Our recent study on ammonia electrooxidation catalyzed by RuO2 is featured on the front cover of JPCC @JPhysChem by @ACSPublications this week! Always want a cover from ACS, and finally! If you are interested in the study, here is the link:

From a most-read tutorial review in 2023 to >5k view webinar in 2024, then to a full day short course at ECS meeting 2025. It is a surprising and interesting way to experience how scientific communication and education is done at @ECSorg .

RT @CharlotVogtLab: New paper alert: led by Weiran Zheng, we explore AOR on RuO₂ under alkaline conditions using a.o. DEMS + UV–vis spectro….

A very detailed and comprehensive analysis of electrocatalyst behaviour under relevant reaction conditions!.

RT @J_A_C_S: Be Aware of Transient Dissolution Processes in Co3O4 Acidic Oxygen Evolution Reaction Electrocatalysts | Journal of the Americ….

RT @CampEGPSF: Nice work of Campinas Electrochemistry Group in collaboration with Prof. @c_ciscar . Take a look here: .

RT @PAKempler: Our Chemical Reviews article on Gas Evolution in Water Electrolysis is now available online (! If yo….

The slides and example codes are available at:

RT @CharlotVogtLab: Excited to share our latest publication, on the electrochemical ammonia oxidation reaction (AOR) using NiOOH as a catal….

It is very exciting to see so many electrochemists are willing to learn new tools for their research. Although it may feel challenging in the beginning, I assure you that it totally worth it. Either for data visualisation or electrochemical simulation, Python is the right tool.

The ECS Webinar “Introducing Python for Electrochemistry Research” delivered by me yesterday has attracted a surprisingly large number of attendees. @ECSorg @PhysicsWorld In case you have missed it, the recording is now available at

Using a graphite rod as the counter electrode for electrocatalyst benchmarking offers both convenience and challenges. In our viewpoint at @ACSEnergyLett , we explored its applicability in both acidic and alkaline environments. Check it out if you use it.

RT @3BenAJohnson: Are kinetic zone diagrams beyond 2D, 3D—or dare we say, 4D—even possible? Check out our new preprint where we decipher co….

Understanding the ammonia electrooxidation pathway can be difficult with coexisting OER. Combining four in situ techniques, we managed to understand it a little better. Check out our new work on @JCatal_J

I will deliver an introduction webinar on involving Python in electrochemical research on 28 Aug. 2024. The webinar is hosted by @PhysicsWorld, @ECSorg . Join us if you have no Python background but interested in using it.

RT @IfanStephens: Here we quantify the energetics and kinetics of O2 evolution on iridium oxide using spectroelectrochemistry+DFT+SIMS. Amo….

Reviewer #2: you have shown lots of data to support your conclusions, but I don’t believe your data. I believe …. XXX (no reference given).

RT @TechnionLive: Following the surge of antisemitism and anti-Israel rhetoric around the world: the Technion invites undergraduate and gra….

RT @JakobKibsgaard: It is finally out! Our Chemical Reviews on "Precious Metal Free Hydrogen Evolution Catalyst Design and Application".Tha….

Understanding why electrocatalysts lose activity is essential to make practical electrolyzers. In this @aplenergy article, we share some thoughts on how to study and understand catalyst deactivation, focusing on the importance of in situ technique.