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Material Treatment in the Pulsation Reactor—From Flame Spray Pyrolysis to Industrial Scale
Current challenges in the areas of health care, environmental protection, and, especially, the mobility transition have introduced a wide range of applications for specialized high-performance materials. Hence, this paper presents a novel approach for designing materials with flame spray pyrolysis on a lab scale and transferring the synthesis to the pulsation reactor for mass production while preserving the advantageous material properties of small particle sizes and highly specific surface areas. A proof of concept is delivered for zirconia and silica via empirical studies. Furthermore, an interdisciplinary approach is introduced to model the processes in a pulsation reactor in general and for single material particles specifically. Finally, facilities for laboratory investigations and pulsation reactor testing in an industrial environment are presented.
Material Treatment in the Pulsation Reactor—From Flame Spray Pyrolysis to Industrial Scale
Current challenges in the areas of health care, environmental protection, and, especially, the mobility transition have introduced a wide range of applications for specialized high-performance materials. Hence, this paper presents a novel approach for designing materials with flame spray pyrolysis on a lab scale and transferring the synthesis to the pulsation reactor for mass production while preserving the advantageous material properties of small particle sizes and highly specific surface areas. A proof of concept is delivered for zirconia and silica via empirical studies. Furthermore, an interdisciplinary approach is introduced to model the processes in a pulsation reactor in general and for single material particles specifically. Finally, facilities for laboratory investigations and pulsation reactor testing in an industrial environment are presented.
Material Treatment in the Pulsation Reactor—From Flame Spray Pyrolysis to Industrial Scale
Stefan Heidinger (author) / Felix Spranger (author) / Jakub Dostál (author) / Chunliang Zhang (author) / Christian Klaus (author)
2022
Article (Journal)
Electronic Resource
Unknown
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