Venture capital
for algae biofuels, smart grid start - ups and thin film firms is leading the way to record investments in green technology.
In fact, Trent said, the technology is nearly cost - competitive with land - based production methods
for algae biofuels that require vast industrial - scale, open - air pond farms or in closed bioreactors.
Not exact matches
► Sixteen - year - old Sophia Sánchez - Maes won a spot at Monday's White House science fair by pioneering a new process
for using
algae to make
biofuels.
As Boeing's Daggett says: «There are still a lot of hurdles to overcome, but 10 to 20 years is a reasonable time frame
for production of
biofuels from
algae.»
And unlike the corn used to produce ethanol in the United States,
algae do not compete with food
for farmland, one of the biggest problems with current
biofuels.
Algae can also be used for biomanufacturing: Microscopic algae are turned into a living machine that can be genetically programmed to produce molecules like lipids and hydrocarbons ideally suited for biof
Algae can also be used
for biomanufacturing: Microscopic
algae are turned into a living machine that can be genetically programmed to produce molecules like lipids and hydrocarbons ideally suited for biof
algae are turned into a living machine that can be genetically programmed to produce molecules like lipids and hydrocarbons ideally suited
for biofuels.
But if oil prices rise enough
for algae fuels to be cost effective, scientists hope to use what they've learned from that process to make
biofuels that are both clean and profitable.
For example, scientists with the Scripps Institution of Oceanography figured out how to curb an enzyme that breaks down the lipids in algae that are crucial for making biofu
For example, scientists with the Scripps Institution of Oceanography figured out how to curb an enzyme that breaks down the lipids in
algae that are crucial
for making biofu
for making
biofuel.
The
algae grow quickly, tolerate extreme weather conditions and do not pose the same issues as
biofuel crops that are grown both
for fuel and food.
The components of
algae are suitable not only
for producing
biofuels but also pigments, cosmetics components or hydrogels.
But
for algal
biofuels to compete with petroleum, farming
algae has to become less expensive.
«Such information is of great importance
for the development of superior strains of
algae for biofuel production,» Gonçalves said.
Washington State University graduate student Sandra Rincon helped develop a faster, more efficient technique
for growing
algae that can be used
for biofuels.
Washington State University researchers have developed a way to grow
algae more efficiently — in days instead of weeks — and make the
algae more viable
for several industries, including
biofuels.
The review presents the current status of technology options
for the potential exploitation of
algae as feed stocks
for the production of
biofuels.
This signaling pathway could be used to optimize the photosynthetic efficiency of plants subject to water and nutrient deficiencies, with potential applications in agriculture and reactor - based crop development
for green chemistry and
algae - based
biofuel solutions.
But rather than searching
for ways to stretch the oil we still have — like a modern Hanukkah — it makes more sense to accelerate development of clean alternatives such as electric cars or
biofuels from
algae — and avoid dirty ones like turning coal or tar sands to liquid fuels.
«A better way to farm
algae for biofuels, chemicals.»
To produce 1 liter of
algae biofuel, manufacturers must use 3.15 to 3,650 liters of water — or up to 123 billion liters
for 39 billion liters of algal fuel.
Historically, commercial companies have outspent universities and the federal government at least 10 - to - 1 in research of
algae fuels, an inverse pattern compared with investment
for other forms of
biofuels.
Future technologies that need R&D: high - efficiency photovoltaics (say, 50 % conversion)(as well as lowering the cost of PV), energy storage systems
for intermittent sources like solar and wind (hydrogen storage, other methods), advances in
biofuel technology (
for example, hydrogen production from
algae, cellulosic ethanol, etc..)
Plant biologists have sequenced the genome of a particularly promising species of green
alga, providing a blueprint
for new discoveries in producing sustainable
biofuels, antioxidants, and other valuable bioproducts.
Howard Hughes Medical Institute researchers have developed a strategy
for generating «plug - and - play» components
for synthetic genetic networks that may someday nudge
algae to create
biofuels, help microbes make new materials, or even lend greater precision to beer brewing...
April 13, 2018 - The
algae based
biofuel has all the abilities to satisfy the ever - increasing demand
for oil and gas.
Scientists have sequenced the genome of a green
alga that has drawn commercial interest as a strong producer of quality lipids
for biofuel production.
The researchers targeted Chromochloris zofingiensis, a single - celled green
alga that has drawn commercial interest as one of the highest producers of the best lipids
for biofuel production.
The students, representing 45 different science, technology, engineering, and math (STEM) competitions and organizations, exhibited their creations, including state - of - the - art cancer - detection methods, an inexpensive prosthetic arm made almost entirely from a 3 - D printer,
algae - based
biofuels, and an innovative design
for urban water management.
The
algae is one that can be used
for biofuel as well as being researched
for health benefits.
Here's another
algae biofuel company to watch: Solix Biofuels, based in Fort Collins, Colorado has announced that it has raised $ 10.5 million in a first round of funding, and has reached an agreement with investors
for a
Algae could be grown
for the purposes of making
biofuel, which would virtually eliminate competition with food.
«A 300» by 300» lightweight structure supports a series of thin glass channels housing a net - work of pipes, tubes, and
algae to produce ï ¬ ltered, clean air and gases
for biofuel.
photo: Nick Holland via flick Aviation
Biofuel Japan Airlines Finds Biofuels More Efficient Than PetroFuel in Test Flight Aviation Biofuels Could Be Commercially Used in 3 Years: Boeing New
Algae - Based Aviation Fuel Passes Key ASTM Tests
for Jet Fuel
Algae can be grown
for the purposes of making
biofuel.
Abundant, clean and easy to process,
algae can produce energy
for transportation equivalent to the energy in
biofuel produced by crops that cover a land mass three times the U.S.
Boston architects Howeler + Yoon and Los Angeles digital designers Squared Design Lab have designed a conceptual structure
for Boston, where an unfinished building would be covered in modular pods growing
algae for biofuel.
Algae is extremely attractive as a natural resource
for biofuel production because of its tremendous efficiency at conversion of sunlight into a usable
biofuel, up to 30 times more energy per acre than terrestrial crops.
One example would be if a coal - fired powerplant (pre-existing) was linked to a
algae -
biofuel plant, to produce fuel
for transport.
The new method developed by the researchers is valuable both
for the basic research of the photosynthesis of
algae and
for the research and development work of the industrial sector when producing new technologies
for the large - scale production of carbon neutral
biofuels.
An
algae - derived substitute
for gasoline is the great green hope of the nascent
biofuels industry.
In 2007, Amy won the Folio Eddie
for excellence in magazine editorial
for her feature on
algae as a feedstock
for biofuel, which was published in Sustainable Industries magazine.
This report examines the environmental, regulatory and economic questions about proposals
for genetically engineered
algae biofuels.
One example of synthetic biology is
algae designed specifically
for biofuels.
Aviation
Biofuel Confirmed: Biofuels Better Than Fossil Fuels in Jet Engines - Scaling Them Up is the Major Problem New
Algae - Based Aviation Fuel Passes Key ASTM Tests
for Jet Fuel KLM Schedules First
Biofuel Test Flight with Passengers
However Verno confirmed something which anyone even casually following aviation
biofuels knows, that jatropha, camelina,
algae and salicornia are being investigated
for future flying use.
It seems like it's not quite what we're going to get
for the first flight this month: «it will not be an
algae or halophyte - derived alternative, second - generation
biofuels that come from renewable and sustainable feedstocks.
We encourage Virgin to not give up on finding truly sustainable second - generation
biofuels (made from
algae,
for example) that don't compete with food and fresh water resources.
1/2 wedge of cellulosic
biofuels for long - distance transport and what little aviation remains in 2050 — using 8 % of the world's cropland [or less land if yields significantly increase or
algae - to -
biofuels proves commercial at large scale].
He is president and director of research and development
for Valcent Products Inc., a company aiming to bring to market
algae - to -
biofuel technology.
Minor changes to an existing Federal tax incentive
for second - generation
biofuels (i.e.,
biofuel made from cellulose,
algae, duckweed, or cyanobacteria) could mitigate the current elevated risk of investing in the industry that is retarding its advance, according to a new paper by a team from the International Council on Clean... Read more →
Biofuels E.Coli, It's Not Just
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Algae Biofuel from Sapphire Energy «Chemically Identical to Gasoline»