Glatt fluidized bed technologies for sophisticated product design: Added-value ingredients require gentle processes and sustainable packaging. At Fi Europe, particle design, process development and plant engineering specialist Glatt will present innovative solutions to meet these needs.
The Glatt Powder Synthesis is not only suitable to produce powders but also for the coating of materials. Starting from suspensions, drying, coating and calcination can be done in one step by a core-shell process.
Besides the presentation of the technology, the fabrication of photocatalysts as well as oxide materials for the generation of hydrogen will be exemplified.
Free-flowing granules and pellets from liquids and powders using innovative fluid bed and spouted bed technology at Booth G12 in Hall 1. With state-of-the-art fluid bed and spouted bed technologies, Glatt offers intelligent particle design to dry, shape and functionalize powders and granules with the desired properties in just one process step, improving their application and handling.
In January 2022, plant manufacturer and process expert, Glatt Ingenieurtechnik, expanded its powder synthesis capacity at the company’s technology center in Weimar. The newly installed system ensures a homogenous process temperature throughout the entire length of the ProAPP® 80 HT reactor or the targeted adjustment of temperature gradients. This allows different process steps to be combined.
SaMBa research project for a novel fabrication process for high permeability oxygen membranes and development of an innovative membrane connection plate for oxygen generators: “Mixed ionic electronic conductor” (MIEC) Membranes are specialized single phase materials which exhibit significant electron and ionic conductivity. Neutral molecules can be transported through a solid membrane and separated from other components. BSCF (barium-strontium-cobalt-iron oxide) enables oxygen exchange. Research focuses on the production of BSCF by Glatt powder synthesis and the subsequent production of the membranes for oxygen separation from air.
At its Hermsdorf site, the Fraunhofer Institute for Ceramic Technologies and Systems IKTS creates high-performance oxide ceramics for medical technology and optical components. The world’s first Glatt synthesis reactor for temperatures up to 1300°C was recently put into operation there, with the powder synthesis process based, for the first time, on a flameless concept with pulsating gas flow.
How can cleaning agents components be produced in a more environmentally friendly and effective way? With fluid bed and spouted bed technologies, plant manufacturer and process expert, Glatt Ingenieurtechnik, offers modern, established solutions.
From nano to micro –
How to generate narrow PSD spherical particles in one step.
Learn about the generation and core-shell-coating of powder materials with new, previously unattained properties. Long-term stability for battery materials through precise, even coating of anode and cathode materials.
Unique new optical effects and maximum protection for paint and coating pigments. Reduced material quantity by core-shell-coated structures for catalytically active powders.
Trade fairs are postponed, conferences cancelled, travel restricted. Experience networking and the typical trade fair feeling digitally. So we are going on a new path. Visit us from 8 to 11 September 2020 at the Virtual Process Show – the new online trade fair for process and production technology in chemistry, biotech, pharmaceuticals, food and beverages. Register for free and meet the Glatt Experts in the live chat!
Although the benefits of pulsating multiphase flows and the concomitant opportunity to intensify heat and mass transfer processes for, e.g., drying, extraction or chemical reactions have been known for some time, the industrial implementation is still limited. This is particularly due to the lack of understanding of basic influencing factors, such as amplitude and frequency of the pulsating flow and the resulting particle dynamics. The pulsation generates oscillation of velocity, pressure, and temperature, intensifying the heat and mass transfer by a factor of up to five compared to stationary gas flow
Copyright: HPCi Media Limited
