Alternative Energy

An oil tanker is moored at the wharf of an oil port. Illustration: depositphotos.com

The Houthis signaled to Israel - will we prepare in time to prevent the disaster

Simulation of a nuclear fusion reactor. Courtesy of General Atomics.

A breakthrough in nuclear fusion - thanks to artificial intelligence

Sam Altman personally invested 375 million dollars in a company called Helion that is trying to develop a nuclear fusion reactor. So far this mission has not succeeded, but now artificial intelligence may improve the planning,
Alternative Energy. Photo: depositphotos.com

Research in the field of renewable energy in Bar Ilan was concentrated under the Center for Sustainability

Renewable energy, its storage and conversion are necessary in dealing with climate change and for energy independence
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

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

The coal mine that was converted into a renewable energy storage station. Photo: Goseteufel, Wikimedia.

The transformation of the coal mines

Rio de la Plata - the mouth of the Uruguay and Parana rivers into the Atlantic Ocean. Photo from space. Source: NASA Johnson Space Center.

River estuaries as a source of electricity generation

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

Halide perovskites before (top) and after (bottom) annealing. Etching with acetone revealed the existence of structural units called "polar domains", which are characteristic of a ferroelectric material. Scale: 20 microns. Source: Weizmann Institute magazine.

There is something new under the sun

Ito's home pyrolysis machine can turn our plastic waste into liquid fuel and thus reduce our dependence on external energy sources. Source: pixabay.

Make plastic fuel at home

New materials are created by fixing them to a disk and then examining them to determine their properties. [Courtesy of Caltech]

New materials that convert water into fuel

algae. Source: pixabay.com.

An acceleration that will light up all of Ramat Gan?

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

diamond. Unfortunately, the new battery won't be as pretty. Cory Schmitz

Diamonds from nuclear waste are forever

800 degrees from sunlight. NCF's facility for producing fuel from solar energy. Photography by Itai Nebo

Fuel from air and sunlight

Prof. Rashef Tana, Weizmann Institute

Clean future - new materials for green energy storage

Cross section of a solar cell with transparent altacrodes

Positive energy - renewable sources / Matthew L. Wald

US Secretary of Energy Steven Chu. Credit: US Department of Energy

Almost science fiction / David Bailo

The Weizmann Institute's solar facility for producing fuel from carbon dioxide. PR photo - Weizmann Institute

Two projects for turning carbon dioxide into fuel

Solar collectors farm. From Wikipedia

This week there will be a biology and renewable energy student conference

A 400-year-old ash tree in the Fora Reserve in the northern Negev. Photography: Esther Inbar

Ashel Haaretz

In a small-scale demonstration at the University of Minnesota laboratory, the researchers showed how their new material can generate electricity when the temperature rises slightly. Pictured, from left, are Professor Richard D. James, doctoral student Yintao Song and postdoctoral students Bhatti Kanwal and Vijay Srivastava

Conversion of heat from waste to electricity

Prof. David Carroll, Wake Forest University

Solar-thermal installation for home heating

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

trash? Raw materials!!!

Green chemistry to produce products without waste

Neutron scattering analysis reveals a layered structure of a composite material that self-organizes and produces hydrogen

A new system for producing hydrogen fuel

Samuel Mao

A cheap and clean method to produce hydrogen for fuel cells

Mercouri Kanatzidis

An improved method for converting heat losses into electricity

The science system was able to predict that in the future we will be able to predict the future

Futurism - what's next?

It is enough to clamp the nanogenerator on the fingers so that it produces enough electricity to operate the liquid-crystal display

Nanogenerators for powering electronic devices

A forest of molecules holds the promise of turning excess heat into electricity

Conversion of heat losses to electrical energy

The photoelectrochemical cell built to prove the concept

A self-repairing photovoltaic cell

Director of Environmental Quality at British Airways, Jonathan Counsell

British Airways is promoting a new biofuel initiative

This filament, which contains about 30 million carbon nanotubes, absorbs photon energy from the sun and then emits it as less energetic photons.

An innovative antenna for receiving energy from the sun

A scientist at the Fernhofer Institute in Germany examines hydrogen against various substances. Photo: Fernhauper Institute

Do the metal components in hydrogen engines break down?

Dr. Igor Lubomirsky.

A unique alternative for converting solar energy into fuel

Researchers heated algae in a device similar to a pressure cooker to produce crude biofuel. Photography: Nicole Casal Moore

Biofuel production by cooking algae in a pressure cooker