Anton Paar, University of Colorado Boulder to Push Research Boundaries with State-of-the-Art Powder Rheometer

Anton Paar’s Abhi Shetty and Professor Christine Hrenya with the MCR 502 rheometer

“This could potentially advance our research timeline by a few years” – Professor Christine Hrenya

University of Colorado Boulder Professor Christine Hrenya has long been an innovator in the field of granular flow, and thanks to the MCR 502 powder rheometer from Anton Paar, her team can now push research boundaries even further.

The MCR 502 helps measure the mechanical properties of fluids—how they move and bind—including the flows of solid, cohesive particles that Hrenya’s group studies. Anton Paar approached Hrenya about a partnership in which her team would have full use of the MCR 502, and the decision was an easy one.

“This could potentially advance our research timeline by a few years,” Hrenya said.

The tabletop machine will allow Hrenya and her team to study fine particles in a faster, less painstaking way and to examine the behavior of more cohesive particles than they can currently study, Hrenya said. Numerous industries from energy generation to pharmaceutical manufacturing stand to benefit from a better understanding of the phenomena governing particle flow.

In the group’s ground-floor lab, the MCR 502 fluidizes tiny glass spheres so the solid particles look like a bubbling liquid. The particles can be 20 microns wide or smaller, and each micron is one millionth of a meter. For reference, a human hair ranges from approximately 10 to 200 microns.

To kick off the arrangement, Anton Paar’s lead rheology scientist Abhi Shetty trained Hrenya and graduate students on use of the rheometer for two days in September.

Shetty shared Hrenya’s enthusiasm for the collaboration.

“Anton Paar’s plan is to invite…

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