Bio fuel

An atomic model of two subunits in the cellulosome of the bacterium Clostridium thermocellum. The golden spheres mark the positions of the fluorescent tags that helped to analyze the dynamic reactions between the subunits

Fiber-enriched fuel

algae. Source: pixabay.com.

A fast method for converting algae into biofuel

Bio fuel. Illustration: shutterstock

Plants in the fuel tank

A giant oyster of the genus Tridacna gigas, in the Maldives. Photography: Malcolm Browne.

Biofuel inspired by the blue oyster

algae. FROM PIXABAY.COM

Production of biofuels from algae

algae. Source: pixabay.com.

An acceleration that will light up all of Ramat Gan?

Bacteria that eat air and produce fuel. Illustration: Prof. Ron Milo, Weizmann Institute

Bacteria that eat air and produce fuel

Biomass from wood waste. Photo: shutterstock

Chemical alternatives to fuel based on wood waste

Eucalyptus grove. Photo: jar [o].flickr

Eucalyptus, full tank please

A passenger plane. Photo: shutterstock

sweet flight

Bio fuel. Illustration: shutterstock

Engineered bacteria produce ethanol for biofuel from agricultural waste

Bio fuel. Photo: PNNL

Does water interfere with the production process of biofuels?

Bionic liquids - solvents consisting of lignin and hemicellulose. Image: Lawrence Berkeley Labs

Bionic liquids from lignin for biofuel production

Characterization of the activity of 6 new substances responsible for the transfer of sugars in the Arabidopsis plant, close to the mustard plant, which is used as a model plant in studies of advanced biofuels. [Courtesy of Roy Kaltschmidt]

An improved method for genetic engineering of plants for biofuel

Left: The starting cells have a 15% lipid content. Right: Transgenic cells with a content of almost 90% lipids. [Courtesy: University of Texas at Austin]

Biofuel production from yeast cells

Cellulose fibers in a plant cell wall magnified 50,000 times using an atomic force microscope

Breaking down barriers

The institute's scientists have developed a preliminary treatment that allows the lignin in the plant to be removed without damaging the sugars
The biomass of plants can be converted into clean fuel, but this conversion is not yet carried out on a large scale, partly because of its high cost. Illustration: shutterstock

green fuel

A British Airways Airbus A380. PR photo

London's garbage will become fuel for British Airways planes

The jatropha plant. From Wikipedia

Vegetable fuel (biofuel) good or bad

A computerized illustration depicting a sugar molecule (the chain structure in white, gray and red) inside a nanobowl of zirconium oxide (in the center of the image). Other nanobowls in the structure are empty. The red atoms are oxygen atoms and the blue atoms are zirconium atoms. (Courtesy: Larry Curtiss, Argonne National Laboratory and the Institute for Atom-Efficient Chemical Transformations)

Scientists have developed "nanobowls" to protect important catalysts

The leaf of the thyme plant - will be used to create biofuel. Photo: Tamar Jordani. Source: Wikipedia.

Green Europe?

Photosynthesis Credit: Wikipedia (Fabelfroh)

Improved photosynthesis / David Bailo

E_coli - breaks down cellulose and turns it into fuel. Figure: US Department of Energy

A bacterium engineered to produce fuel from grasses

Comparison between the biofuel production process and photosynthesis. Image: University of Illinois

An ionic liquid catalyst aids in fuel production

A British Airways plane. will fly in the future with fuel from waste

Conversion of industrial by-products into fuel

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

Ashel Haaretz

The 2008 Olympic torch race in the streets of Shenzhen, China. From the entry "Population explosion" in Wikipedia

A vision for a better world

The jatropha plant. From Wikipedia

Fuel or food?

Two Berkeley researchers developing alternative energy from bacteria

The use of bacteria as factories for the production of biofuels

trash? Raw materials!!!

Green chemistry to produce products without waste

Vincent Martin, Concordia University, Canada

Engineered bacteria for biofuel production

Brown University researchers Aaron Socha (left) and Jason Slough demonstrate the biodiesel production process

A simple method for obtaining biodiesel

Director of Environmental Quality at British Airways, Jonathan Counsell

British Airways is promoting a new biofuel initiative

From the right: Elad Noor, Aran Bar Eben and Dr. Ron Milo

The goal: to increase the growth rate of agricultural crops used as biofuel

A molecular model of the protein synthesis of the photosynthetic light system, the electron flow pathway and the modification engineered in this work. The protein aggregation is described in the colors of blue, white and red, which describe the electrical charge of the proteins. The lipids (fats) that make up the membrane in which the protein aggregation is embedded are colored in green and red. The small soluble protein isolated from horse hearts that accepts the electrons is shown above the protein aggregation of the photosynthetic light system. The natural flow of electrons is shown by a black arrow, and the one engineered in the technical work - by a yellow arrow. Illustration: Technion researchers

"Individual leaves will be able to provide electricity"

The leaf of the thyme plant - will be used to create biofuel. Photo: Tamar Jordani. Source: Wikipedia.

Oil from the thyme plants will be used as jet fuel

Image of Escherichia coli under a scanning electron microscope

Biofuel from bacteria

A Boeing 737-700 that illustrates the Boeing Company's commitment to improving the quality of the environment

Boeing will promote the development of biofuel in China

Busoya - a bus powered by biodiesel produced from soy

Understanding the combustion mechanism of biofuel

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

A British Airways plane. will fly in the future with fuel from waste

British Airways initiates the green fuel revolution

Traffic Jam. From Wikipedia

Ethanol fuel emits more ozone than regular fuel