Pharmaceutical and biopharmaceutical manufacturers that perform manual, automated, or CIP cleaning of their production equipment are required to demonstrate compliance with regulatory requirements for effective removal of residues.
Testing for TOC and conductivity in the laboratory, at-line, or online can be acceptable methods to achieve compliance with the current guidelines and enhance the turnaround time of production equipment.
Have questions for Daniel?
Following the live presentation, you will be given the opportunity to pose questions, by text, to our keynote speakers, who will attempt to answer your questions in our 15 minute Q&A session.

We present a variety of X-ray techniques for a structural characterization of catalysts on the example of automotive three-way catalysts at ambient and non-ambient conditions.

X-ray techniques, such as X-ray diffraction (XRD) and fluorescence (XRF) small-angle X-ray scattering (SAXS) and X-ray scattering in combination with pair distribution function (PDF) analysis are often traditionally assigned to large- scale facilities, like synchrotrons and spallation neutron sources.

We demonstrate, however, that these methods can be combined on laboratory instruments (most of which even on one single XRD platform).

As a model system we present supported PdO nanoparticles on reducible oxides such as Co3O4 and γ-Fe2O3. Parameters and characteristics that can be extracted from the X-ray experiments are:

• Elemental composition
• Qualitive and quantitative phase composition
• Phase behavior and stability (in- situ heating and cooling experiments)
• Crystallite size and structure
• Particle size and shape, size distribution, specific surface area
• Short- and long- range atomic ordering

More information
Why attend?

This is an opportunity to get an insight into novel ways of catalysts characterization using laboratory instruments, presented by one of Malvern Panalytical’s X-ray diffraction experts.

Who should attend?

Anyone who is working with or interested in catalysts and would like an overview of X-ray characterization methods including their benefits and limitations.

What will you learn?

How to perform an extended characterization of catalysts including elemental and phase identification & quantification, thermal stability, particle size analysis and local atomic structure.

Multi-detector GPC/SEC offers superior information about polymers, including absolute molecular weight, size, and structure, when compared with conventional single-detector measurements. At the same time, UPLC offers a step-change in the resolution and speed of polymer separations, using small columns and particle sizes to achieve high plate counts. Previously these two techniques have been incompatible due to band-broadening and dispersion effects that take place as narrow UPLC peaks pass through multiple detector cells.The latest enhancements to Malvern Panalytical’s OMNISEC REVEAL detector platform now bring these two class leading technologies together. Combining the information-rich data from multi-detector GPC/SEC with the speed and resolution afforded by UPLC.

This webinar will briefly describe advanced detection and UPLC, and discuss how these two technologies have been brought together. Application examples will be provided showing how this data really can be generated in just a few minutes.

Why attend?

Learn about the benefits of coupling Malvern Panlytical’s OMNISEC REVEAL multi-dector to Water’s ACQUITY APC, such as quicker measurements, reduced solvent and more detailed information about your macromolecules.

Who should attend?
Scientists looking to save time and money by upgrading to multi-detector UPLC, including;

GPC/SEC users
UPLC/UHPLC users
Polymer chemists
Biochemists
Lab managers
Anyone interested in molecular weight and absolute molecular weight or polymer characterization

What will you learn?

The background of multi-detector GPC/SEC and UPLC measurements, and how they can be combined to provide more detailed information about your macromolecules in a much shorter time.