Stirred tanks are often employed to perform liquid - liquid, gas-liquid and solid liquid mixing. Establishing the relationship between the reactor hardware, process conditions and mixing parameters is very important for efficient scale-up/down, tech-transfer projects.

Relying on experimental tests to develop these relationship increases the process development time scale and time to launch products thereby affecting overall cost of the project.

During this Free Webinar You Will Learn:

- How Computational Fluid Dynamics (CFD) technology can be efficiently employed to develop a deeper understanding of the complex interaction between the reactor hardware, the process environment it generates and the process yields. - The various methods that are available to address mixing problems during process scale-up and optimization of stirred tank reactors and mixers. - Tier one methods those include thumb rules, organizational knowledge and vendor recommendations. Tier two methods that employ empirical data along with solution of mass and momentum balance equations on a global scale. - Tier three methods those involve detailed high fidelity experiments and 3-D numerical analysis based on CFD methods.