Tag Archives: shape

Best Practice For Inline Particle Size Characterization

 Chemists, engineers, and biologists are often challenged by processes involving particle or droplet systems. Solid or liquid dispersion, homogenization, agglomeration, or precipitation can create variability in product stability and manufacturing throughput. To develop and manufacture world class products at competitive costs, scientists and engineers use inline particle size measurements to optimize process conditions and consistently meet product quality specifications, at the bench or in manufacturing. Continue reading

19th International Workshop on Industrial Crystallization – BIWIC 2012

During BIWIC 2012 (19th International Workshop on Industrial Crystallization) in China, I will present a poster – Amalgamated Sugar Experiences with Inline Particle Size, Shape, and Count Characterization:  Real-Time Crystal Nucleation and Growth Rates in an Industrial Semi-batch Crystallizer. Continue reading

Impact of Process Parameters on Supersaturation and Crystal Size and Shape

This is the fifth blog post in a series dedicated to crystallization.  In case you missed the previous posts in the series, they are available here:

The diagram below illustrates the relationship between supersaturation and crystal size distribution, via crystal nucleation and growth. In this post, we will look at how supersaturation can be controlled by adjusting process parameters such as antisolvent addition rate. Continue reading

Inline Particle Size, Shape & Count History: Lasentec® FBRM®

particle size Lasentec FBRM

For over 25 years, FBRM® technology has been used for real-time monitoring of particles and droplets as they naturally exist in process.   Continue reading