Information Material & Downloads
Here you can download our current certificates, brochures and other presentations.
Certificates
Flyer:
Active Battery Materials and Solid Electrolytes for Solid State Batteries
Find a short overview on innovative solution for your next generation of powders for cathode and anode materials or ceramics and composites.
Flyer:
Synthesis Reactor
Glatt ProAPP®
The flyer informs about the most important parameters of the production plant Glatt ProAPP® for powder synthesis for particles with definable properties.
Poster:
Preparation and Characterization of BSCF for Alkaline Water Electrolysis
In this work, the material Ba0,5Sr0,5Co0,8Fe0,2O3-δ is synthesized as a crucial step in the process. This method presents a signi ficant advantage over the traditionally used solid-state reaction, primarily due to its ability to achieve a more uniform particle size and enhanced phase purity. The precise control of synthesis conditions in a pulsating hot gas flow allows for improved homogeneity of the final product, which is critical for optimizing catalytic performance. Additionally, the Glatt Powder Synthesis can reduce reaction times and energy consumption, making it a more efficient alternative for producing high-performance catalysts for the Hydrogen Evolution Reaction.
Poster:
Tailored Cathode Materials in Sodium-Ion Batteries: From Tunnel-type Oxides to Layered Oxides to Polyanionic Compounds
This contribution highlights recent advances in SIB technology, with a particular focus on material synthesis via spray pyrolysis, a scalable technology for producing high-performance electrode materials. Layered oxides and polyanionic compounds are explored as cathode materials, offering stable cycling and high voltage operation. By integrating material innovation with sustainable process engineering, this work underlines how sodium-ion batteries can play a pivotal role in Europe’s transition to energy sovereignty and a greener future.
Poster:
Technological Challenges in the Processing of Functional Food Using Fluidized Bed Processes
The poster shows posibilities to stabilize the often sensitive substances or improve their solubility in order to ensure their bioavailability over the entire shelf life. Taste or odour masking as well as time or pH-dependent release control may also be necessary in order to maximize the effect of the bioactive ingredients. For the technological challenges described, encapsulation of the bioactive ingredients based on fluidized bed processes can solve the problems. The aim of this case study is to compare different process options for achieving time-dependent release control.
Poster:
Manufacturing active materials for hydrogen production and solid oxide fuel cells and solid oxide fuel cells
The poster introduces our Pow(d)er Synthesis technology, outlines the advantages, gives an overview of catalystic active materials and solid electrolyts. Aerosol-based methods based on spray drying/ spray calcination and spray agglomeration are presented using selected examples for the preparartion of Ba0,5Sr0,5Co0,8Fe0,2O3-δ (BSCF) as electro catalyst or H2 production and as well as the preparation of Y-stabilized ZrO2.
Poster:
THE Glatt POW(D)ER SYNTHESIS – Aerosol-based processes to produce battery materials
The increasing demand for applications within electromobility or stationary energy storage requires the implementation of innovative, sustainable and continuous manufacturing processes as well as processes for coating active materials. Aerosol-based methods based on spray drying/ spray calcination and spray agglomeration are presented using selected examples.
Poster:
THE Glatt POW(D)ER SYNTHESIS – From synthesis to functionalization of powdery materials
The poster introduces our Pow(d)er Synthesis technology, names the advantages, outlines the fileds of application in industry, and shows REM pictures of catalyst for eletrochemical applications, cathode material, spray dried and coated Si-C-composite, agglomerated/coated Si, coated fungizide, and Ag-Ru bimetallic compound.
Poster:
Thermal Processing of Particles for Innovative Powder Materials
The poster introduces to new technologies for thermal powder processing. There are well-established heat treatment processes for powdered materials, but they have significant drawbacks in effciency. With Glatt high-temperature fluidized bed and Glatt powder synthesis, new technologies are available to open up new particle potential and to help powder manufacturers improve their products.
Poster:
Recyclable material recovery from sewage sludge ash Phosphorus recycling for the production of compliant fertilisers
The poster provides an overview of the possibilities of optional heavy metal removal as an extension of PHOS4green.
Sewage sludge ashes in urban centres often contain high levels of heavy metals. In order to prevent excessive release into the environment, it is necessary to remove the heavy metals. Economical heavy metal removal increases the raw material potential of the available sewage sludge ashes.
The PHOS4green process, modified with regard to heavy metal removal, thus provides greater planning security with regard to possible future stricter limit values or strongly fluctuating ash loads.
Poster:
Cost-efficient synthesis processes for the production of BSCF powder systems in pulsating gas flow
The poster gives an overview on the SaMBa research project for a novel manufacturing process for high permeability oxygen membranes and development of an innovative membrane connection plate for oxygen generators. (Poster in German Language)
Poster:
Spray (micro) encapsulation of oxidation and light-sensitive volatile substances in matrix form
The poster reports a case study involving the spray granulation of a solution using continuous fluidized bed and spouted bed processing.
Based on various experiments in laboratory and pilot scale a statistical process model was derived based on artificial neural networks. A parameter study and sensitivity analysis was performed to determine the main process conditions and formulation variables. The process model supported the optimization of product properties and related process conditions.
Poster:
New options in product design for high performance detergent applications
Glatt technologies are usable to add value or improve product properties of dry detergent formulations. Liquids or powders can be processed to innovative products. Benefits of technology. Fluidized and spouted bed equipment. Strategy for product and process development. Case study »Homogeneity of mixture«. Case study »Chemical reaction and granulation«. Case study »Granulation of polymers or surfactants«. Case study »Coated enzyme granules«.
Poster:
Synthesis of powders in an oscillating process gas – Reactor design and application for catalytic active materials
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.
Poster:
Continuous monitoring and automatic control of pharmaceutical processes. Example: Fluid bed granulation
The poster gives an overview on the ASTEROID research project for the elaboration of the plant and control engineering fundamentals for the precise control of particle growth in granulation processes. Reliable statements on the industrial scalability and pharmaceutical suitability of self-regulating granulation processes can be derived for a completely new quality level in the manufacture of pharmaceutical products. (Poster in German Language)
Poster:
Hot melt fluidized bed granulation – An effective low shear method for the manufacture of polymer pellets with high additive load
By using functional additives, essential properties like thermal stability, thermal conductivity, UV-stability, burning behavior or antistatic properties of polymers and polymer-ceramic composites are adjustable. The Poster shows that solid or liquid additives can be embedded homogeneously in polymer pellets. The structure of shear sensitive materials is not affected by spray granulation of hot-melts. Very high additive loads can be realised by combined spray granulation and agglomeration, for applied pigment weight fractions of up to 80 % are realizable.
