Februrary 2024: Discover with Glatt the future potential for your production when drying liquids into powders and granulates with defined properties. Benefit from the unique combination of technological expertise in bulk solids particle design and plant engineering from a single source. Visit us at Anuga FoodTec – Stand 10.1 G 060.
Tag Archive for: Glatt Ingenieurtechnik
March 5, 2024 | 9:45 a.m. Hotel Leonardo Weimar. Save the date! The lecture presents an upscaling concept for fluidized bed processes with Wurster configuration developed and established by Glatt. It is suitable for coating and agglomeration processes alike. The concept is based on basic thermodynamical and fluid mechanical principles, resulting in reliable scaleup factors. Speakers are Dr. Sören E. Lehmann and Dr. Norbert Pöllinger, Glatt Pharmaceutical Services
March 5, 2024 | 11:10 a.m. Hotel Leonardo Weimar. Save the date! The lecture presents a novel coating process based on chemical vapor deposition (CVD). In this process, fine, cohesive pigment powders are coated with thin carbon layers. These materials are used in the cosmetics industry and are characterized by exceptional visual properties. The speaker is Dr. Christian Rieck, Glatt Ingenieurtechnik
13.12.2023 – Industrial biotechnology is one of the key technologies for the transformation of the economy towards greater sustainability. In recent years, there have been increasing calls from research and industry for more capacity to scale up new processes. Thomas Luck, Director Business Development, MultiPilot Plant, BioCampus Straubing (German Article)
With PHOS4green, we have developed an innovative patent-protected technology to recover the essential nutrient phosphorus from sewage sludge ashes and use it for new phosphate or compound fertilizers. Recovery of phosphorus from ashes. Direct conversion into fertiliser granules. Heavy metal depletion. Meet us at the CRU Phoaphates 26-28 February 2024 in Warsaw, Poland at stand 36 and learn more about our proven technology.
Straubing/Germany, December 2023 – Weimar based Glatt Ingenieurtechnik GmbH will be responsible for the Detail engineering and delivery of integrated process technology for the multipurpose BioCampus MultiPilot (BMP) demonstration facility in the port of Straubing-Sand. The flexible platform, to be used to scale-up and commercialise innovative biotech processes and sustainable products, will enable start-ups, research groups and industrial companies to further develop, test scale up and optimise their biotechnological processes to pre-industrial scale, validate their economic viability and produce material samples.
Instant shakes are extremely popular and a perfect complement to our fast-paced lifestyles: just add liquid to powder, shake and go. Ensuring rapid dissolution, however is key … and agglomeration offers a successful way to process soluble powders when they need to dissolve quickly and completely in warm or cold liquids. Combining the highest product quality with maximum user-friendliness, fluidised bed technology provides manufacturers with the levels of control and optimisation options they need, putting convenience into the production process too!
We explain how flexible fluidized bed processes can realize your product ideas. Particle size and particle structure can be specifically adjusted. This gives you a direct influence on characteristics such as bulk density, solubility, dispersibility, release behavior and flowability. Improved dosing and storage stability extend the range of applications for the subsequent processing of your optimized ingredients. Fluid bed spray granulation for highly soluble protein granules with improved sinking behavior. Fluidized bed coating enables tailor-made encapsulation of spherical and irregular particles.
Discover interesting possibilities for the synthesis and functionalization of advanced powder particles. Glatt powder synthesis in pulsating hot gas flow as well as processes in the high temperature fluidized bed play an important role. Solutions for complex stoichiometry and crystal structure requirements, for example in mixed oxides, are considered as well as options for organic and inorganic core-shell coating and aspects of calcination. The combination of theoretical considerations and practical experience takes into account different levels of prior knowledge.
The increasing demand for applications within electromobility or stationary energy storage requires the implementation of novel, sustainable and continuous manufacturing processes as well as processes for coating active materials. Aerosol-based methods based on spray drying / spray calcination and spray granulation by powder synthesis and fluid bed technology are presented using selected examples. First results on electrochemical characterisation are shown.