Institute of Particle Technology / University of Applied Sciences In / Plant Engineering / mill AFG / Brandenburg University / /
IndustryTerm
container systems / mixer feeding solutions / powder processing technologies / end product / fluid bed technology / energy efficient dry processing / Industrial sugar processing / greater energy efficiency / chemical products / temperature processing equipment / divers raw material handling systems / oil / auxiliary equipment / protective systems / food / particle processing / particulate products / energy / batch technologies / energy costs / powder processing / Energy consumption / stirred vertical media mills / appropriate measuring devices / gas-tight centrifuges / energy-efficient air supply / chemical industry / measurement systems / energy purposes / flow sheet simulation tool / High temperature processing / developed jet mill technology show advantages / lower energy demand / food industry / Wet processing / /
Organization
Friedrich-Alexander Universität Erlangen / School of Engineering / Department of Mineral Processing / Hochschule Ostwestfalen Lippe / Faculty of Environmental Sciences and Process Engineering / University of Edinburgh / Institute of Particle Technology / University of Applied Sciences In / Brandenburg University of Technology Cottbus-Senftenberg Pelletizing / /
Person
Carl Emsley / Claudia Glaser / Benedikt Köninger / Eric Emmert / Alexander Universität Erlangen / Jin Y. Ooi / Alexander Auer / Rainer Barnekow / Ingrid Löhle / Frank Schnur / Karl Kraus / Charles Vergé / Frank Muller / Marc Jacos / Bernd Broeckmann / Franz Mader / Silvia Bräunlein / Tom Friedenberger / Karlheinz Bühler / Thomas Anlauf / Ernst Krendlinger / Friedrich-Alexander Universität / Matthias Maurer / Bernhard Öttl / /
Position
Head / Compaction Division General / Head of R&D / /
ProgrammingLanguage
Pascal / /
PublishedMedium
Plant Engineering / /
Technology
Technology of Vacuum De-Aeration / The fluid bed technology / fluid dynamics / heat transfer / Aeration Technology / batch technologies / simulation / powder processing technologies / /