Glatt Colloquium on Powder Technology

Glatt is specialized in intelligent particle design for the generation and functionalization of powders and granulates with defined, adjustable properties. The focus is on particles and powders for pigments, catalytic, ceramic or battery materials as well as for granules and pellets as additives for e.g. industrial salts, detergents and cleaning agents, fertilizers, pesticides, food, feed, dietary supplements and pharmaceuticals. Encapsulation of flavors, enzymes, vitamins, microorganisms, probiotics or fatty acids (PUFA) is just as possible as encapsulation of essential oils and other active, sensitive substances to be protected. With Glatt APPtec®, a unique technology for spray calcination, it is possible to generate, coat and then calcine particles in a pulsing hot gas stream in a single process step. As a pioneer in fluid bed and spouted bed technologies, Glatt masters these important processes for the formulation and optimization of particle properties through defined spray agglomeration, spray granulation, spray coating or (micro)encapsulation as well as through combinations of these processes. Also in the high temperature range. Glatt supports the product idea from the early phase of product formulation through process development to scale-up to production scale. Under the leadership of the Glatt Process & Plant Engineering teams, customized production plants for nutrition, fine chemicals, pharmaceuticals, and biotech applications are successfully planned and commissioned. Worldwide. Whether based on powder synthesis, fluid bed or spouted bed technology, Glatt also offers certified contract manufacturing for customers without their own production capacities.

Creating customized raw material products on a technical scale. Example: barium strontium cobalt iron oxide (BSCF), doped and coated zirconium dioxide. 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. Keywords Zirconium dioxide, BSCF, raw material development, spray drying, calcination, powder synthesis Authors Dr-Ing. Viktor Drescher is a materials engineer and holds a doctorate in coating technology from the Technical University of Berlin. At Glatt, he works in business development and is responsible for the high-temperature processes powder synthesis, high-temperature fluidized bed and chemical vapor deposition (CVD). Dr rer. nat. Johannes Buchheim obtained his PhD from Friedrich Schiller University in Jena, Germany. He has been working as a project engineer in Glatt’s Application and Formulation Technology department on powder synthesis

This item is only available in German

This item is only available in German

Particle Design Technologies, Recycling Solutions, Plant Engineering, Process Automation - Save the date and talk to the Glatt team in Hall 6 at Booth D21 Particle Design Technologies All Glatt technologies offer the advantage that bulk materials such as powders, granules or pellets can be produced in a single process step. Whether it is spray granulation, spray drying, spray agglomeration, microencapsulation, particle coating, layering or spray calcination – the key to an optimal product lies in the right choice of process parameters and the multitude of possible combinations. Recycling Solutions With PHOS4green, Glatt offers an economical and flexible technology for recovering phosphorus from sewage sludge ash. The process combines phosphorus recovery with the production of new fertilizers and results in saleable products. If required, the process also includes the removal of heavy metals such as copper, zinc, nickel or lead from the ash if these exceed limit values. Plant Engineering Glatt is your partner for engineering and technology with more than 70 years of experience in process know-how. We combine