Glatt powder synthesis offers a versatile tool for the development and industrial production of innovative battery materials. The highly flexible technology opens up the possibility of producing and refining anode and cathode materials as well as solid electrolytes in just one step. The key to the effectiveness of this process is the special conditions in the pulsating hot gas flow.
The Glatt Group’s customers benefit from bundled expertise in particle design – from the initial feasibility trial, through scale-up, to validation of the production process. Glatt offers suitable solutions for every variant and, if required, also implements customer-specific processes. In this way, new products move more quickly from the development phase to market maturity. (German article)
Both spray drying and fluid bed spray granulation can be used to convert liquid products into bulk materials. The most effective process will often be dictated by the desired properties of the final particles and the specific application. Glatt Ingenieurtechnik has a thorough understanding of both techniques and has a long history of designing fluid bed systems that are tailored to individual customer products.
By using Glatt’s innovative powder synthesis technology and the associated spray drying and calcination processes, new opportunities in raw material production have been explored. In this article, the inherent potential of barium strontium cobalt iron oxide (BSCF), doped and coated zirconium dioxide is described.
Fluidised bed and spouted bed processes by Glatt offer manufacturers almost unlimited possibilities in terms of optimised particle design and the functionalisation of ingredients, the properties of which can be fine-tuned using spray granulation, agglomeration, microencapsulation and film, lipid and hotmelt coating.
The fluid bed is a technology that, with the right modifications, can be used for a variety of different processes. With the right expertise, individual process steps such as drying, granulation and agglomeration can be combined. (German article by Monika Goslinska, Process Development Manager, Inprotec)
Being prepared to make an investment decision. Stay ahead in the race for successful new product launches, the concept phase is crucial. Plant manufacturer and process expert Glatt uses pre-engineering to put investment decisions on a firm basis and enables its customers to bring forward sub-projects.
When running processes such as fluid bed and spouted bed drying, granulation, encapsulation and coating, which production management is most advantageous for contract manufacturers: continuous or batch mode? Gudrun Ding, Head of Business Development, Process Technology, Glatt Ingenieurtechnik provides an insight into their everyday practices and points out which mode of operation offers most benefits. Glatt + Erbo Spraytec provide an insight into practice
Powdery substances often cause problems during dosing, filling and transport because of their high dust content and poor flowability. Low solubilities and dispersing properties also impair the application of the end product. With the help of fluidised bed spray agglomeration, the size distribution and structure of difficult-to-process particles can be specifically adjusted and improved.
Part 1 of this article will highlight a scientific study on the long-term bioavailability of the nutrients in different phosphorus fertilizers. Part 2 will provide a report on the first German production plant and present a research project in the Frankfurt Rhine-Main area. Jan Kirchhof, Glatt Ingenieurtechnik GmbH, Germany, reports on a laboratory experiment with phosphorus fertilizers and two current projects.
Copyright: GlattGlatt lecture on Spray Granulation vs. Spray Drying of Hydrolyzed Proteins – Istanbul, May 31, 2023May 11, 2023 - 11:03 am
Copyright: GlattGlatt experts for particle design and plant engineering at EXPOQUIMIA from 30.05. – 02.06.2023 in BarcelonaMay 8, 2023 - 5:20 pm
Copyright: Vereinigte FachverlagePowder synthesis – Particle design optimizes battery materialsApril 27, 2023 - 8:03 am
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