Hydrogen

Verne Inc. and Lawrence Livermore National Laboratory have demonstrated, for the first time, direct cryo-compression of gaseous hydrogen

China just flew a hydrogen-powered drone for 30 hours straight — setting a national endurance record and showing the world what green aviation could look like. With zero emissions, 5G control, and cutting-edge design, this drone proves that the skies of the future may be silent, sustainable, and powered by hydrogen.

Hybrids, plug-in hybrids, and EVs are great, but hydrogen fuel cell vehicles like the Toyota Mira hold lots of promise for the future.

US hydrogen company Plug Power Inc (NASDAQ:PLUG) said its hydrogen plant in Woodbine, Georgia, produced 300 tonnes of liquid hydrogen in April, the largest amount in any month since the facility opened in January 2024.

China's state-owned energy giant Sinopec has launched a $690 million venture capital fund—the country's largest of its kind—to accelerate early-stage investments across the hydrogen energy value chain. The fund aims to incubate core technologies and equipment, advancing Sinopec's role in clean energy development.

The liquefaction plant in North Van's Maplewood neighbourhood will be the largest of its kind in Western Canada

One approach to solar hydrogen generation uses materials called metal oxides, including one that combines the elements bismuth and vanadium. Scientists demonstrated that higher temperatures in the electrolyte surrounding cells increase the activity of a bismuth-vanadate electrode by 40%.

A government-funded demonstration project last August used the cleaner-burning fuel to power the toasting oven at the factory, lowering the plant’s carbon emissions.

Developments by the automotive, motorcycle, and trucking industries might just save your V-8s and more.

The H24EVO hydrogen prototype, developed by the MissionH24 initiative, will be the central showpiece of the ACO H2 Village at next month's 24 Hours of Le Mans.

A new hydrogen system could solve storage, cooling, and delivery in one blow, moving zero-emission aviation closer to takeoff.

The research lays the foundation for designing more efficient catalysts and storage materials essential for next-generation hydrogen energy technologies.

H2 Mobility has opened its previously-announced high-performance hydrogen filling station in Düsseldorf. With a daily capacity of up to five tonnes, it is said to be the most powerful hydrogen filling station in Europe.

In a significant step towards decarbonizing its transportation sector, CHN Energy Guohua Energy Investment Co Ltd has recently delivered a shipment of high-purity green hydrogen from its plant in Hebei province to a Sinopec refueling station in Beijing, powering the city's hydrogen fuel cell buses and underscoring the nation's commitment to a sustainable energy future.

Hydrogen has a central role to play in the green energy transition, and Australia’s Hydrogen Strategy aims to place us at the forefront of the hydrogen economy. Now an efficient catalyst that converts seawater into hydrogen using only sunlight could help enable this transition.

JCB has passed another significant milestone on its pioneering hydrogen technology development programme after securing the first full EU type-approval of its hydrogen engine for use in non-road mobile machinery.

In an effort towards sustainable public transportation, state govt is likely to introduce hydrogen-powered buses in the capital city, marking a pioneering step in its commitment to clean energy initiatives.

Scientists at Freiberg University in Germany have pioneered a new low carbon technology for smelting tin. The researchers used a ‘direct reduction’ process using hydrogen instead of carbon to reduce cassiterite to metallic tin. Cassiterite (SnO2), the main tin ore, is typically processed with high-temperature reduction using carbon-based materials. The new approach offers an important potential for reduced carbon footprint, especially when the hydrogen used is produced using renewable energy sources.

Investor Jo Bamford, a member of the billionaire family that owns JCB, wants to create an integrated hydrogen distribution network.

Scientists discover gigantic hydrogen reserves dating back a million years beneath mountain ranges, boosting clean and sustainable energy.

New solar tech stably generates high photocurrent for efficient hydrogen production, cutting fabrication time and advancing commercialization of solar hydrogen systems.

A new catalyst developed in South Korea could make it easier and more affordable to extract hydrogen from ammonia, which is a process that is becoming increasingly important for long-distance hydrogen transport.

French engineering company Technip Energies has partnered with US-based Graphitic Energy to accelerate the commercial deployment of methane pyrolysis technology for low-emission hydrogen and graphite production.