New analytical methods like Microtomography (XMT) are able to generate image data we did not have before: huge amounts of data. In our case 2048 images per sample. Based on synchrotron based X-ray radiation and the computing power of today the sample is analysed in a few minutes or even seconds - with voxel sizes down to 325 nm and quantifiable image analysis.
Academic high-tech? Not at all! Industry is encouraged to use the facilities and Inolytix helps you to interact smoothly with researchers. Discover your own products, see what normally stays hidden!
Study of heterogeneous catalyst pellets
Combination of Methods: 3D-characterization + Microtomography
Conventional analysis: Scanning electron microscopy of one (1) image after sample preparation.
The Inolytix way: Synchrotron-based X-ray Microtomography with 2048 image slices in 4 minutes without any sample preparation. 3D-image analysis for structural quantification.
Are catalyst pellets homogenous?
Do the pelletising process and any treatments deliver uniform morphologies? Are there heterogenities or irregularities? These were the underlying questions of a recent study of catalyst pellets we performed.
Without any sample preparation, the 3D-characterization of catalysts pellets was possible with synchrotron based X-ray microtomography. Thanks to the additional quantitative image analysis of thousands of images, we could reveal that the catalyst pellets examined had heterogeneous inner structures with distinct differences. Surprisingly, the structural differences were clearly visibly at a scale above 300 nm, i.e. well beyond the scale of micro- and mesopores. Hidden aspects became visible - with new insights for our customer!
Find the appropriate analytics for your case
Inolytix is your expert to pick and choose the methods that make the most sense for your needs. We draw upon our +20 years of R&D experience to add a 360 degree interpretation of your results.
Your Partner for the entire cycle from experiment design to measurement to analysis and interpretation.
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