Min Liu

ARC DECRA University Lecturer @UQ, Alumni @UofT @UBC, PhD @UniMelb

[Min Liu @himinliu]

Sharing our newest work published in @J_A_C_S at @UofT We report acidic electrochemical CO2-to-C2H4 using porous separator-based electrolyzers, achieving low full cell voltage (3.5 V), low CO2 crossover (<0.2 sccm A-1), and high C2H4 selectivity (50%)!
https://t.co/PTaC9oMv5F..

[Min Liu @himinliu]

Congrats Celine!!! Solvent tuning regulates proton flux to extend stability in reactive CO2 capture and electrolysis: Chem Catalysis https://t.co/wNb4XeaUBz

[Min Liu @himinliu]

Congrats Sonia!!! Industrial amine blends enable efficient CO electrosynthesis in reactive capture - now published in EES Catalysis https://t.co/MFMl9pDm0W

[Min Liu @himinliu]

Congrats Erick

[J. Am. Chem. Soc. @J_A_C_S]

A High-Purity Ethylene Epoxide Stream Produced Using a Supported Electrocatalyst | Journal of the American Chemical Society https://t.co/KVf5jWWkvT

[Min Liu @himinliu]

Over 90% CO Faradaic efficiency! See Zunmin's Efficient amino-acid-based reactive capture of CO2 via nickel molecular catalyst https://t.co/ONnDCDcUfC

https://t.co/wo6qksOFbq

[Min Liu @himinliu]

Congrats to Feng's recent paper published in Nature Sustainability, Electrosynthesis of ethylene from syngas https://t.co/wzGSz3kNQI
https://t.co/F8ZgVmS6w3

[Min Liu @himinliu]

Congrats Zac!!!

[NSERC / CRSNG @NSERC_CRSNG]

🏆
Zachary Hudson @UBC is awarded an Arthur B. McDonald Fellowship in recognition of his development of advanced materials that enable breakthroughs in disease diagnostics, energy-efficient electronics and sustainable packaging.

▶️ https://t.co/7Eqf0bnjT5

#NSERC_Prizes

[Min Liu @himinliu]

More exciting stories are on their way......

[Nature Energy @NatureEnergyJnl]

New research reports a porous, non-charge selective separator that enhances ion transport and improves performance for CO electrolysis to multi-carbon products. https://t.co/dxggjOO2x6

[Min Liu @himinliu]

An exciting story on combing reticular chemistry and polymer self-assembly to introduce well-controlled mesopores into reticular materials, particularly MOFs/ZIFs

[J. Am. Chem. Soc. @J_A_C_S]

Coassembling Mesoporous Zeolitic Imidazolate Frameworks by Directed Reticular Chemistry | Journal of the American Chemical Society @UBCChem @UBC #Mesoporous #Zeolitic #Imidazolate #Reticular #Framework https://t.co/rZAcYvF2Ti

[Min Liu @himinliu]

@Rainmaker1973 @JingAdagio

[Min Liu @himinliu]

@SmithLabMIT Congrats Zac

[Min Liu @himinliu]

@luppi_bruno @UBCChem Excellent bro

[Julien Nicolas @julnicolas]

Check out this amazing Collection from @ChemMater, curated by Shiyong Liu, on The Future of Radical Polymerization, including an Editorial from @MatyPolymerLab and contributions from @johnsonchem @tangpolymer Chris Bates @EmilyPentzer @ArmesGroup and many others!

[Min Liu @himinliu]

@ZhaoGroupNUS @ACSPublications Congrats!

[Min Liu @himinliu]

@NKWhiteman @jehimes I used to have a cup of coffee every morning and went to gym in the afternoon. This lasted for five years. I recently suffered from muscle pain problems after gym. But this problem disappeared after gave up coffee a week after.

[Min Liu @himinliu]

@DavidFairen @MosaicMaterials @Euromof2023 He is an interesting man 😄

[Min Liu @himinliu]

@li_zongzhe @JMaterChem @MacLachlanUBC Congrats Zongzhe

[Min Liu @himinliu]

@InsuaNacho @dfarmausc Wow

[Min Liu @himinliu]

@yetianmed @NatureMedicine @AndrewZalesky @DrBreaky @CropleyVanessa @AndreaBMaier Wow, congrats Dr. Tian

[Min Liu @himinliu]

@lucasandrew21 Congrats Lucas!!!