hydrogen fuel

Green hydrogen Illustration: depositphotos.com

Efficient and no longer expensive - green hydrogen

Fuel cells and a hydrogen powered car. Image: depositphotos.com

Warm, warming, energetic - and environmentally friendly

New type of fuel cells, able to provide high performance electricity, while operating at high temperatures
A hydrogen-powered car developed by the HOPIUM company. PR photo, Dassault Systèmes

Hopium is planning a hydrogen-powered luxury vehicle

Hopium created a prototype within eight months using Dassault Systèmes' 3DEXPERIENCE platform. The Hopium Machina model should go on the road in 2025 and travel a thousand kilometers between refueling and refueling with hydrogen
Green hydrogen. His laboratory is Professor Nadav Yacovi. Photo: Tel Aviv University spokesperson

Researchers from Tel Aviv University have discovered an algae mutant that enables the production of green hydrogen on industrial scales

This is a significant breakthrough that will allow for the first time the carrying out of engineering studies dealing with the industrialization of the green hydrogen production process.
This image offers an abstract visual representation of graphene oxide sheets (black layers) embedded with nanodiamonds (light white dots). The nanodiamonds instill long-lasting electrostatic forces that stabilize the sheets even in wet conditions. This structure creates a promising membrane for hydrogen purification (Courtesy: Yasuhiro Chida (Brocken 5) and Toru Tsuji).

Use of nanodiamonds for hydrogen purification

Nanodiamonds may be tiny, but they could help solve one of the biggest problems facing humanity today: climate change
energy sources. Illustration: depositphotos.com

The energy that never ends - the difference between depleting and renewable energy

What is renewable energy and what is degradable energy? What are the origins of one and what are the origins of the other? How are energy sources usually sorted and how can they be divided differently?
Prof. Galia Maayan. Photo: Technion spokespeople

The hydrogen is on the way

Researchers at the Faculty of Chemistry at the Technion have developed a new system for producing hydrogen from water with low energy investment and using available and cheap materials
Hematite (iron ore) Illustration: depositphotos.com

An explanation for a long-standing mystery in hydrogen production

Concept of a hydrogen-powered car. Illustration: illustration: depositphotos.com

On the way to friendly energy at a price of a dollar per kilo of hydrogen

The Israeli start-up company H2PRO won the title of "Best Company" in the international competition New Energy Challenge of the energy giant SHELL and also the title of crowd favorite. The company, which was founded based on technology developed at the Technion, produces
Illustration: The vision of artificial photosynthesis as a way to improve human well-being. The illustration won first place in the SUN-ERGY competition in December. The competition was held as part of the Sunrise project, which aims to develop technologies for the production of renewable and non-polluting energy. Courtesy of the Technion spokesperson

Artificial photosynthesis

A train powered by hydrogen fuel. Photo: Image by Erich Westendarp from Pixabay

with the power of hydrogen

biological enzymes. Illustration: shutterstock

Biological enzymes as a source of hydrogen

A hydrogen-based electric car. Illustration: Electriq~Global

An Israeli startup presents progress in refueling cars with water

Illustration: pixabay.

Hydrogen fuel production inspired by photosynthesis in nature

Toyota's right-hand fuel cell presented at its exhibition in New York in 2014. Photo: Joseph Brent.

Fast and sensitive detector for hydrogen detection

Using the sun's energy, a photoelectrochemical device (PEC), a type of solar cell, can break down water molecules more efficiently than other methods, in order to produce hydrogen. In a new study, the researchers developed a facility that is resistant to corrosion and thus brings us closer to an environmentally friendly hydrogen economy. Source: pixabay.

Another step towards a sustainable hydrogen economy

Toyota's right-hand fuel cell presented at its exhibition in New York in 2014. Photo: Joseph Brent.

An important step on the way to hydrogen fuel

In the photo from left to right: Dr. Bracha Halaf, Chief Scientist in the Office of the Chief Scientist at the Ministry of Energy and Water who participated in the visit; Gendi Finkelstein, Vice President of Technology at Gensel; Yorgo Hachimarkakis, Secretary General of the European Hydrogen Organization; Vermi Reshef, Gensel CEO

The Secretary General of Hydrogen Europe visited Israel

Diagram 2 - Demonstration of the technology developed at the Technion: the oxygen and hydrogen are created and stored in completely separate cells. According to Abigail, it is possible to replace one of the electrodes (anode) with a light-sensitive electrode (photo-anode), so that the conversion of water and solar energy into hydrogen fuel will be carried out directly, that is, in one process. Source: Courtesy of the Technion.

finance as per your request

Molecular structures that "filter" electrons according to their chiral structure. Source: Weizmann Institute magazine.

The secret is the color

XNUMXD rendering of the boat: Pierrick Contin / Energy Observer

Sail against the current

Water splitting using an innovative metallic catalyst [Courtesy of KTH The Royal Institute of Technology]

Production of hydrogen from water at hand

A nanometer photocatalyst consisting of a quantum dot (green) embedded in a nanorod (yellow) at the other end of which is a platinum particle (purple). Courtesy of the Technion spokesperson

break the water

A simple, efficient and cheap system for producing hydrogen from water.

Artificial leaf for clean production of hydrogen fuel

The interactions of the hydrogen bonds cause the atoms in each of the molecules of the dimer to vibrate at a common rate. [Courtesy of L. De Marco/UChicago]

directly observe hydrogen bonds

BMW hydrogen powered car. Photo from Wikimedia Commons

New and cheap materials for the production of hydrogen fuel

Rock salt from California. Photo: shutterstock. The pinkish-oval color of salt grains found in parts of the California and Nevada deserts is caused by "salt-loving" microorganisms called halobacteria.

Microorganisms help develop hydrogen fuel

Image showing hydrogen gas bubbling out from the surface of a nickel phosphide crystal. [Courtesy: Eric Popczun, Penn State University]

Alternatives to clean fuel based on nanoparticles

Cross section of a solar cell with transparent altacrodes

Positive energy - renewable sources / Matthew L. Wald

Hydrogen storage system. Institute for Advanced Studies

Hydrogen storage in clusters of metal hydrides

Catalyst operation for hydrogen gas storage. Figure: US Department of Energy

A new catalyst for hydrogen gas storage

The project manager - Dr. Ronald Besser

Portable hydrogen micro-backup for fuel cells

Gregory Jerkiewicz

New findings regarding platinum catalyst

Birnessite. From Wikipedia

Water splitting by a common mineral

An illustration of the material ammonia borane, which could be the key to hydrogen storage for hydrogen fuel.

Another step towards the development of hydrogen fuel