fuel cells

Porous structures are at the core of many diverse applications in the energy world: space, smart buildings, solar cells, solar fuels, nuclear energy, fuel production, geothermal energy production, fuel cells and fast charging. The researchers explain in the article that proper design of these structures is an essential condition for technological, economic and environmental improvement in the energy sector.

Tiny portholes for a big future: Porous materials as the basis for the next energy revolution

In an article in the journal Science, researchers from the Technion present a long-term blueprint for developing the world of energy around porous structures – from materials for producing and storing energy, through energy-efficient chips, to applications in biomedical engineering.
fertilizer. Illustration: depositphotos.com

Develops catalysts for clean energy production

Dr. Ariel Friedman, develops solutions in the field of electrochemistry that will lead to green and cheap energy
Clean fuel. Illustration: depositphotos.com

Fuel cells for green energy production

A start-up born in the chemistry department in Bar Ilan offers clean and efficient solutions for energy production and storage without polluting emissions
A model of a hydrogen-powered car at the CES ASIA 2018 exhibition held in Shanghai in June 2018. Photo: Avi Blizovsky

Chemical building blocks self-assemble to form a catalyst

A sign prohibiting entry to those with a pacemaker

Pacemakers that work on sugar / Marisa Fessenden

A team of nanotechnology researchers from the University of Wisconsin

Development of improved microbial fuel cells

Urine based fuel cell. Image: University of Bristol

Fuel cells that operate on …. urine

The project manager - Dr. Ronald Besser

Portable hydrogen micro-backup for fuel cells

fuel cells

Innovative catalyst for fuel cells

Gregory Jerkiewicz

New findings regarding platinum catalyst

Samuel Mao

A cheap and clean method to produce hydrogen for fuel cells

Improved fuel cell. Image: MIT

Significant improvement in fuel cell efficiency

Wismadev Matsumedar and Brown University chemistry professor Shohang Sun, in the chemistry department, are developing fuel cells

Promising progress in fuel cell technology

From left: Jeffrey Long, Christopher Chang and Hemamala Karunadasa - discoverers of the new metallic catalyst. Photo: Roy Kaltschmidt of Berkeley Labs Public Relations Department

A new metallic catalyst for producing hydrogen from water

Among the research participants: Hirohito Nagasawa (left), Anders Nilsson (center) and Mike Toney (right). Photo by Kelen Tuttle

A new form of platinum and its use in fuel cells

An oxide-graphene array

Graphene sheets as a solution for hydrogen storage

A glacier from Scotland and humans completed the path: a possible route to the Stonehenge altar stone

A new and sweet source of energy

A glacier from Scotland and humans completed the path: a possible route to the Stonehenge altar stone

A breakthrough in the production of tiny biofuel cells

A glacier from Scotland and humans completed the path: a possible route to the Stonehenge altar stone

A battery for electric vehicles is based on… air

A glacier from Scotland and humans completed the path: a possible route to the Stonehenge altar stone

State-of-the-art palladium catalysts for fuel cells

A glacier from Scotland and humans completed the path: a possible route to the Stonehenge altar stone

A new catalyst paves the way for ethanol-based fuel cells

A glacier from Scotland and humans completed the path: a possible route to the Stonehenge altar stone

A hydrogen-producing bacterium provides clean energy

A glacier from Scotland and humans completed the path: a possible route to the Stonehenge altar stone

Mini-helicopters with light fuel cells

A glacier from Scotland and humans completed the path: a possible route to the Stonehenge altar stone

The first hydrogen-powered plane took to the sky

A glacier from Scotland and humans completed the path: a possible route to the Stonehenge altar stone

Sony has developed a battery that produces electricity from sugar

A glacier from Scotland and humans completed the path: a possible route to the Stonehenge altar stone

Fuel cells without a membrane: small and flexible