in artificial #photosynthesis, #CarbonNitrides use light to break 💧 into oxygen and #hydrogen = a promising renewable energy source
But how exactly does #WaterSplitting work?
@paologiusto.bsky.social & co. solved this long-standing puzzle
@naturecomms.bsky.social
#chemsky
tinyurl.com/ycv5fezh
But how exactly does #WaterSplitting work?
@paologiusto.bsky.social & co. solved this long-standing puzzle
@naturecomms.bsky.social
#chemsky
tinyurl.com/ycv5fezh
Artificial Photosynthesis Decoded:How Carbon Nitride Splits Water (and Enables Green Hydrogen)
tinyurl.com
January 23, 2025 at 8:29 AM
in artificial #photosynthesis, #CarbonNitrides use light to break 💧 into oxygen and #hydrogen = a promising renewable energy source
But how exactly does #WaterSplitting work?
@paologiusto.bsky.social & co. solved this long-standing puzzle
@naturecomms.bsky.social
#chemsky
tinyurl.com/ycv5fezh
But how exactly does #WaterSplitting work?
@paologiusto.bsky.social & co. solved this long-standing puzzle
@naturecomms.bsky.social
#chemsky
tinyurl.com/ycv5fezh
Collaboration is essential: thanks to the Max IV beamline in 🇸🇪, @paologiusto.bsky.social & team have captured the mechanism behind #WaterSplitting by #CarbonNitride catalysts–the process at the heart of #ArtificialPhotosynthesis. This is crucial for #sustainable #fuels
#ChemSky
tinyurl.com/2vaz8kps
#ChemSky
tinyurl.com/2vaz8kps
Researchers reveal mechanism behind artificial photosynthesis – MAX IV
Researchers have for the first time revealed the mechanism behind artificial photosynthesis. The study is an important step towards more efficient and tailored devices for local sustainable energy pro...
tinyurl.com
February 26, 2025 at 9:51 AM
Collaboration is essential: thanks to the Max IV beamline in 🇸🇪, @paologiusto.bsky.social & team have captured the mechanism behind #WaterSplitting by #CarbonNitride catalysts–the process at the heart of #ArtificialPhotosynthesis. This is crucial for #sustainable #fuels
#ChemSky
tinyurl.com/2vaz8kps
#ChemSky
tinyurl.com/2vaz8kps
The biggest bottleneck in green hydrogen?
Getting water to split efficiently at scale.
This catalyst does exactly that, and it held up for 150 hours straight.
See what was found: doi.org/10.26599/EMD...
#SciOpen #TUP #WaterSplitting #GreenHydrogen #Electrocatalysis #Researchintegrity
Getting water to split efficiently at scale.
This catalyst does exactly that, and it held up for 150 hours straight.
See what was found: doi.org/10.26599/EMD...
#SciOpen #TUP #WaterSplitting #GreenHydrogen #Electrocatalysis #Researchintegrity
May 26, 2026 at 5:15 AM
The biggest bottleneck in green hydrogen?
Getting water to split efficiently at scale.
This catalyst does exactly that, and it held up for 150 hours straight.
See what was found: doi.org/10.26599/EMD...
#SciOpen #TUP #WaterSplitting #GreenHydrogen #Electrocatalysis #Researchintegrity
Getting water to split efficiently at scale.
This catalyst does exactly that, and it held up for 150 hours straight.
See what was found: doi.org/10.26599/EMD...
#SciOpen #TUP #WaterSplitting #GreenHydrogen #Electrocatalysis #Researchintegrity
Unveiling the role of interface interactions in #Artificial #Photosynthesis. With #InSitu X-ray #Spectroscopy at near-ambient pressure, scientists tracked the carbon nitride #Photocatalyst surface step-by-step t/out the #WaterSplitting process....
weiterlesen
weiterlesen
![In artificial photosynthesis, carbon nitride splits water into oxygen and hydrogen. This novel understanding of the… [more] - Copyright © Talha Demir, MPICI](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:xqqgxgl6qzgwnwq2o6hpo6s6/bafkreibq6m3tlxvrw56lvqopq5becrudwekl7udox3srfnh7aorn4bdzpi)
January 23, 2025 at 10:50 AM
Unveiling the role of interface interactions in #Artificial #Photosynthesis. With #InSitu X-ray #Spectroscopy at near-ambient pressure, scientists tracked the carbon nitride #Photocatalyst surface step-by-step t/out the #WaterSplitting process....
weiterlesen
weiterlesen
Missed Dr Matthew Ferguson’s #ECS247 talk yesterday on 3D printed microlattice electrodes for #WaterSplitting?
Vat polymerisation + smart geometry = fascinating control over gas evolution efficiency.💪
One to watch!
youtu.be/GZwWU1B1fHM?...
#3DPrinting #Electrochemistry #GreenHydrogen #hydrogen
Vat polymerisation + smart geometry = fascinating control over gas evolution efficiency.💪
One to watch!
youtu.be/GZwWU1B1fHM?...
#3DPrinting #Electrochemistry #GreenHydrogen #hydrogen
May 20, 2025 at 8:19 AM
Missed Dr Matthew Ferguson’s #ECS247 talk yesterday on 3D printed microlattice electrodes for #WaterSplitting?
Vat polymerisation + smart geometry = fascinating control over gas evolution efficiency.💪
One to watch!
youtu.be/GZwWU1B1fHM?...
#3DPrinting #Electrochemistry #GreenHydrogen #hydrogen
Vat polymerisation + smart geometry = fascinating control over gas evolution efficiency.💪
One to watch!
youtu.be/GZwWU1B1fHM?...
#3DPrinting #Electrochemistry #GreenHydrogen #hydrogen
Pleasure to examine Lassi Hälström this afternoon at the Aalto University Finland on his PhD thesis about the modelling of photoelectrochemical watersplitting.
September 15, 2023 at 1:10 PM
Pleasure to examine Lassi Hälström this afternoon at the Aalto University Finland on his PhD thesis about the modelling of photoelectrochemical watersplitting.
“Biological systems know how to defend themselves from singlet oxygen. Whether we are doing basic chemistry or developing batteries, we must take inspiration from biology,” says Soumyadip Mondal, the study’s first author.
#watersplitting #greenenergy #energystorage #rechargeablebatteries
#watersplitting #greenenergy #energystorage #rechargeablebatteries
October 7, 2025 at 7:57 AM
“Biological systems know how to defend themselves from singlet oxygen. Whether we are doing basic chemistry or developing batteries, we must take inspiration from biology,” says Soumyadip Mondal, the study’s first author.
#watersplitting #greenenergy #energystorage #rechargeablebatteries
#watersplitting #greenenergy #energystorage #rechargeablebatteries
#IonicLiquids and #DeepEutecticSolvents are reshaping cobalt catalyst design for efficient #WaterSplitting.
Their tunability supports heteroatom doping, multifunctional synthesis and enhanced electrocatalytic performance.
#OpenAccess in #OpenChemistry: doi.org/10.1515/chem...
Their tunability supports heteroatom doping, multifunctional synthesis and enhanced electrocatalytic performance.
#OpenAccess in #OpenChemistry: doi.org/10.1515/chem...
September 21, 2026 at 2:30 PM
#IonicLiquids and #DeepEutecticSolvents are reshaping cobalt catalyst design for efficient #WaterSplitting.
Their tunability supports heteroatom doping, multifunctional synthesis and enhanced electrocatalytic performance.
#OpenAccess in #OpenChemistry: doi.org/10.1515/chem...
Their tunability supports heteroatom doping, multifunctional synthesis and enhanced electrocatalytic performance.
#OpenAccess in #OpenChemistry: doi.org/10.1515/chem...
Very pleased to share our latest work on #watersplitting #hydrogen using #piezocatalysis, #openaccess onlinelibrary.wiley.com/doi/full/10....
Enhanced Piezocatalytic Water Splitting by Platinum‐Decorated Barium Titanate
Piezocatalysis emerges as a clean energy technology utilizing mechanical vibrations to drive challenging chemical transformations. This promising research area holds various applications in energy, e...
onlinelibrary.wiley.com
November 19, 2024 at 12:33 PM
Very pleased to share our latest work on #watersplitting #hydrogen using #piezocatalysis, #openaccess onlinelibrary.wiley.com/doi/full/10....
If you haven't yet delved into the mechanisms of #WaterSplitting, @naturecomms.bsky.social encourages you to do so with @paologiusto.bsky.social 's research on #CarbonNitride, selected as one of the 50 #BestPapers in the field of #catalysis
📰https://www.nature.com/collections/ihbfhbiibg
#ChemSky
📰https://www.nature.com/collections/ihbfhbiibg
#ChemSky
Catalysis
This page provides a snapshot of some of the most exciting work published in the broad areas of catalysis, including catalyst synthesis, catalytic ...
www.nature.com
March 19, 2025 at 6:48 AM
If you haven't yet delved into the mechanisms of #WaterSplitting, @naturecomms.bsky.social encourages you to do so with @paologiusto.bsky.social 's research on #CarbonNitride, selected as one of the 50 #BestPapers in the field of #catalysis
📰https://www.nature.com/collections/ihbfhbiibg
#ChemSky
📰https://www.nature.com/collections/ihbfhbiibg
#ChemSky
Hot off the press!
A new design for a #photocatalyst for #WaterSplitting (specifically the water #oxidation reaction), developed through theoretical predictions & validated by lab experiments.
tinyurl.com/4337vfmv
More about the Methasol project: methasol.eu
#ChemSky
A new design for a #photocatalyst for #WaterSplitting (specifically the water #oxidation reaction), developed through theoretical predictions & validated by lab experiments.
tinyurl.com/4337vfmv
More about the Methasol project: methasol.eu
#ChemSky
Tunability of Carbon Nitrides for Enhanced Photocatalytic Oxygen Evolution Reaction
This study presents a systematic theoretical and experimental investigation aimed at optimizing the photocatalytic oxygen evolution reaction (OER) performance of poly(heptazine imides) containing meta...
tinyurl.com
July 30, 2025 at 1:42 PM
Hot off the press!
A new design for a #photocatalyst for #WaterSplitting (specifically the water #oxidation reaction), developed through theoretical predictions & validated by lab experiments.
tinyurl.com/4337vfmv
More about the Methasol project: methasol.eu
#ChemSky
A new design for a #photocatalyst for #WaterSplitting (specifically the water #oxidation reaction), developed through theoretical predictions & validated by lab experiments.
tinyurl.com/4337vfmv
More about the Methasol project: methasol.eu
#ChemSky
Regardless of federal energy policy, US innovators continue to collaborate on global green hydrogen projects.
cleantechnica.com/2025/10/16/c...
#hydrogen #greenhydrogen #hydrogeneconomy #iridium #criticalmaterials #watersplitting #sustainable #greenenergy #cleanenergy #renewableenergy #innovation
cleantechnica.com/2025/10/16/c...
#hydrogen #greenhydrogen #hydrogeneconomy #iridium #criticalmaterials #watersplitting #sustainable #greenenergy #cleanenergy #renewableenergy #innovation
New Catalyst Cuts The Cost Of Green Hydrogen
US researchers are among the innovators seeking new, low-iridium catalysts, aiming for a sharp reduction in the cost of green hydrogen.
cleantechnica.com
October 16, 2025 at 5:20 PM
Regardless of federal energy policy, US innovators continue to collaborate on global green hydrogen projects.
cleantechnica.com/2025/10/16/c...
#hydrogen #greenhydrogen #hydrogeneconomy #iridium #criticalmaterials #watersplitting #sustainable #greenenergy #cleanenergy #renewableenergy #innovation
cleantechnica.com/2025/10/16/c...
#hydrogen #greenhydrogen #hydrogeneconomy #iridium #criticalmaterials #watersplitting #sustainable #greenenergy #cleanenergy #renewableenergy #innovation
The fastest way to understand how water splitting actually works step by step.
Follow for more like this.
#watersplitting #cellular #workout #molecule #frequency #yeet #meta #photon #fyp #dna #metacognition #science
Follow for more like this.
#watersplitting #cellular #workout #molecule #frequency #yeet #meta #photon #fyp #dna #metacognition #science
September 8, 2026 at 8:03 PM
The fastest way to understand how water splitting actually works step by step.
Follow for more like this.
#watersplitting #cellular #workout #molecule #frequency #yeet #meta #photon #fyp #dna #metacognition #science
Follow for more like this.
#watersplitting #cellular #workout #molecule #frequency #yeet #meta #photon #fyp #dna #metacognition #science
🔬 David Sebastián del Río y Beatrice Ricciardi son 'Guest Editors' del 'Special Issue' #Electrocatalysis' de #Catalysts - @mdpiopenaccess.bsky.social
📌 #Catalyst Design Strategies for Next-Generation #WaterSplitting Systems
ℹ️ bit.ly/4alBNyz
#AdvancedMaterials #GreenHydrogen #Sustainability
📌 #Catalyst Design Strategies for Next-Generation #WaterSplitting Systems
ℹ️ bit.ly/4alBNyz
#AdvancedMaterials #GreenHydrogen #Sustainability
February 17, 2026 at 9:45 AM
🔬 David Sebastián del Río y Beatrice Ricciardi son 'Guest Editors' del 'Special Issue' #Electrocatalysis' de #Catalysts - @mdpiopenaccess.bsky.social
📌 #Catalyst Design Strategies for Next-Generation #WaterSplitting Systems
ℹ️ bit.ly/4alBNyz
#AdvancedMaterials #GreenHydrogen #Sustainability
📌 #Catalyst Design Strategies for Next-Generation #WaterSplitting Systems
ℹ️ bit.ly/4alBNyz
#AdvancedMaterials #GreenHydrogen #Sustainability
What Dr. Nirupama Singh (2024) - HYDROGEN GENERATION VIA actually shows about water splitting explained entirely through.
Follow for more like this.
#watersplitting #mind #photon #joedispenza #biophoton #yeet #logic #metacognition #dna #gym #coherance #frequency
Follow for more like this.
#watersplitting #mind #photon #joedispenza #biophoton #yeet #logic #metacognition #dna #gym #coherance #frequency
September 2, 2026 at 7:21 PM
What Dr. Nirupama Singh (2024) - HYDROGEN GENERATION VIA actually shows about water splitting explained entirely through.
Follow for more like this.
#watersplitting #mind #photon #joedispenza #biophoton #yeet #logic #metacognition #dna #gym #coherance #frequency
Follow for more like this.
#watersplitting #mind #photon #joedispenza #biophoton #yeet #logic #metacognition #dna #gym #coherance #frequency
🌞 Spectral beam splitting boosts unassisted solar water splitting!
This hybrid PV–PEC system achieves 19.87× more H₂ output than traditional tandem designs.
🔗 rdcu.be/euoe5
📷 See image for more details
#WaterSplitting #SolarHydrogen #CleanEnergy
This hybrid PV–PEC system achieves 19.87× more H₂ output than traditional tandem designs.
🔗 rdcu.be/euoe5
📷 See image for more details
#WaterSplitting #SolarHydrogen #CleanEnergy
July 2, 2025 at 2:30 AM
🌞 Spectral beam splitting boosts unassisted solar water splitting!
This hybrid PV–PEC system achieves 19.87× more H₂ output than traditional tandem designs.
🔗 rdcu.be/euoe5
📷 See image for more details
#WaterSplitting #SolarHydrogen #CleanEnergy
This hybrid PV–PEC system achieves 19.87× more H₂ output than traditional tandem designs.
🔗 rdcu.be/euoe5
📷 See image for more details
#WaterSplitting #SolarHydrogen #CleanEnergy
🚀Join Dr. Matthew Ferguson as he showcases 3D printed microlattice electrodes for #hydrogen production via #watersplitting. Discover the potential of SLA #3Dprinting in enhancing solar-to-hydrogen efficiency!🌞
🔔Watch now: youtu.be/GZwWU1B1fHM?...
#GreenEnergy #CleanTech #GH2 #EnergyInnovation
🔔Watch now: youtu.be/GZwWU1B1fHM?...
#GreenEnergy #CleanTech #GH2 #EnergyInnovation
May 22, 2025 at 8:39 AM
🚀Join Dr. Matthew Ferguson as he showcases 3D printed microlattice electrodes for #hydrogen production via #watersplitting. Discover the potential of SLA #3Dprinting in enhancing solar-to-hydrogen efficiency!🌞
🔔Watch now: youtu.be/GZwWU1B1fHM?...
#GreenEnergy #CleanTech #GH2 #EnergyInnovation
🔔Watch now: youtu.be/GZwWU1B1fHM?...
#GreenEnergy #CleanTech #GH2 #EnergyInnovation
💧⚡ A new three-phase-coexisting LBCNA anode could boost protonic solid oxide electrolysis for green hydrogen.
🔗 rdcu.be/qPiWpH1zXRQa
#GreenHydrogen #HydrogenEnergy #WaterSplitting
🔗 rdcu.be/qPiWpH1zXRQa
#GreenHydrogen #HydrogenEnergy #WaterSplitting
September 15, 2026 at 1:39 AM
💧⚡ A new three-phase-coexisting LBCNA anode could boost protonic solid oxide electrolysis for green hydrogen.
🔗 rdcu.be/qPiWpH1zXRQa
#GreenHydrogen #HydrogenEnergy #WaterSplitting
🔗 rdcu.be/qPiWpH1zXRQa
#GreenHydrogen #HydrogenEnergy #WaterSplitting
Conventional hydrothermal synthesis is slow and energy-intensive; laser-induced hydrothermal reaction rapidly grows NiMoO₄ electrodes, enabling #WaterSplitting with over 19-fold faster production and lower energy use.
#IJEM #OpenAccess: doi.org/10.1088/2631...
#IJEM #OpenAccess: doi.org/10.1088/2631...
August 29, 2026 at 4:30 AM
Conventional hydrothermal synthesis is slow and energy-intensive; laser-induced hydrothermal reaction rapidly grows NiMoO₄ electrodes, enabling #WaterSplitting with over 19-fold faster production and lower energy use.
#IJEM #OpenAccess: doi.org/10.1088/2631...
#IJEM #OpenAccess: doi.org/10.1088/2631...
🔔 Review article by Xiu-Li Lu, Tong-Bu Lu 𝘦𝘵 𝘢𝘭.
Dual-metal catalysts for promoting electrocatalytic water splitting
🔗 doi.org/10.1039/d5qi...
#WaterSplitting #Electrocatalysis #HydrogenProduction #DualMetalCatalysts #CleanEnergy #EnergyConversion
Dual-metal catalysts for promoting electrocatalytic water splitting
🔗 doi.org/10.1039/d5qi...
#WaterSplitting #Electrocatalysis #HydrogenProduction #DualMetalCatalysts #CleanEnergy #EnergyConversion
August 3, 2026 at 3:11 AM
🔔 Review article by Xiu-Li Lu, Tong-Bu Lu 𝘦𝘵 𝘢𝘭.
Dual-metal catalysts for promoting electrocatalytic water splitting
🔗 doi.org/10.1039/d5qi...
#WaterSplitting #Electrocatalysis #HydrogenProduction #DualMetalCatalysts #CleanEnergy #EnergyConversion
Dual-metal catalysts for promoting electrocatalytic water splitting
🔗 doi.org/10.1039/d5qi...
#WaterSplitting #Electrocatalysis #HydrogenProduction #DualMetalCatalysts #CleanEnergy #EnergyConversion
A recent Nanomaterials paper reports metal–NHC porous organic polymers on nickel foam for alkaline #watersplitting.
Pd–NHC/NF showed bifunctional OER/HER activity, and the Pd–NHC/NF||Pd–NHC/NF electrolyzer reached 10 mA cm⁻² at 1.55 V with 90 h stability.
🔗 mdpi.com/3944344
#Electrocatalysis
Pd–NHC/NF showed bifunctional OER/HER activity, and the Pd–NHC/NF||Pd–NHC/NF electrolyzer reached 10 mA cm⁻² at 1.55 V with 90 h stability.
🔗 mdpi.com/3944344
#Electrocatalysis
July 3, 2026 at 7:31 AM
A recent Nanomaterials paper reports metal–NHC porous organic polymers on nickel foam for alkaline #watersplitting.
Pd–NHC/NF showed bifunctional OER/HER activity, and the Pd–NHC/NF||Pd–NHC/NF electrolyzer reached 10 mA cm⁻² at 1.55 V with 90 h stability.
🔗 mdpi.com/3944344
#Electrocatalysis
Pd–NHC/NF showed bifunctional OER/HER activity, and the Pd–NHC/NF||Pd–NHC/NF electrolyzer reached 10 mA cm⁻² at 1.55 V with 90 h stability.
🔗 mdpi.com/3944344
#Electrocatalysis
Laser-induced hydrothermal reaction synthesizes NiMoO₄ #nanosheet-integrated #electrodes that outperform commercial catalysts, deliver low overpotentials with 350 h stability, & enable energy-efficient #WaterSplitting #HydrogenGeneration. @manchester.ac.uk
#IJEM: doi.org/10.1088/2631...
#IJEM: doi.org/10.1088/2631...
February 12, 2026 at 2:00 PM
Laser-induced hydrothermal reaction synthesizes NiMoO₄ #nanosheet-integrated #electrodes that outperform commercial catalysts, deliver low overpotentials with 350 h stability, & enable energy-efficient #WaterSplitting #HydrogenGeneration. @manchester.ac.uk
#IJEM: doi.org/10.1088/2631...
#IJEM: doi.org/10.1088/2631...
Eine weitere interessante und diesmal auch wirtschaftliche wichtige Entdeckung des Geiger Lab der Northwestern. Das hätte ihm die TUB nicht bieten können.
#watersplitting #moleculeflipping #reactioninefficiency
#watersplitting #moleculeflipping #reactioninefficiency
May 18, 2025 at 1:07 PM
Eine weitere interessante und diesmal auch wirtschaftliche wichtige Entdeckung des Geiger Lab der Northwestern. Das hätte ihm die TUB nicht bieten können.
#watersplitting #moleculeflipping #reactioninefficiency
#watersplitting #moleculeflipping #reactioninefficiency
🌞 Spectral beam splitting boosts unassisted solar water splitting!
This hybrid PV–PEC system achieves 19.87× more H₂ output than traditional tandem designs.
🔗 rdcu.be/euoe5
📷 See image for more details
#WaterSplitting #SolarHydrogen #CleanEnergy
This hybrid PV–PEC system achieves 19.87× more H₂ output than traditional tandem designs.
🔗 rdcu.be/euoe5
📷 See image for more details
#WaterSplitting #SolarHydrogen #CleanEnergy
August 4, 2025 at 11:18 AM
🌞 Spectral beam splitting boosts unassisted solar water splitting!
This hybrid PV–PEC system achieves 19.87× more H₂ output than traditional tandem designs.
🔗 rdcu.be/euoe5
📷 See image for more details
#WaterSplitting #SolarHydrogen #CleanEnergy
This hybrid PV–PEC system achieves 19.87× more H₂ output than traditional tandem designs.
🔗 rdcu.be/euoe5
📷 See image for more details
#WaterSplitting #SolarHydrogen #CleanEnergy