Eric Breynaert

[NMRCoRe @NMRCoRe]

Competitive adsorption is a major challenge for reactions occurring in confined environments such as #zeolites. in situ #NMR spectroscopy sheds light on such processes. Find out the potential and limits: https://t.co/X2uMcvsClj @nmr900 @ERC_Research @FWOVlaanderen @SET_KULeuven

[NMRCoRe @NMRCoRe]

We thank @MaterHoriz for the invitation and our colleagues Bert Sels, Veronique Van Speybroeck, Valentin Valtchev and Wenfu Yan at @SET_KULeuven @ugent @ENSICAEN and Jillin University for their contributions. @FWOVlaanderen #openaccess

[Eric Breynaert @ericbreynaert]

In our new reflection in @MaterHoriz article we discuss how research around stability of zeolite frameworks has evolved since our 2014 publication on OKO zeolite, and how advancements over the past decade enabled increased understanding of the phenomenon. https://t.co/p2rRZIoBzc

[NMRCoRe @NMRCoRe]

A decade ago we revealed how OKO #zeolite derives its stability from its flexibility. In this "reflection on what determines the stability of zeolite frameworks?, now published in @MaterHoriz we look back and project ahead. @IZC2025 @B_Z_A @SET_KULeuven
https://t.co/akEqs12Czo

[NMRCoRe @NMRCoRe]

Investigating crystallization, a high pressure environment enabling in situ X-ray characterization and 4 electrode impedance measurements is indispensable.
Check out a demonstration on #zeolites in our Chem Comm manuscript @FWOVlaanderen @esrfsynchrotron
https://t.co/oHeTtvD7O8

[Eric Breynaert @ericbreynaert]

50 days free access to the paper using the following link
https://t.co/zTa0e4L3HE

[Eric Breynaert @ericbreynaert]

How do you compare the economics of long distance hydrogen transport solutions? For a single scenario? Or across scenarios? Check out our free marine #hydrogen transport app which assists you with this analysis. Details in our manuscript in j hydr energy https://t.co/1jC27pDm4f

[Eric Breynaert @ericbreynaert]

How do you compare the economics of long distance hydrogen transport solutions? For a single scenario? Or across scenarios? Check out our free marine #hydrogen transport app which assists you with this analysis. Details in our manuscript in j hydr energy https://t.co/1jC27pDm4f

[Eric Breynaert @ericbreynaert]

Shortcut to the free online dashboard, including input for transport as compressed H2, liquefied H2, #LOHC, #ammonia and hydrogen clathrate hydrate. @FWOVlaanderen @WaterstofNet @Departement_EWI
https://t.co/uPem3azc1J @SET_KULeuven

[Eric Breynaert @ericbreynaert]

How do you compare the economics of long distance hydrogen transport solutions? For a single scenario? Or across scenarios? Check out our free marine #hydrogen transport app which assists you with this analysis. Details in our manuscript in j hydr energy https://t.co/1jC27pDm4f

[Eric Breynaert @ericbreynaert]

How do you compare the economics of long distance hydrogen transport solutions? For a single scenario? Or across scenarios? Check out our free marine #hydrogen transport app which assists you with this analysis. Details in our manuscript in j hydr energy https://t.co/1jC27pDm4f

[NMRCoRe @NMRCoRe]

Funded by @SET_KULeuven, @FWOVlaanderen and @FWF_at

[NMRCoRe @NMRCoRe]

We're slowly uncovering the mechanisms underlying phase selection during #zeolite crystallisation. Discover the link between #ion_exchange selectivity and phase selection in #zeolite synthesis. #Openacces https://t.co/1xGMIjfZHH @SET_KULeuven @FWOVlaanderen @izc2022

[Eric Breynaert @ericbreynaert]

Eddy Dib presenting at the 21st IZC on Dalian. Talking about 29Si #NMR as a probe for Al distribution in #zeolites. #nmrchat

[Eric Breynaert @ericbreynaert]

@PuratosGroup #foodchemistry #foodbiochemistry. #OpenAccess with support from @Molecules_MDPI

[NMRCoRe @NMRCoRe]

#NMR spectroscopy sheds light on the chemical fate of ascorbic acid (AH2) in #bread making. AH2 is used as wheat flour improver in baked goods. @VLAIO_be Research supporting O&O-OxiDough and FIBRAXFUN. @SET_KULeuven @nmr900 @FWOVlaanderen #OpenAccess

https://t.co/xh6TEGxgOZ

[NMRCoRe @NMRCoRe]

Ewoud made his PhD at NMRCoRe, working on parahydrogen hyperpolarization. He then joined Sami Jannin at @crmn_lyon for a successful postdoc, developing dissolution DNP. Highly looking forward to having Ewoud back at NMRCoRe and to enable the exciting new science he is planning.

[NMRCoRe @NMRCoRe]

Congratulations to all new @FWOVlaanderen postdoctoral fellows, and especially to Dr. Ewoud Van Eeckhaute. He was awarded a senior postdoctoral fellowship to rejoin NMRCoRe. @SET_KULeuven @nmr900 @evaneeckhaute
https://t.co/OTV3H6TI3W

[Eric Breynaert @ericbreynaert]

https://t.co/kT5PmMydiZ

[Eric Breynaert @ericbreynaert]

Performance of ferrite nanoparticles in inductive heating swing adsorption (IHSA): how tailoring material properties can circumvent the design limitations of a system? - #openaccess in Materials Horizons @FWOVlaanderen @Departement_EWI #moonshot https://t.co/d5Z4MplTJm

[Eric Breynaert @ericbreynaert]

Interested in the topic? Also check out our previous paper in @MaterHoriz https://t.co/d5Z4MplTJm

[Eric Breynaert @ericbreynaert]

Heating adsorbents in thermal swing adsorption processes using magnetic fields. Sound weird? Check out how to do it in our newest manuscript. #OpenAccess . A collaboration of @SET_KULeuven @VUBrussel @NMRCoRe funded by @VLAIO_be @CATALISTIvzw @ERC_Research https://t.co/vyetNAaZck

[Eric Breynaert @ericbreynaert]

Open access funded by @KU_Leuven.
Collaboration in the frame of the Moonshot programme CAPTIN on energy efficient #CO2 capture. PXRD and SQUID data provided by
@snbl @esrfsynchrotron and Department of Physics and Astronomy @SET_KULeuven

[Eric Breynaert @ericbreynaert]

Heating adsorbents in thermal swing adsorption processes using magnetic fields. Sound weird? Check out how to do it in our newest manuscript. #OpenAccess . A collaboration of @SET_KULeuven @VUBrussel @NMRCoRe funded by @VLAIO_be @CATALISTIvzw @ERC_Research https://t.co/vyetNAaZck

[NMRCoRe @NMRCoRe]

Together, @NMRCoRe & @SchurkoFSU succeeded in elucidating the structure of multicomponent crystals of alkali metal chlorides and urea using #NMR crystallography, combining Rietveld refinement and QNMR. Stay tuned for more details. @nmr900 https://t.co/Ju6ZftyKbQ

[NMRCoRe @NMRCoRe]

Interested in this approach? Also check out our previous developments on #DOSY #NMR analysis of oligosaccharides and bio-polymers on this topic.
https://t.co/054tQCJOPJ
@FlandersFOOD