JanakyLab
@JanakyLab
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Research Group @University_of_Szeged focusing on #solar energy, #nanomaterials, #electrochemistry supported by @ERC_research
Szeged, Magyarország
Joined April 2017
Thank you @ElectroBuffs for the great discussions, I really enjoyed the visit!
Our group is feeling very🌟inspired🌟by @JanakyLab's visit today to @NREL and @ESIFlabs! Thank you for sharing all the amazing work coming from @Uni_Szeged and @eChemicles on CO2RR research, scale up, and process integration!
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We are happy to see this published. We have been puzzled for long about such data analysis, and I hope this review article helps fellow researchers to properly extract rate constants. @KamatlabND
#OA Review discusses anomalies in TR-spectroscopy measurements Charge Transfer Kinetics in Halide Perovskites: On the Constraints of Time-Resolved Spectroscopy Measurements | ACS Energy Letters @GergSamu1 @JanakyLab @KamatlabND
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We have shown that combined glycerol and CO2 valorization works well even with commercial catalysts, if the electrode composition and the process conditions are right. We are now working on custom-designed catalysts and real industrial waste glycerol.
pubs.acs.org
Despite the considerable efforts made by the community, the high operation cell voltage of CO2 electrolyzers is still to be decreased to move toward commercialization. This is mostly due to the high...
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I am proud that the latest results of our @ERC_Research project, appeared in @NatureCatalysis By merging the achievements of the electrochemical and PV communities, we can run paired photoelectrochemical glycerol oxidation and CO2R at over 100 mA cm-2.
nature.com
Nature Catalysis - Photoelectrocatalysis offers the potential to reduce energy demand and provide different selectivity profiles compared with electrocatalytic analogues, but current systems have...
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Congratulations again Prashant @KamatlabND, it was my pleasure to be part of this symposium.
Speakers (partial) for the ENFL Henry Storch symposium celebrating Prof. Prashant Kamat @KamatlabND’s award today! #ACSSpring2024 Congrats to Prashant again on this well deserved award! 🎉🍾 @TimLian5 @JanakyLab @dubose_jeff @JeffChristians @mbthz @NienhausLab @jeffachristians
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Great initiative, I am looking forward to it.
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As we try to move away from oxide photocathodes, we published on a complex photoelectrode assembly based on Sb2Se3 for solar driven CO2 reduction. Thanks @jmcmdelacruz for taking the lead on this. @solar2chem @ERC_Research
https://t.co/IJoyNQmkqF
pubs.rsc.org
Photoelectrodes with FTO/Au/Sb2Se3/TiO2/Au architecture were studied in photoelectrochemical CO2 reduction reaction (PEC CO2RR). The preparation is based on a simple spin coating technique, where...
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I am proud to share our joint academic @Uni_Szeged – industrial @eChemicles @airliquidegroup perspective on e-syngas generation, focusing on the concurrent or separate formation of its components (i.e., CO and H2). #CCU #SolarCO2Value
https://t.co/HvnjL9kSpb
pubs.acs.org
The production of syngas (i.e., a mixture of CO and H2) via the electrochemical reduction of CO2 and water can contribute to the green transition of various industrial sectors. Here we provide a...
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Proud to participate @COP28_UAE to learn about all the global efforts fighting climate change. I am also happy to discuss the role of power-to-X technologies (and specifically CO2 electroreduction) in the green transition. #CCU #EUatCOP28
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Huge congratulations to @kkariko, Alumna of @Uni_Szeged!
Congratulations to one of our new medicine laureates: Katalin Karikó (@kkariko)! 🎉 An interview with her will be coming soon.
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Great meeting with @flowphotochem partners. Thanks @lrese_epfl for being such a great host.
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Our paper on local hydrophobicity governing high-performance electrochemical carbon monoxide reduction to C2+ products - is now published in EES Catalysis. Thanks @AttilaKormanyos for doing the heavy lifting and @flowphotochem, @ERC_Research for funding.
pubs.rsc.org
While CO can already be produced at industrially relevant current densities via CO2 electrolysis, the selective formation of C2+ products seems challenging. CO electrolysis, in principle, can...
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After a week of intense scientific discussions, and before more university and company visits tomorrow, I decided to take a long walk in Philadelphia. What happened? I ran into the annual Saint Patrick’s Day Parade. What a great experience: full of heritage, tradition, and pride.
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It is good to be here, and have in-depth discussion on catalyst/ionomer interactions. Thanks @AtanassovPlamen for organizing this. #CCU #hydrogen
Greetings to all for a joyful #Holi and #March8th from all of us @TellurideSci on Catalyst Ionomer Interactions with a great group co-organized by Svitlana Pylypenko and @muziolog stating a #decarbonisation of #cement workshop today as well!
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Our paper on gas diffusion layers for CO2 electrolysis just appeared online. A quick guide on what parameters might effect the performance of the electrolyzer cell. Nice collaboration with @eChemicles, thank @tsortner for the invitation.
nature.com
Communications Chemistry - For economic viability, CO2 electrolyzers must meet a range of criteria such as low cell voltage, high current density, high product selectivity and long-term...
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Thanks for highlighting our work on operando methods for studying CO2R under industrially relevant conditions!
This Feature Article is #openaccess 🔓 'Operando characterization of continuous flow CO2 electrolyzers: current status and future prospects' from @JanakyLab & Dorottya Hursán. Find this article below ⬇
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Very important insights, especially for long term studies.
Viewpoint by Buddie Mullins & cowks provide a unified protocol to prepare and purify alkaline electrolytes, standardize their concentrations, determine their elemental compositions, provide statistical metrics, and examine their electrochemical properties. https://t.co/3VNPGcIQsM
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Meet our new @JanakyLab postdocs, Dr. @chanderprataps1 (right in the picture) who will work on the #photoelectrochemical CO2 reduction, and Dr. @mmonis16 (left in the picture) who will work on the #electrochemical CO reduction. Looking forward to working with them.🎉🎉🎉
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First paper of the year! Our Feature article on Operando methods for flow CO2 electrolyzers has just appeared online. Congrats to @d_hursan who did the heavy lifting. 👏
pubs.rsc.org
The performance of continuous-flow CO2 electrolyzers has substantially increased in recent years, achieving current density and selectivity (particularly for CO production) meeting the industrial...
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Very nice summary @BrinkertGroup on a topic which will be of high interest in the (near) future.
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