METTLER TOLEDO
 

Improving Crystallization and Precipitation: A Review of 20 Years of Best Practice on-demand webinar

Do you have challenges in your crystallization or precipitation work including:

  • Targeting a specific particle size distribution
  • Improving yield and purity
  • Assessing Impact of impurities
  • Seeding optimization
  • Polymorphic transitions
  • Oiling out and other undesirable events
  • Optimizing downstream processing

Click to see a preview
This crystallization webinar will provide best practices to overcome crystallization and precipitation challenges and others and will discuss some of the key scientific journal articles and conference presentations over the past 20 years in the field of crystallization optimization. This important body of work, covering a range of industries, will be distilled into a summary that provides useful guidelines for understanding and optimizing the challenging unit operations of crystallization and precipitation.

Over the last 20 years, the combination of Lasentec® and PVM® and ReactIR™ measurements and the use of Automated Lab Reactors has emerged as a standard technique for the design, optimization, scale-up and monitoring of crystallization processes at scales ranging from the lab through the pilot plant and into production. Implementation of Lasentec®, PVM® and ReactIR™ in Automated Lab Reactors such as MultiMax™ and LabMax™ improves process and product quality, accelerates development and scale-up times and vastly improves the quality of information gathered by chemists and chemical engineers studying crystallization processes.