Showing posts with label biofuel. Show all posts
Showing posts with label biofuel. Show all posts

Thursday, January 8, 2009

First Jet Flight Powered by Algae

Well, I just heard some great news.

Continental Airlines just completed its first test flight with a Boeing 737 that was partially powered by biofuel made from algae! The flight was the first test done so by a US commercial carrier.



Props to Continental!

One of the planes' two engines consisted of a 50-50 mix of biofuel and aircraft fuel.

"The flight from Houston's Bush Intercontinental Airport completed a circuit over the Gulf of Mexico, and pilots carried out a series of tests at 38,000ft (11.6km), including a mid-flight engine shutdown.

'The airplane performed perfectly,' test pilot Rich Jankowski told the Houston Chronicle newspaper.

'There were no problems. It was textbook.'"

Textbook baby!

The best part about the test is that the biofuel used is a "drop-in fuel", meaning that there is no modification required for the aircraft to use it. The use of algae is fast becoming the future for biofuel: it grows extremely fast, does not compete with food crops, and is better for the enviroment.

All that is left is to make algae commercially competitive.

Check out the full BBC article here.

To get your algae fix, click here.

Friday, April 25, 2008

NY Times: Bring On the Right Biofuels

An interesting Opinion piece from Roger Cohen on nytimes.com.

Bring on the Right Biofuels

"Fads come fast and furious in our viral age, and the reactions to them can be equally ferocious. That’s what we’re seeing right now with biofuels, which everyone loved until everyone decided they were the worst thing since the Black Death.

Where fuel distilled from plant matter was once hailed as an answer to everything from global warming to the geo-strategic power shift favoring repressive one-pipeline oil states, its now a “scam” and “part of the problem,” according to Time magazine. Ethanol has turned awful.

The supposed crimes of biofuels are manifold. They’re behind soaring global commodity prices, the destruction of the Amazon rain forest, increased rather than diminished greenhouse gases, food riots in Haiti, Indonesian deforestation and, no doubt, your mother-in-law’s toothache.

Most of this, to borrow a farm image, is hogwash and bilge.

I’ll grant that the fashion for biofuels led to excess, and that some farm-to-fuel-plant conversion, particularly in subsidized U.S. and European markets, makes no economic or environmental sense. But biofuels remain very much part of the solution. It just depends which biofuels.

Before I get to that, some myths need dispelling. If Asian rice prices are soaring, along with the global prices of wheat and maize, it’s not principally because John Doe in Iowa or Jean Dupont in Picardy has decided to turn yummy corn and beet into un-yummy ethanol feedstock.

Much larger trends are at work. They dwarf the still tiny biofuel industry (roughly a $40 billion annual business, or the equivalent of Exxon Mobil’s $40.6 billion profits in 2007). I refer to the rise of more than one-third of humanity in China and India, the disintegrating dollar and soaring oil prices.

Hundreds of millions of people have moved from poverty into the global economy over the past decade in Asia. They’re eating twice a day, instead of once, and propelling rapid urbanization. Their demand for food staples and once unthinkable luxuries like meat is pushing up prices.

At the same time, the rising price of commodities over the past year has largely tracked the declining parity of the beleaguered dollar. Rice prices have shot up in dollar terms, far less against the euro. Countries like China are offloading depreciating dollar reserves to hoard stores of value like commodities.

Food price increases are also tied to oil being nearly $120 a barrel. Fossil fuels are an important input in everything from fertilizer to diesel for tractors.

Another myth that needs nuking is that the Amazon rain forest is being destroyed to make way for Brazilian sugar-cane ethanol. Almost all viable cane-growing areas lie hundreds of miles from the rain forest. Brazil has enough savannah to multiply its 3.5 million hectares of cane-for-ethanol production by ten without going near the Amazon ecosystem.

Brazilian rain forest is burning, as it long has, for a complex mix of economic reasons. Brazil’s successful ethanol industry — 80 percent of new cars run on ethanol or gasoline and all gasoline comprises 25 percent biofuel — is not one of them.

The danger in all this anti-biofuel hysteria is that we’ll throw out the baby with the bath water.

Those hundreds of millions of Chinese and Indians now eating more will be driving cars within the next quarter-century. What that will do to oil prices is anybody’s guess, but what’s clear is that ethanol presents the only technically and economically viable alternative for large-scale substitution of petroleum fuels for transport in the next 15 to 20 years. It’s not a panacea, but it’s a necessary bridge to the next technological breakthrough.

The question is: which ethanol?

Right now, the biofuel market is being grossly distorted by subsidies and trade barriers in the United States and the European Union. These make it rewarding to produce ethanol from corn or grains that are far less productive than sugarcane ethanol, divert land from food production (unlike sugarcane), and have dubious environmental credentials.

What sense does it make to have a surplus of environmentally friendly Brazilian sugar-based ethanol with a yield eight times higher than U.S. corn ethanol and zero impact on food prices being kept from an American market by a tariff of 54 cents on a gallon while Iowan corn ethanol gets a subsidy?

“It would make a lot more sense to drop the tariff, drop the subsidy, and allow Brazilian ethanol into the United States,” said Philippe Reichstul, the chief executive of a biofuel company in São Paulo. “Pressure on U.S. land will be slashed.”

The United States and Europe should maintain their biofuel targets. Pressure to scrap a European plan for renewable fuels to supply a tenth of all vehicle fuel by 2020 must be resisted while rethinking the policies that favor the wrong biofuels.

The real scam lies in developed world protectionism and skewed subsidies, not the biofuel idea."

Blog: www.iht.com/passages

Aaaaahhhhhhhhhh.......

A refreshing and cool drink of common sense and rationalism.

As both users and supporters of biofuels, we at SuperForest remain more committed to them than ever.

The world infrastructure will always need fuel to move things around, we must work to ensure that this fuel source is produced responsibly and sustainably. Be it solar/electric, hydrogen, compressed air, or flux-capacitor, our power sources must be Pink.

-Team SF

University of Texas Turns Microbes Into Ethanol!

Morning All!

Proof of concept is a very important thing. It demonstrates that a process can be made commercially viable, that is, if the right people are willing to invest time and energy into it.

Researchers in Texas have just discovered a process whereby microbes can be converted into ethanol. With headlines everywhere yelling about global food prices rising because of the amount of corn used to make biofuels, this new process could be a godsend.

Read all about it:

New Source for Biofuels Discovered by Researchers At The University of Texas at Austin

"AUSTIN, Texas — A newly created microbe produces cellulose that can be turned into ethanol and other biofuels, report scientists from The University of Texas at Austin who say the microbe could provide a significant portion of the nation's transportation fuel if production can be scaled up.

Along with cellulose, the cyanobacteria developed by Professor R. Malcolm Brown Jr. and Dr. David Nobles Jr. secrete glucose and sucrose. These simple sugars are the major sources used to produce ethanol.

"The cyanobacterium is potentially a very inexpensive source for sugars to use for ethanol and designer fuels," says Nobles, a research associate in the Section of Molecular Genetics and Microbiology.

R. Malcolm Brown Jr. and David Nobles Jr.
Dr. R. Malcolm Brown (left) and Dr. David Nobles with one of the cyanobacterial strains that produces cellulose and glucose. Photo: Richard Santos

Brown and Nobles say their cyanobacteria can be grown in production facilities on non-agricultural lands using salty water unsuitable for human consumption or crops."

Every little bit of good news is like sweet sweet nectar to this thirsty hummingbird.

Love to all,

Team SF

Wednesday, December 5, 2007

Virgin America is Smart



I flew Virgin America the other day and I noticed something they did that is really smart.

They've stopped using little stickers for when you check luggage.
Instead, the barcode is both your boarding pass AND your baggage claim check.

Less paper, more smarter.

And the flight was pleasant and clean.
Now if we can get them to run the planes on Biofuels, we'll be rocking.

Take a gander at Virgin America's site.

love,

J

Monday, December 3, 2007

Syntroleum: Part II

In which our humble narrator attempts to "score" an interview with the esteemed Ron Stinebaugh, head of Media Relations at Syntroleum.



I hope he replies, I'd love to know more.

-J

Tuesday, November 20, 2007

Syntroleum: Part I - Chicken Fat to Jet Fuel!



Sometimes I'm a bad environmentalist. I say this this because I utilize commercial airline travel. A lot. I figure that I fly roughly twice a month.

So it excites me greatly to learn that the nice folks over at Syntroleum have developed a process that allow them to turn just about any fat, including vegetable fats, into both biodiesel and jet fuel. All clean burning and renewable. They've also signed a deal with Tyson Chicken to convert chicken fat into fuel. Very tasty.

Here's a blurb from their website:

"Building on over 20 years experience, Syntroleum has proven its ability to produce synthetic fuels from a wide variety of feedstock—from natural gas to fats, oils and greases. The Fischer-Tropsch process has already been utilized through the company’s comprehensive labs and production facilities to produce significant amounts of synthetic diesel and jet fuel. These fuels have been successfully proven to perform better than conventional fuels across most operating parameters, including emissions, thermal stability, and cetane. With the growing demand for renewable fuels worldwide, Syntroleum is also utilizing its Biofining™ technology to produce renewable synthetic fuels with the same superior qualities."

Just think, the era of fossil fuels is really and truly drawing to a close. And we'll all live to see it end! Huzzah to progress and technology! Huzzah to Science!

And especially, huzzah to my friend Oded who alerted Superforest to this wonderful breakthrough.

(In the interest of full disclosure, I must say that they are a subsidiary of Halliburton, but that's great! Good on you, Halliburton. We need more major companies investing in clean-tech and this is certainly a giant leap in the right direction.)

I plan on getting in touch with Syntroleum when I return to NYC after Thanksgiving, so check back for some sweet sweet content.

Love,

Jackson

syntroleum.com
Investor PDF: syntroleum.com
Info on the Fischer-Tropsch Process: wikipedia.org