Articles
Introduction: The Hard-to-Abate Challenge While many sectors can be cleaned up through direct electrification (using batteries and renewable power), certain “heavy” industries...
Saudi renewables developer ACWA Power has signed a memorandum of understanding (MoU) with German partners VNG and EnBW to establish a long-distance...
1. Blending with Natural Gas One of the most immediate ways to use hydrogen in homes is by blending it into the...
The European Commission has approved a €3 billion German state aid package under EU State aid rules to support clean technology manufacturing...
Introduction: The Lifecycle Perspective To truly understand the environmental impact of hydrogen, we must look at its lifecycle assessment (LCA). This means...
Introduction: The Carbon-Free Combustion The most compelling argument for hydrogen is its simplicity: when you burn it or use it in a...
The UK’s government-owned National Wealth Fund (NWF) has unveiled a new strategic investment plan to channel tens of billions of pounds into...
Introduction: The Billion-Dollar Question The transition to a clean energy future hinges on a single number: The price per kilogram. For green...
Hydrogen Refueling Solutions (HRS), Toyota Motor Europe and ENGIE Lab CRIGEN have reached a significant development milestone in creating a next-generation hydrogen...
Introduction: Closing the Innovation Gap While we have the basic “recipe” for a hydrogen economy, the current technology is like the early,...
Poland’s WA Brzych municipality has placed an order for 14 new Mercedes hydrogen fuel-cell buses to accelerate the transition to clean public...
Introduction: Connecting the Dots To transition from a few pilot projects to a global hydrogen economy, we need more than just electrolyzers;...
Saudi renewables developer ACWA Power has signed a memorandum of understanding (MoU) with German partners VNG and EnBW to establish a long-distance...
The European Commission has approved a €3 billion German state aid package under EU State aid rules to support clean technology manufacturing...
The UK’s government-owned National Wealth Fund (NWF) has unveiled a new strategic investment plan to channel tens of billions of pounds into...
Hydrogen Refueling Solutions (HRS), Toyota Motor Europe and ENGIE Lab CRIGEN have reached a significant development milestone in creating a next-generation hydrogen...
Poland’s WA Brzych municipality has placed an order for 14 new Mercedes hydrogen fuel-cell buses to accelerate the transition to clean public...
Introduction: Connecting the Dots To transition from a few pilot projects to a global hydrogen economy, we need more than just electrolyzers;...
Hydrogen Transition Energy (HTE UK Ltd) has unveiled plans for the UK’s first large-scale waste-to-hydrogen facility at a 13-acre site near Manston...
Construction of Shell’s 200 MW green hydrogen electrolyser and its connection to the HyTransPort pipeline at the Port of Rotterdam is nearing...
The European Hydrogen Bank and associated Innovation Fund auctions are lining up billions of euros in public support for clean hydrogen projects...
TotalEnergies, Tree Energy Solutions (TES) — along with Osaka Gas, Toho Gas and ITOCHU — have agreed to co-develop the Live Oak...
The European Commission has opened its third auction from the European Hydrogen Bank, offering €1.3 billion in subsidies to support hydrogen production...
Hy2gen has secured a site at Vihreäsaari port in Oulu to build a 200 MW renewable hydrogen and e-fuels plant — positioning...
Introduction: The Hard-to-Abate Challenge While many sectors can be cleaned up through direct electrification (using batteries and renewable power), certain “heavy” industries...
1. Blending with Natural Gas One of the most immediate ways to use hydrogen in homes is by blending it into the...
Introduction: The Lifecycle Perspective To truly understand the environmental impact of hydrogen, we must look at its lifecycle assessment (LCA). This means...
Introduction: The Carbon-Free Combustion The most compelling argument for hydrogen is its simplicity: when you burn it or use it in a...
Introduction: The Billion-Dollar Question The transition to a clean energy future hinges on a single number: The price per kilogram. For green...
Introduction: Closing the Innovation Gap While we have the basic “recipe” for a hydrogen economy, the current technology is like the early,...
Introduction: Beyond the Passenger Car While battery electric vehicles (BEVs) have largely won the race for small passenger cars, the “heavy lifting”...
Introduction: The Invisible Giant While hydrogen is often discussed as a future fuel for cars and planes, it is already an “invisible...
Introduction: The Density Dilemma We can produce green hydrogen with renewable energy, but there is a major hurdle: Hydrogen is the lightest...
Introduction: The Energy Balance When we talk about producing green hydrogen, the conversation eventually turns to a single critical question: How much...
Introduction: The Energy Balance When we talk about producing green hydrogen, the conversation eventually turns to a single critical question: How much...
Green hydrogen is defined as hydrogen produced by the electrolysis of water, utilizing electricity generated entirely from renewable energy sources like wind,...
Introduction Zirconia electrolytes are ceramic materials used in solid oxide electrolysers (SOEC) to conduct oxygen ions at high temperatures. 🔗 Read moreSolid...
IntroductionZirconium hydride is a solid-state compound formed when zirconiumabsorbs hydrogen, used in nuclear and hydrogen storage applications.🔗 Read moreZirconium Hydrides – Materials...
Introduction Zero Liquid Discharge is a water treatment strategy where no wastewater is released — all liquid is treated, reused, or evaporated....
Introduction A zero-gap electrolyser is designed with no physical gap between electrodes and membrane, reducing resistance and improving efficiency. 🔗 Read moreElectrolyser...
IntroductionXRD is a technique used to identify the crystal structure of hydrogen-related materials. It’s vital in developing solid-state hydrogen storage and fuel...
Introduction Zero-emission hydrogen is hydrogen produced without generating greenhouse gases across the entire production chain. 🔗 Read moreIEA Hydrogen Roadmap 🧠What...
IntroductionXPS is a powerful surface analysis technique used to study the chemical composition of hydrogen materials, catalysts, and coatings at the atomic...
Introduction Zeolite catalysts are microporous, crystalline aluminosilicates used in hydrogen-related reactions, especially reforming and gas purification. 🔗 Read moreZeolite Research in Catalysis...
IntroductionA xenon flash lamp is a device that emits intense bursts of light, often used in photochemical hydrogen production or high-speed imaging...
IntroductionXenon is sometimes compared with hydrogen due to its use in propulsion and high-performance systems. While not a fuel competitor, it helps...
Introduction The Y-scale on a graph represents the vertical axis, typically used to measure values such as hydrogen output, pressure, or energy...
Introduction A Y-pipe connector splits or merges gas or fluid flows in hydrogen systems, shaped like the letter “Y”. 🔗 Read moreHydrogen...