org/10.25532/OPARA-121
Sammlungen
  • Publication A: Study on the influence of solids volume fraction on filter cake structures using micro tomography [1]Open Access Icon

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