Nick Fylstra

PhD candidate at U of Calgary studying under George Shimizu, focused on structuring sorbents for CO2 capture processes.

[Nick Fylstra @nfylstra]

SO excited to finally share the first paper on CALF-20. This is just the beginning! https://t.co/2bvqZNVYzD

[U Calgary @UCalgary]

While the suspect has not been apprehended, Calgary Police report that the individual has left campus. The security situation on campus has been cleared by the Calgary Police Service. Officers continue to investigate.

[Nick Fylstra @nfylstra]

New to Twitter and forgot about hashtags haha #sciencetwitter #carboncapture #ClimateAction

[Nick Fylstra @nfylstra]

SO excited to finally share the first paper on CALF-20. This is just the beginning! https://t.co/2bvqZNVYzD

[Nick Fylstra @nfylstra]

@taddeima Blast from the past here, if you’re looking for more info on CALF-20, here’s the publication- https://t.co/IT6p7Jc2PQ

[Craig Bettenhausen @CraigOfWaffles]

Not every day do I get to open a massive @cenmag cover story like this:
"Carbon capture isn’t about saving Earth. Earth is a wet rock floating through space; it doesn’t care if we drown our coastal cities or turn our farmland into desert."
https://t.co/VuK5WgNbVw

[International Adsorption Society @IntAdsSoc]

#IASWebinar returns. David Sholl and Krista Walton from @gatechengineers will discuss multi-component #adsorption. #chemtwitter

Fri, Mar 12, 9.30am New York

Youtube livestream:
https://t.co/LvV2vr2MiL

[Nick Fylstra @nfylstra]

@RSC_PorMat Thanks for the clarification!

[Nick Fylstra @nfylstra]

I’d like to thank @IntAdsSoc for hosting this #IASTwitterPoster conference. There is a great community of scientists on here and it was a great success!

[Nick Fylstra @nfylstra]

@jnb2211 Yep! They’ve got a nice graphic in that paper that talks about using overlapping aromatic rings across the pore with a 7A distance to produce this effect.

[Nick Fylstra @nfylstra]

Hello, World! For my first tweet, I would like to share my work on “Structuring a Water-Stable MOF for Carbon Capture Processes” as part of the #IASTwitterPoster conference. Questions and comments are welcome! #Adsorption #MOF #CCS2020

[Nick Fylstra @nfylstra]

@jnb2211 Hey James, we have some molecular force modeling that suggests it is the pi electron influence from the overlapping heterocycles in the structure that produces a shielding effect at low RH. You can find more discussion about this type of effect here: https://t.co/NwOAcWdAJD

[Nick Fylstra @nfylstra]

@DavidDanaci Hi David! Most of our competitive CO2/H2O sorption data is from dynamic systems, though perhaps @TaiTTNguyen can comment further here. Also the 77K N2 isotherms are of the powder in the mother liquor and not from single crystal samples.

[Nick Fylstra @nfylstra]

To view a higher resolution PDF version, please click here: https://t.co/rI60sTjr3O

[Nick Fylstra @nfylstra]

@IsabelMoritz Hi Isabel, thanks for reading my poster! Our lab and collaborators have found the structure & CO2 adsorption capacity is fully retained after > 1k cycles of ads/desorping water vapor. We've even tried boiling it in water and it survived!

[Kasturi Nagesh Pai @KasturiNageshP1]

Fantastic adsorbents and where to find them, & their performance limits for #CO2 capture now possible through 🍁MAPLE (Machine assisted Adsorption Process Learning and Emulation framework). Read it here➡️https://t.co/4J5btkSFGM (preprint) #IASTwitterPoster #MOF #ML #optimization

[TaiNguyen @TaiTTNguyen]

Excited to share my work for the #IASTwitterPoster Conference: Adsorption Equilibria and Dynamic Column Breakthrough Studies of CO2 and N2 on CALF-20, a magical #MOFs for #CCS