Fluid Mixing Processes

Events Archive

Webinar: Wet Stirred Media Milling of Drug Suspensions: Teaching the "Old-Dog" Some New Tricks

Fluid Mixing Processes

A webinar focusing on the optimisation and modeling of wet stirred media milling for drug suspensions.

  • Date From 24th March 2023
  • Date To 24th March 2023
  • Location Online. 13:00 GMT. Duration 1 hour.

Webinar: Suspending Solids in Stirred Vessels – Experimental Determination and Computational Prediction of the Just-Suspended Speed

Fluid Mixing Processes

A webinar on solid suspension and agitation in mixing vessels.

  • Date From 23rd February 2023
  • Date To 23rd February 2023
  • Location Online: 13:00 GMT. Duration: 1 hour.

Webinar: Solid-liquid and Gas-liquid Mixing: Modelling Challenges for Scaling Up Stirred (Bio-)chemical Reactors

Fluid Mixing Processes

A webinar focusing on CFD modelling of multiphase stirred tanks for robust scaling up in chemical and biochemical process applications.

  • Date From 2nd February 2023
  • Date To 2nd February 2023
  • Location Online: 12:00 GMT. Duration: 1 hour.

Webinar: What Can We Learn About Food Emulsification from Direct Numerical Simulations?

Fluid Mixing Processes

A webinar on how direct numerical simulation can be used to both understand and improve emulsification in food processing.

  • Date From 12th January 2023
  • Date To 12th January 2023
  • Location Online. 12:00 GMT. Duration 1 hour.

Webinar: Crystallisation Modelling: Mixing, CFD and Population Balance

Fluid Mixing Processes

A webinar focusing on predictive modelling of crystallisation processes using CFD and population balance modelling.

  • Date From 23rd November 2022
  • Date To 23rd November 2022
  • Location Online: 13:00 GMT. Duration: 1 hour.

Webinar: Reduced Order Modelling of Flow Inside Stirred Vessels

Fluid Mixing Processes

This talk will be given by Professor George Papadakis from Imperial College London and will focus on the derivation and application of reduced order models for flow inside stirred vessels.

  • Date From 29th September 2022
  • Date To 29th September 2022
  • Location Online: 12:00 BST. Duration: 1 hour.

Multiphase Flow and Mixing Dynamics for the Chemical and Biopharma Industries

Fluid Mixing Processes

The IChemE Fluid Mixing Special Interest Group is organising a one-day research showcase to bring together academic and industrial practitioners, doctoral students and early career researchers.

  • Date From 16th September 2022
  • Date To 16th September 2022
  • Location University College London, Gower Street, London, WC1E 6BT and online.

Webinar: Mixing in Large Aerated Fermenters

Fluid Mixing Processes

This talk from the Fluid Mixing Processes Special Interest Group will be given by Dr Bernd Nienhaus of Ekato.

  • Date From 19th July 2022
  • Date To 19th July 2022
  • Location Online. 12:00 BST. Duration 1 hour.

Webinar: Characterising Impeller Performance in Stirred Tanks and Potential Developments

Fluid Mixing Processes

Characterisation of impellers in stirred tanks in terms of their flow and shear generating capabilities will be discussed.

  • Date From 6th July 2022
  • Date To 6th July 2022
  • Location Online: 13:00 BST. Duration 1 hour.

Webinar: Role of Mixing in Crystallisation Processes

Fluid Mixing Processes

This talk will be given by Professor David (Hongyuan) Wei of Tianjin University.

  • Date From 6th June 2022
  • Date To 6th June 2022
  • Location Online: 12:00 BST. Duration: 1 hour.

Webinar: Dispersion and Emulsification in Agitated Liquid-Liquid Systems: Linking Hydrodynamics to Drop Size

Fluid Mixing Processes

A one-hour webinar from the Fluid Mixing Processes Special Interest Group.

  • Date From 26th May 2022
  • Date To 26th May 2022
  • Location Online: 13:00 BST. Duration: 1 hour.

Webinar: Multiscale Simulations of Agitated Solid-liquid Suspensions

Fluid Mixing Processes

A one-hour webinar from the Fluid Mixing Processes Special Interest Group.

  • Date From 12th April 2022
  • Date To 12th April 2022
  • Location Online. 12:00 BST. Duration 1 hour.