H2Pro and Moroccan renewable energy developer Gaia Energy signed a strategic agreement for the supply of green hydrogen at gigawatt scale.
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Decoupled water splitting for green hydrogen production: Reshaping water electrolysis
Our article on Decoupled water splitting for green hydrogen production: Reshaping water electrolysis was published in Les Annales des Mines, the oldest French journal devoted to science and technology.
Welcome, Anna!
Dr. Anna Breytus joins the EMD group as a research fellow. Welcome Anna!
Congrats, Ilya!
Ilya Slobodkin passed, with flying colors, his MSc thesis defense on Continuous Membraneless Decoupled Water Electrolysis.
Welcome, Avihay!
Avihay Ben-Shitrit joins the EMD group as an MSc student. Welcome, Avihay!
Composite indium tin oxide nanofibers with embedded hematite nanoparticles for photoelectrochemical water splitting
Our article on Composite indium tin oxide nanofibers with embedded hematite nanoparticles for photoelectrochemical water splitting was published in ACS Appl. Mater. Interfaces.
Congrats, Anton!
Congrats to Anton Tsyganok for completing his Ph.D. thesis on: Water photo-oxidation reaction mechanism on hematite (−) photoanodes.
Congrats, Yossi!
Congrats to Yossi Halpern for presenting his MSc seminar on “Nickel-Boron-based Electrodes for Electrochemical -Thermally-Activated Chemical (E-TAC) Water Splitting”.
Our article on the water photo-oxidation reaction mechanism was published in Energy & Environmental Science, reporting for the first time parallel reaction pathways with distinct surface intermediates
Our article on the water photo-oxidation reaction mechanism was published in Energy & Environmental Science, reporting for the first time parallel reaction pathways with distinct surface intermediates.
Congrats to Anton Tsyganok for presenting his PhD seminar on “The water photo-oxidation reaction mechanism on bare and co-catalyst coated hematite photoanodes for solar water splitting”
Congrats to Anton Tsyganok for presenting his PhD seminar on “The water photo-oxidation reaction mechanism on bare and co-catalyst coated hematite photoanodes for solar water splitting”