A strategy to stabilize water-splitting photoelectrodes for solar-to-hydrogen production


"Initial tests carried out by the researchers yielded very promising results, suggesting that their protective hydrogen could prevent the degradation and corrosion of Sb2Se3-based photodetectors for water-splitting applications. Tan and his colleagues also showed that their hydrogel protector is compatible with electrolytes that have a broad range of pH values, while always using a SnS photocathode and a BiVO4 photoanode with a lifetime of ~500 hours"

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Research group isolates reaction step that describes energetics of catalysis on materials

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Catalyst surface analysed at atomic resolution

Increasing efficiency in artificial photosynthesis

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lithium-sulfur battery could quintuple electric vehicle ranges

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Process removes biofuel contaminants from wastewater and generates hydrogen to fuel its own operation

New catalysts steer hydrogen fuel cells into mainstream

New research could be the first step to hydrogen power, day and night

The Hydrogen Stream: Fortescue develops tech based on photocatalytic water splitting coupled with solar

Indian Scientists develop unique way to produce 99.99% pure hydrogen fuel from methanol-water mixture

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Earth-abundant solar pixels found to produce hydrogen for weeks

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https://pemedianetwork.com/hydrogen-economist/articles/green-hydrogen/2022/hysata-develops-98pc-efficient-electrolysis See also: How a bio-inspired breakthrough could unlock economically viable green hydrogen https://reneweconomy.com.au/how-a-bio-inspired-breakthrough-could-unlock-economically-viable-green-hydrogen/ Innovative technology design achieves major green hydrogen breakthrough — here's how it could revolutionize the energy sector https://www.thecooldown.com/green-tech/hysata-green-hydrogen-electrolyzer-efficient/

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New covalent organic framework material accelerates solar fuel generation

Breakthrough in electrolyser development

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Scientists discover the newest and simplest way to produce hydrogen out of water
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Iridium-free electrolysis demonstrated for stable hydrogen production

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Chemists discover fundamental catalyst protonation process to promote solar-driven water splitting

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Enhancing the conversion efficiency of powdered photocatalysts that generate hydrogen from water under visible light

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National laboratories team with Idaho Power to evaluate hydrogen generation integrated with hydropower
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Argonne, UChicago scientists create low-cost way to make clean hydrogen fuel

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Breakthrough coating technology to accelerate the adoption of green hydrogen

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China successfully tests new method to transport pure hydrogen

Chemists develop new method for water splitting

Extracting a clean fuel from water

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Researchers move toward energy transition with hydrogen generated on rooftops

Bosch's OSCH'S Beakthrough powering green hydrogen with advanced water treatment
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Researchers discover safe, easy, and affordable way to store and retrieve hydrogen

Titanium oxide material lets sunlight drive green hydrogen production

Researchers succeed in producing highly efficient, low-cost 'green' hydrogen

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New catalysts for solar hydrogen production

Advancements in Catalyst Technology for Efficient Synthesis Gas Production

Chemists recycle shrimp waste as catalyst for hydrogen generation

Device makes hydrogen from sunlight with record efficiency

BESSY II: Surface analysis of catalyst particles in aqueous solutions

Burning calories for energy in the calorimetry lab

Green Hydrogen Revolution: Palm Oil Mills Leading the Charge

New catalyst lowers cost for producing environmentally sustainable hydrogen from water

Nanoneedles formed on an electrocatalyst improve hydrogen production

Water-durable perovskite-oxynitride supported nickel catalysts for ammonia decomposition

Photocatalytic Water Splitting: A Breakthrough in Sustainable Energy

Ways2H partners with h2e Power to eliminate waste and produce hydrogen compatible with Gallon Gas Equivalent price level

Researchers develop highly efficient organometal halide perovskite photoelectrodes for water splitting

Using an AuNi alloy on Au electrodes for a better hydrogen evolution reaction

New study enhances hydrogen production efficiency from water

Gwangju Institute of Science and Technology Researchers Design Efficient Iridium Catalyst for Hydrogen Generation

Exploring advanced magnesium-based hydrogen storage materials and their applications

UCF Researchers Develop New Technology to Recycle Greenhouse Gas into Energy, Materials

CU Boulder’s Weimer Lab unveils economical method for producing clean fuel

Researchers Produce Highly Efficient, Low-cost “Green” Hydrogen

You can now power your home for days using less water than flushing a toilet

How the prickly pear cactus inspired a scientist seeking alternatives to fossil fuels

Research team enhances hydrogen evolution catalyst through stepwise deposition

Tech Breakthrough Makes $2.5 Trillion Hydrogen Boom Possible

Graphene discovery could help generate cheaper and more sustainable hydrogen

Researchers reveal key restriction of bismuth vanadate photoanodes prepared via pyrolysis method

New CSIRO company pursues hydrogen game changer for heavy industry
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Nanocomposite-based electrocatalyst for alkaline overall water splitting at low cell voltage for hydrogen production

TFP Hydrogen Introduces Innovative Modular Production Unit  

Canadian Engineers Make 'Revolutionary' Hydrogen Breakthrough

James Cropper claims breakthrough in hydrogen energy technology

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Chemical engineers draft a roadmap for research into metallic 'sponges' for clean hydrogen

New anode models for green hydrogen production

Modular flow cells for sustainable chemistry

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New catalyst decreases the energy required to split hydrogen gas from water

Fermentation processes for the production of biohydrogen as an alternative energy carrier

Photoanode with multilayered nanostructure developed for efficient photoelectrochemical water splitting

Scientists elucidate the corrosion mechanism of anodes in seawater electrolysis

Graphene discovery could help generate hydrogen cheaply and sustainably

High-pressure hydrogen from affordable liquid formic acid when and where you need it

NewHydrogen CEO Steve Hill Discussed Hydrogen's Sustainable Energy Potential with Stanford University Energy Expert

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Scientists achieve breakthrough in highly efficient electrocatalyst for clean energy

Atomic Ru coordinated by channel ammonia in V-doped tungsten bronze for highly efficient hydrogen-evolution reaction

Breakthrough in Solar Hydrogen Production Achieved through Integration of Next-Generation Materials

Innovative catalyst advances acidic water splitting technology

New Si-based photocatalyst enables efficient solar-driven hydrogen production and biomass refinery

Increasing Renewable Energy Storage with Low-Cost and Efficient Catalyst

Gold nanoclusters can improve electrochemical water splitting to produce hydrogen

A scalable approach to fabricate ultrathin protonic ceramic electrochemical cells with lower operating temperatures

Researchers Reveal the Origins of Zirconium Nitride's Superior Performance

Scientists set the standard for solar-to-hydrogen conversion efficiency with this green hydrogen technology

CBE study finds solar hydrogen costs could beat federal goals

Scientists reveal breakthrough that could lead to cleaner hydrogen energy

Mitsubishi Power Marks Successful Validation, Installation and Operation of Large-Scale Electrolyzers

Chemical cages could store hydrogen, expand use of clean-burning fuel

Mattiq develops portfolio of novel catalysts to solve key materials challenge in the global scale-up of clean hydrogen

Electric Hydrogen raises $380 million for its power-dense electrolyzer

Study findings may dramatically lower the cost of producing green hydrogen

Research team develops highly efficient solar cell that enables decentralized production of hydrogen

Green hydrogen could reach economic viability through the co-production of valuable chemicals

Trimetallic CuO/Ag/NiO supported with silica nanoparticles based composite materials for green hydrogen production

Tübingen’s Solar Cell Redefines Green Hydrogen Production

New catalyst could provide liquid hydrogen fuel of the future

Paving a way to green hydrogen production

New system to harness 40% of the sun's heat to produce clean hydrogen fuel

Researchers' Discovery in Alternative Energy Production may be Breakthrough for Hydrogen-Fueled Vehicles

Efficient bi-functional catalyst for methanol-assisted water splitting of hydrogen generation

HyP3D project say they have reached a breakthrough in high-pressure hydrogen production through 3D printing
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New noble-metal-free electrocatalyst decreases the energy required to generate hydrogen gas from water

Plastic Waste’s New Role in Hydrogen Production

Catalyst With 7.9x Higher Activity for Hydrogen Production

Near infrared photocatalyst based on TI02-coated gold nanopaticles

Poland’s iEn launches solid oxide electrochemical cells fabricated with AM

Revolutionizing Sustainable Energy: AFC Energy's Breakthrough in Hydrogen Power Generation

A potentially cheaper and 'cooler' way to transport hydrogen

How a small 'gap' brings green energy storage through electrolysis closer

MIT Engineers Pioneer Solar-Powered Hydrogen Production

Hydrogel technology boosts efficiency and stability of gas evolution reactions

Something Is Afoot With Green Hydrogen From Wastewater

Engineers develop an efficient process to make fuel from carbon dioxide

Chemists harness hydrogen for clean energy

How to protect biocatalysts from oxygen

HPS Home Power Solutions unveils hydrogen residential storage system

Green hydrogen start-up Electrogenos announces cost reduction breakthrough

New approach to water electrolysis for green hydrogen

Stiesdal's ultra-low-cost, highly efficient electrolyser begins commercial operation

Green hydrogen start-up Electrogenos announces cost reduction breakthrough

Green Hydrogen Breakthrough: Innovations in Water Electrolysis Catalysts Pave the Way for Sustainable Energy


On-demand, infrastructure-free pure hydrogen and oxygen generation via breakthrough proprietary electrochemical reactors

Use of crown ether to capture sodium ions in seawater improves both rate and yield of hydrogen production

GIST researchers improve water splitting reaction for green hydrogen gas production

PV-driven microgrid for hydrogen, cooling

Engineering team develops new ultra stainless steel for hydrogen production

Enapter generator can power your home for days using just 2 liters of water

Breakthrough in solar-powered hydrogen generation

Hitachi Energy unveils new emission-free alternative to diesel-powered generators

Self-activated superhydrophilic green ZnIn2S4 realizing solar-driven overall water splitting: close-to-unity stability for a full daytime

Durable, inexpensive electrocatalyst generates clean hydrogen and oxygen from water

High-valence metal-doped amorphous IrOx as stable electrocatalyst for acidic oxygen evolution reaction

New Reactor Design Is A Gamechanger For Green Hydrogen

Improved water electrolysis performance and stability bring commercialization of green hydrogen one step closer

Researchers discover how to prevent formaldehyde from inhibiting hydrogen-producing enzymes

Engineering non-precious metal electrocatalysts for cost-effective and environmentally responsible water splitting

Harvesting more solar energy with two-dimensional supercrystals

Technoeconomic Model and Pathway to <$2/kg Green Hydrogen Using Integrated Halide Perovskite Photoelectrochemical Cells

Single Iron Atom Catalyst Breakthrough: Key Step Revealed in Boosting Renewable Energy Efficiency

KU Leuven Spin-Off Solhyd Unveils “Golden Hydrogen” Panel

A new system for producing green hydrogen cheaply and efficiently

Green hydrogen: Improving the stability of iridium catalysts with titanium oxides

First Graphene has unveiled the results of an independent study showcasing the efficacy of graphene-based electrocatalysts in the production of green hydrogen.

Path to sustainable hydrogen

Australian Researchers Pioneer Green Hydrogen Production from Seawater

Scientists report new technique in production of green hydrogen and CO2 capture

Piezoelectric-enhanced p-n junctions in photoelectrochemical systems

Self-Supported Earth-Abundant Carbon-Based Substrates in Electrocatalysis Landscape: Unleashing the Potentials Toward Paving the Way for Water Splitting and Alcohol Oxidation

Elcogen and Convion celebrate a key development milestone in green hydrogen production technology

Developments in dual-atom catalysts make renewable energy sources more efficient

Research team develops novel high-performance photoelectrode that uses zinc oxide nanopagoda array

LMU Researchers Shatter Records with a Solar Energy Breakthrough

Revolutionizing stable and efficient catalysts with turing structures for hydrogen production

MIT’s Game-Changer: Ion Irradiation in Nanoparticle Engineering for Sustainable Energy

Ansaldo Green Tech successfully tests its first full-size AEM electrolyzer prototype

Highly durable, non-noble metal electrodes for hydrogen production from seawater

Obtaining hydrogen from vine shoots for biofuel production

Modern Hydrogen takes natural gas and turns it into hydrogen while taking out the carbon

Discovery enables cost-effective and eco-friendly green hydrogen production

Study reveals a reaction at the heart of many renewable energy technologies

Researchers develop a low-cost catalyst for green hydrogen production

Enhanced photoelectrochemical water splitting with a donor-acceptor polyimide

Scientists unlock secret of producing green hydrogen

Researchers develop new green technology for producing hydrogen using renewable energy

Cost-Effective Bifunctional Catalyst Fuels Green Hydrogen Breakthrough

NewHydrogen CEO Steve Hill Provides ThermoLoop™ Update

Highly Durable, Nonnoble Metal Electrodes for Hydrogen Production from Seawater

From bubbles to fuel: Could this special soap film soon enable artificial photosynthesis?

Harvesting the Sky: A new horizon in photocatalytic hydrogen production

Bifunctional electrocatalysts for efficient hydrogen production via overall hydrazine splitting

Nanosheet Breakthrough to Boost Sustainable Hydrogen Production

Green Hydrogen Breakthrough Could Bring Heavy Industry Into The Zero-Carbon Era

Study unveils scalable and efficient photoelectrode modules for green hydrogen production

Scientists investigate a better way of releasing hydrogen stored in hydrogen boride sheets

Revolutionary Photocatalyst: Harbin University Researchers Achieve Breakthrough in Renewable Energy

Highly Durable, Nonnoble Metal Electrodes for Hydrogen Production from Seawater

H2MOF: molecularity engineered materials securely stores hydrogen at low pressures and ambient temperatures

DFMTR:  Disc finned multi-tube reactor and nanoporous magnesium borohydride structures
https://bnnbreaking.com/breaking-news/energy/revolutionary-hydrogen-storage-breakthrough-the-key-to-a-sustainable-future

Research findings could enable high-density hydrogen storage for future energy systems

Revolutionizing Hydrogen Production: SPIE's Automation Breakthrough at Dresden University

Salt-Supported Nickel Oxides for Boosted Hydrogen Production: The Critical Role of Halogen

Nanocrystals set new hydrogen production activity record under visible and near-infrared irradiation

Energy-saving electrochemical hydrogen production via co-generative strategies in hybrid water electrolysis

New study unveils scalable and efficient photoelectrode modules for green hydrogen production

AFC Energy Boosts Hydrogen Generation with Ammonia Cracker Reactor

Scientists develop new 'artificial leaf'

RGU team claims steam-based hydrogen production breakthrough

Research progress of layered double hydroxide-based electrocatalyst for water splitting

AI technique promotes green hydrogen production using more abundant chemical elements

Korea Unveils First Clean Hydrogen Tech, Revolutionizing Energy Sector

Green hydrogen generator can power a house for days using only 2 liters of water

Producing Hydrogen From Rocks Gains Steam as Scientists Advance New Methods

Power to Hydrogen and Global Utilities Lead Breakthrough in Green Hydrogen Production

Researchers identify materials capable of catalyzing the conversion of ortho-hydrogen to para-hydrogen

New hydrogen producing method is simpler and safer, researchers say

A Low-Cost Solution for Hydrogen Production: The Lead-Acid Battery Electrolyser

Evolving Hydrogen-storage Technology: Guidelines Developed for the Design of Anti-evaporation Catalysts

Breakthrough by Hefei Scientists: CeCoFe-LDH Catalyzes Efficient Water Splitting

Researchers use 2D bimetallic MOFs to create Se-containing electrocatalysts for overall water splitting

Brazilian scientists obtain a material that could be useful for hydrogen production

Strain at monolayer MoS₂/hBN interfaces enhances hydrogen evolution reaction activity

Scientists develop bifunctional catalyst performance enhancement technology to lower the cost of hydrogen production

Breakthrough Catalyst Turns Sewage Into Clean Energy

Efficient and durable water splitting in acidic media

rch team introduces superaerophobic three-dimensional nickel catalysts for accelerated water electrolysis

Bipolar Membrane Seawater Splitting for Hydrogen Production: A Review

Ecolectro, Green Hydrogen Startup, Successfully Achieves Breakthrough Production and Efficiency Milestones

Geometry-adaptive electrocatalysis: Proposed approach could double efficiency of energy conversion technologies

Researchers harness the sun to produce hydrogen gas from water

Hy Stor Energy and Schneider Electric Collaborate to Advance Integrated, Off-Grid Green Hydrogen Production and Energy Storage at Scale

Loofah with nano-sized silver donuts create catalyst that splits water into hydrogen and oxygen when an electrical current passes through it

H2Electro specializes in manufacturing high-efficiency solid oxide electrolysis cells
https://h2electro.com/

Researchers investigate the surface extraction of platinum catalysts in alkaline media

Study shows magnetic fields boosts electrocatalysis for sustainable fuel production

Researchers determine structure of new metal tellurate material with potential uses in solar energy and more

Stiesdal Hydrogen and Danfoss sign commercial agreement on hydrogen electrolyzer production
https://www.greencarcongress.com/hydrogen_production/

Bias distribution and regulation in photoelectrochemical overall water-splitting cells

Reverse Osmosis: The Key to Unlocking Sustainable Green Hydrogen Production

Harnessing blue energy: Advanced nanofluidic membranes boost aquatic energy conversion efficiency

Optimizing the Dehydrogenation Kinetics of Metal Nitrides for Energy-Efficient Seawater Hydrogen Production at 2 A cm−2

Trash to treasure – researchers turn metal waste into catalyst for hydrogen

Scientists Unveil Breakthrough Method To Convert Plastic Waste Into Clean Hydrogen Fuel

Magnetism boosts hydrogen production in model catalysts

Researchers realize hydrogen formation by contact electrification of water microdroplets and its regulation

Cost-effective nanorod electrodes for molecular hydrogen production

A simple ‘twist’ improves the engine of clean fuel generation

Custom-made catalyst leads to longer-lasting and more sustainable green hydrogen production


HyP3D Project revolutionizes Hydrogen Production using 3D Printing

Department of Energy is awarding Avium $5 million to further develop high-performance electrolyzer arrays

Manganese sprinkled with iridium reduces need for rare metal without altering rate of green hydrogen production

Aussie breakthrough to slash green hydrogen costs by 40%

Platinum's clean energy breakthrough

Prometheus Project Announcement: LENR Reactor Produces Green Hydrogen (not by electrolysis)

Extracting a clean fuel from water

World’s most efficient water electrolyzer prepares to be mass-produced
https://interestingengineering.com/energy/worlds-most-efficient-electrolyzer

Nanobubble research to improve green hydrogen production

Bifunctional CoFeP-N nanowires synthesized for sustainable water splitting

Experiment leads to material modified for use in solar-driven water splitting to produce hydrogen

Near infrared-driven photocatalytic overall water splitting: Progress and perspective

NW Natural and Modern Hydrogen Unveil Hydrogen and Carbon Capture Project

Efficient and Ultrastable Iodide Oxidation Reaction Over Defect-Passivated Perovskite Photoanode for Unassisted Solar Fuel Production

New electrolysis cells pave the way for cheaper hydrogen

New method makes hydrogen from solar power and agricultural waste

Novel material shows potential to produce green hydrogen

Scientists identify crucial detail essential for the production of hydrogen from algae enzymes

Hydrogen Production by H-TEC Systems’ Efficiency Breakthrough

Enhancing green hydrogen production with robust carbon fabric electrocatalysts

To make affordable green hydrogen a reality, 3M says 'bring us your problems'

Scientists propose converting natural gas into hydrogen directly in gas fields

Scientists make and test efficient water-splitting catalyst predicted by theory

Study reveals insights into the establishment of bound electronic states for developing efficient photocatalysts

Enhancing energy conversion: Pt-Co@NCS catalyst demonstrates synergy for enhanced alkaline hydrogen evolution

Exploring self-healing mechanisms for stable photoelectrochemical water splitting

Revolutionizing Green Energy Production with Advanced Electrolysis Technology

Fiedler Group Applauds Rimere’s Breakthrough Plasma Technology: Pioneering Clean Hydrogen and Graphene Solutions

Catalyst achieves stability in PEM water electrolysis at industrial conditions without use of iridium

Enhancing the performance of proton exchange membrane water electrolysis by constructing electron/proton pathways

Cipher Neutron Achieves Breakthrough Efficiency with its AEM Electrolyser Stack

Researchers develop high-performance anion exchange membranes for sustainability applications

Researchers achieve high quantum yield in photocatalytic water splitting

Preparation strategies and applications of high-entropy materials catalysts for electrochemical water electrolysis

Synthesis of borocarbonitride nanosheets from biomass for enhanced charge separation and hydrogen production

Breakthrough in green hydrogen production: cobalt and water replace rare iridium

Novel two-step electrolysis of water proposed for hydrogen production

Tony Robbins Bet $200 Million on a Green-Energy Breakthrough. Proof It Works Remains Elusive.

Study introduces lead-coated nickel catalyst for enhanced hydrogen evolution reaction efficiency

Researchers move closer to green hydrogen via water electrolysis

One-step process simplifies electrode fabrication for water electrolysis

Nano-confinement may be key to improving hydrogen production

Atomically controlled MXenes enable cost-effective green hydrogen production

Defect engineering leads to designer catalyst for production of green hydrogen

Unlocking the potential of rust: High-efficiency green hydrogen production from hematite

New Ceramic Reactor Revolutionizes Hydrogen Production: A Game Changer for Industrial Decarbonization

New insights into interfacial hydrogen bonds could enhance photocatalytic hydrogen evolution

Could Lead Overcome Reverse Current and Advance a Green Hydrogen Economy?

Less is more: Efficient hydrogen production with less precious metals

Photocatalyst research uncovers better way to produce green hydrogen

Engineers develop a recipe for zero-emissions fuel: Soda cans, seawater and caffeine

Experts warn against hype for deriving green hydrogen from direct seawater electrolysis


Shanghai Electric Accelerates Hydrogen Energy Chain Development, Boosts Clean Energy Adoption

Green hydrogen: ‘Artificial leaf’ becomes better under pressure

New nanomaterials could boost hydrogen production for clean energy

Defect engineering leads to designer catalyst for production of green hydrogen

New method paves the way for cost-effective and high-efficiency green hydrogen production

Innovating sustainable hydrogen production via seawater electrolysis: Self-reconstructed stable and active surface on carbonized wood electrodes

Newly discovered sheets of nanoscale 'cubes' found to be efficient catalysts

Team using AI finds a cheaper way to make green hydrogen

Exploring functional organic materials for the energy transition

America discovers rocks with infinite energy: White in colour, and the oil of the 21st Century

Green hydrogen: MXenes show talent as catalyst for oxygen evolution reaction

Researchers reveal performance boost mechanism in single-atom catalyst for oxygen evolution reaction

Meeting the market with PowerMatch and other energy innovations

Low-temperature ammonia-to-hydrogen conversion achieved by applying an electric field

Smoltek Hydrogen Revolutionizes PEM Electrolyzers with Breakthrough Electrode Technology (iridium reduced by up to 40X) https://www.fuelcellchina.com/Industry_information_details/4970.html

Cemex kickstarts first-of-a-kind low-carbon hydrogen project using thermal plasma electrolysis in cement production

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