CP3 Forums

Yearly forums are held to discuss topics related to the research and development of particulate processes.

The next forum, Material Characterization Forum (MCF), is set to occur in August 2020, more details below.

Archived forums are farther down the page.

Material Characterization Forum (MCF) 2020, a CP3 Forum

Material characterization is essential for determining raw material and product quality, controlling manufacturing processes, and making accurate model predictions of process and product performance. Significant progress has been made in recent years toward developing on-line, at-line, and off-line techniques for measuring the characteristics of particulate materials and particle-based products. In addition, model developers have been developing methods for directly measuring or calibrating model input parameters.

The aim of the MCF 2020 is to bring together a select group of practitioners and researchers from industry, government laboratories, and academia to present and discuss recent developments focused on the characterization of particulate materials and particulate-based products. The areas of emphasis for this Forum include characterization for supporting process control and product performance, as well as characterizing parameters for models supporting these topics.

The Program

Monday, August 10: Process Integration Workshop (opt)
Tuesday, August 11: Forum Scientific Conference
Wednesday, August 12: Forum Scientific Conference
Thursday, August 13: Forum Symposium (opt)

Scientific Committee

  • Dr. Kingsly Ambrose – Associate Professor of Agricultural & Biological Engineering at Purdue University
  • Dr. Madhusudhan Kodam – Solids Processing Technology Leader, Corteva AgriScience
  • Dr. Jie Ren – Sr. Scientist, Merck & Company
  • Dr. Carl Wassgren – Professor of Mechanical Engineering and Industrial & Physical Pharmacy at Purdue University


VISIT MaterialCharacterizationForum.com TO REGISTER FOR THIS CONFERENCE!

Blending and Segregation Forum 2019

Segregation of granular materials is a complex phenomenon, difficult to assess quantitatively and challenging to predict. Improving understanding and remediation of segregation effects is an ever-increasing need for a myriad of reasons: rational designs, formal risk analysis, better process understanding, improving numerical modelling, continuous manufacturing and the need for improved yields.

The Forum aims to help the pharmaceutical industry and other process-focused communities such as nutraceuticals, fine chemicals, bulk goods, food products, detergents, agricultural products, industrial powders, consumer products, catalysts, batteries, energetic materials and additive manufacturing.

Read the article about this forum

Scientific Committee

  • Marcial Gonzalez, Chair — Assistant Professor of Mechanical Engineering at Purdue University
  • Yi Fan — Associate Research Scientist, Dow Chemical Company
  • Aaron Morris — Assistant Professor of Mechanical Engineering, Purdue University
  • Maitraye Sen — Associate Sr. Consultant Engineer, Eli Lilly and Company

Keynote Speakers

Speaker Affiliation Title
John Hecht Procter and Gamble What we still need to eradicate powder segregation in industrial processes
Richard Lueptow Northwestern Predicting particle segregation in industrial granular flows
Carl Wassgren Purdue University Contact spreading of liquid between particles in mixed granular systems
Jennifer Sinclair Curtis UC Davis Using DEM to develop constitutive models for CFD simulations of particulate flows
Anthony Thornton University of Twente Multiscale modelling of industrial granular materials

Other Speakers

  • Jie Ren
  • Zhekai Deng
  • Parind Desai
  • Tom Baxter
  • Rohit Ramachandran
  • Manogna Adepu
  • Ben Freireich
  • Kerry Johanson
  • Thomas Weinhart
  • Chen Mao
  • Yu Liu
  • William Ketterhagen
  • Rohit Kumar
  • Michael Gentzler
  • Hongyang Cheng
  • Paul Mort
  • Siying Liu
  • Danial Mateo-Ortiz
  • Ivan Christov
  • Wyatt Roth