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Spatial Filter Velocimetry

The Spatial Filter Velocimetry technique is widely established and has been used to measure the velocity of objects for over three decades. Spatial Filter Velocimetry is a Malvern speciality therefore read all our Spatial Filter Velocimetry blog articles here.

Français, Insitec, Laser Diffraction, Meet the Experts, Parsum, Particle size, Spatial Filter Velocimetry »

[23 Mar 2017 | ]

“Lit d’air fluidisé : Granulation, Enrobage et Encapsulation”

Malvern, leader en caractérisation des particules, SDTech Micro, expert des poudres fines, et son partenaire technique Glatt, leader mondial en lit d’air fluidisé, organisent deux journées techniques pour aborder les enjeux et les nouveautés technologiques des procédés de granulation, d’enrobage et d’encapsulation en lit d’air fluidisé. Rappels théoriques et ateliers pratiques sont au programme.
THEMATIQUES :
25 avril :

Présentation de SDTech et de Glatt
Lit d’air fluidisé, techniques et technologies
De la poudre aux grains, caractérisation
1er atelier : Granulation en lit d’air fluidisé

26 avril :

Sécurité des poudres …

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Customer experience, Parsum, Particle size, Spatial Filter Velocimetry, Tech Talk »

[25 Aug 2015 | ]

When it comes to scale-up, processes which are based on mixing are often particularly challenging. Critical geometries shift as vessel size is increased and mixing regimes can vary as a function of scale, even when using established scale-up protocols based on, for example, impeller tip speed.
The optimization and scale-up of high shear wet granulation processes exemplifies this problem. Though widely used to prepare blends for oral solid dosage (OSD), wet granulations are notoriously sensitive to small changes in the formulation or mixing regime. Batch to batch variability is often high …

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Customer experience, Mastersizer, Morphologi G3, Parsum, Particle shape, Particle size, Spatial Filter Velocimetry, Tech Talk »

[8 Apr 2015 | ]

Fluidized Bed Coating
Improving the fluidized bed coating process with PAT & AI
Leia este blog no Português
On the morning of February 25, 2015, a doctoral defense was performed by Carlos Alexandre Moreira da Silva, Master in Chemical Engineering from University State of Campinas (Unicamp), under Prof. Dr. Osvaldir Taranto Pereira’s supervision.
The thesis titled “Application of Process Analytical Technology and Artificial Intelligence to monitor and control a fluidized bed coating process” developed in Chemical Engineering Faculty at the State University of Campinas, set an innovation in the study of the key parameters involved …

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Customer experience, Parsum, Particle shape, Particle size, Português, Spatial Filter Velocimetry, Tech Talk »

[8 Apr 2015 | ]

Read this blog post in English
Na manhã do dia 25 de fevereiro de 2015, foi realizada a defesa de doutorado de Carlos Alexandre Moreira da Silva, Mestre em Engenharia Química pela Unicamp, sob a orientação do Prof. Dr. Osvaldir Pereira Taranto, Chefe de Gabinete Adjunto da Reitoria da Unicamp.
A tese “Aplicação de Tecnologias Analíticas de Processo e Inteligência Artificial para Monitoramento e Controle de Processo de Recobrimento de Partículas em Leito Fluidizado”, desenvolvida na Universidade Estadual de Campinas (Faculdade de Engenharia Química), configurou uma inovação no estudo dos parâmetros essenciais …

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Dynamic Light Scattering, Electrophoretic light scattering, Image Analysis, Insitec, Laser Diffraction, Mastersizer, Morphologi G3, Parsum, Particle shape, Particle size, Rheological and Viscosity, Spatial Filter Velocimetry, Spraytec, Sysmex FPIA-3000, Tech Talk, Zeta potential, Zetasizer »

[15 May 2013 | ]

Particle Characterization Explained
There is a wide range of commercially available particle characterization techniques that can be used to measure particulate samples. Each has its relative strengths and limitations and there is no universally applicable technique for all samples and all situations.
Which particle characterization techniques do I need?
A number of criteria must be considered when deciding which particle characterization techniques you need:
• which particle properties are important to me?
• what particle size range do I want to work over?
• are my samples polydisperse i.e. do I need a wide dynamic range?
• …

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