Monday, February 28, 2011

Gas 2.0

Gas 2.0


All We Need to Make New Fuels is Fresh Air and Sunshine

Posted: 28 Feb 2011 03:17 PM PST

OK, it takes more than fresh air and sunshine to make usable, sustainable bio-fuels … but thanks to the work of Massachusetts-based Joule Unlimited, it doesn’t take much more!

Joule has developed a genetically-modified organism (GMO, but it’s good GMO … not like, Monsanto GMO) that can be “directed” to secrete usable forms of ethanol and diesel wherever it finds CO2 and water, using energy from the sun as a catalyst.  What’s more, Joule’s representatives are saying these renewable fuels can be created virtually “on demand” in both large and small scale quantities, and at extraction costs competitive with the cheapest fossil fuels.

“We make some lofty claims, all of which we believe, all pf which we’ve validated, all of which we’ve shown to investors,” said Joule chief executive Bill Sims.  “If we’re half right, this revolutionizes the world’s largest industry (oil).”

Using a process that seems very similar to photosynthesis to produce fuels usable in today’s mass-produced vehicles is pretty exciting stuff – indeed, it’s the very basis we’ve built “Gas 2.0″ around – but, of course, there are detractors.  Timothy Donohue, for example, is director of the Great Lakes Bioenergy Research Center at the University of Wisconsin-Madison.  He says that Joule must demonstrate its technology on a broad scale, saying that “perhaps it can work, but the four letter word that’s the biggest stumbling block is whether it will work,” Donohue said. “There are really good ideas that fail during scale up.”

Sims is well aware of the nay-sayer’s views, dismissively stating that “there’s always skeptics for breakthrough technologies.”

In spite of detractors, Joule is thriving – having nearly doubled the number of its employees (to 70), scored 30 million dollars in “second round” private funding, and adding John Podesta (former White House Chief of Staff under Bill Clinton) to its board of directors.  To underscore its successes, Joule recently released a peer-reviewed paper that backs its claims.

More public proof of success or failure for Joule will come soon, as the company plans to break ground on a 10 acre “demonstration facility” later this year.  If it’s successful, Sims believes the company can be selling its fuel commercially by 2013 …

… which would be pretty cool.

SourceJoule Unlimited, via the Associated Press, via Yahoo!


Sweden to get B15 Biodiesel this Spring

Posted: 28 Feb 2011 01:09 PM PST

We aren’t just going to wake up one day and no longer use oil. It’s going to take a lot of baby steps to get there. Preem, a Swedish oil “giant,” will go another small step towards an oil-free world by offering B15 biodiesel at stations throughout Sweden.

Diesel fuel is more popular in Europe than it is in America, and in many engines it is actually more efficient than petrol. The popularity of diesel has prompted Preem to offer a diesel fuel blend with 15% renewable diesel fuel called Evolution Fuel. The 15% renewable portion of the diesel is a byproduct of the kraft process by which wood is converted into pulp and paper. The byproduct, called tall oil, can be mixed in with diesel fuel to reduce the crude content by 15%. Preem will also offer a 5% biodiesel blend at 366 fueling stations across Sweden. Preem can process almost 25 million gallons of tall oil annually, meaning it can make a lot of its Evolution Fuel. The first shipments of Evolution Fuel are scheduled to arrive in April.

So even while America puts the brakes on E15, Sweden is looking to move forward on B15. I’d like to get my hands on some of that.

Source: Green Car Congress

Chris DeMorro is a writer and gearhead who loves all things automotive, from hybrids to Hemis. You can follow his slow descent into madness at Sublime Burnout.


The Cost of China’s High Speed Rail: Part II

Posted: 28 Feb 2011 09:47 AM PST

Many people, myself included, have looked at China's ever-growing high speed rail network with envious eyes. Yet there are reports surfacing that corners may have been cut during construction, leading to questions about safety and durability.

I've watched in amazement as China, which had no high speed rail infrastructure before 2000, has become the world's HSR leader in just ten years. It is reminiscent of America's massive interstate program during the 1960's, and at a glance it seems like a huge success. Ridership is on the rise and China has situated itself as a world leader in HSR at a time when many countries, the U.S. included, are taking a second look at such options. It’s a story I follow more closely then most, because me and my generation have the most to gain, or lose, from high speed rail in America.

In the back of my head though, I have always wondered at what cost did this plan take shape. The Chinese government basically owns all the land within its borders, so there are no worries, from a legal perspective, about right-of-way. That certainly has helped speed along construction, though I don’t see anybody asking how many people were physically displaced by this high speed dream.

Then there is the actual construction. I know Obama’s dream is expensive, but I don’t want construction companies to skip out on the building materials when thousands of tons of bullet train are screaming over the tracks at 200 mph. Yet a whistleblower within the Chinese transportation ministry has said that the concrete bases upon which the train tracks sit are so cheaply made that within a few years the current speeds of 217 mph will be unsafe and that speeds will be lowered by 10-15%. The champion of China’s high speed rail network, Liu Zhijun, was removed on charges of corruption earlier this month from his post in the rail ministry. Combined with the whistleblower’s accusations of poor construction habits, it calls into question what other problems plague the world’s largest network of high speed trains.

Say what you want about the American interstate system; 50 years later and it holds up under heavier traffic conditions then ever before. That might not be the case for China’s HSR network. And that crappy construction didn’t come cheap, as China has borrowed over $300 billion so far, with another $200 billion allocated for the next ten years. America isn’t the only country with debt problems, and I’m not sure if that includes all the money China is losing on operating costs.

Then there are the costs of the actual train tickets. I have no experience with China's high speed rail, only what I have read on the Internet. And from what I can gather, a select few lines have met projections, but many are running at half capacity or less. The costs of the train tickets are beyond the reach for many of China's middle and lower classes. Some 230 million migrant workers still prefer cheaper bus tickets over the glitzy rail system, even in a country with 10 day traffic jams. It is the wealthy who enjoy these bullet trains, not the "average Zhang.” I know I wouldn’t be too happy about a bullet train, whose tickets I can’t afford, blasting through my land on shoddily constructed concrete pads. And all it could take is one bad accident caused by crappy construction to shut down the whole damn network. Who knows how far this problems have spread?

That doesn’t mean I don't support high speed rail in America. I really, really do. But I'd rather have it done right, than done rushed. Obama’s plan had money going to every corner of the country, but luckily for him, Republican governors like Rick Scott of Florida sent the money back to Washington. So instead, Obama needs to focus on two or three areas (hint hint Northeast) and ensure that those lines can be built up to snuff and turn an operating profit without too much government support. We need to learn from China's mistakes, which so far amount to displacing the population, shoddy construction, and too-high ticket costs. If I were the President, I'd be pointing at China and saying "They've got the right idea; now lets do it better.”

Source: The Infrastructurist | The Economist

Chris DeMorro is a writer and gearhead who loves all things automotive, from hybrids to Hemis. You can follow his slow descent into madness at Sublime Burnout.


Sunday, February 27, 2011

Gas 2.0

Gas 2.0


Op-Ed: The Toyota Prius is Falling Behind

Posted: 27 Feb 2011 10:09 AM PST

It is lonely at the top, and Toyota is no stranger to criticisms these days. Even as sales remain strong, Toyota's lineup is falling behind the times, including the much vaunted Prius "brand."

I was there to see the Prius plug-in and Prius V unveiled at the Detroit Auto Show, and I was unimpressed to say the least. The time to unveil a bigger Prius for families was five years ago, and with a combined 42 mpg, the Prius V isn't exactly groundbreaking. The Toyota Prius has been on the market for over a decade; why did it take so damn long for somebody to figure out "Oh, this small hybrid could use more cargo room." Duh. And you would think with all the time it took to bring this to market, it’d have as good gas mileage as the regular Prius, right? Wrong. It has a combined mileage of just 42 mpg. Is that really so great?

My problem isn't just with the Prius V though; the Prius Plug-in offers a scant 13 miles of all-electric range. Compared to other plug-in hybrids, this is disappointing. The Volt offers 25 to 50 miles, the Volvo V60 concept offers 32 miles, and with more plug-ins on the way the Prius's numbers just don't add up. Yes, it should be capable of around 60 mpg, but for what price? I guess I just figured that, with a decade head start over every other carmaker (save for Honda) in the world in hybrid technology, Toyota would have something a little more impressive by 2011.

Alas, they have not. All of the sudden, the Prius's 50 mpg rating doesn't seem so lofty as four compact cars from key rivals. The Ford Fiesta and 2012 Ford Focus, the 2011 Hyundai Elantra, the Chevy Cruze Eco and  2012 Honda Civic all achieve at least 40 mpg highway without hybrid technology. Meanwhile, the 2012 Honda Civic Hybrid gets 45 mpg…just a few mpg's shy of the Prius, and somehow Nissan beat Toyota to the punch with the first mass-market electric vehicle. In a matter of just two years, most automakers have closed the mpg gap with the Prius. In ten years the Prius combined mileage has gone from 41 mpg in 2001 to 51 mpg in 2011. That is a 25% improvement, which sounds good except that the Prius has nothing else to recommend it except its exceptional gas mileage, and 50 mpg just doesn’t seem all that impressive right now, and I haven’t even mentioned any of the awesome diesels the Europeans get.

50% more cargo room just won't cut it these days

It is only a matter of time before some upstart hybrid or diesel takes away the Prius's MPG crown Toyota pulls a fuel efficient rabbit out of its hat. The Prius is by and far the best-selling hybrid in America and the world, though these days I feel it is getting by more on its name then its own credentials. The car market of 2011 is much different from the car market of 2001, when the Prius debuted. Automakers aren't focusing on huge SUV's but rather fuel efficient small cars. There are now over a dozen different choices for somebody wanting a car with around 40 mpg, many of them cheaper then the Prius while offering a lot more in the way of styling and fun, at least to me.

I haven't even touched upon the millions of recalls Toyota has been forced to make in the last year, or the irreparable blow its reputation took due to the unintended acceleration debacle. In Toyota's defense, every case of unintended acceleration was caused by driver error, not some electrical gremlin. Then again, I don't think Toyota deserved its reputation for reliability in the first place, between engines ruined by "gunk" and rusty truck frames (which Toyota managed to shift the blame to the supplier) Toyota vehicles have had just as many problems as any other brand. People are just now starting to see that, and it does not bode well for Toyota.

The stagnation of the Prius is representitive of the entire Toyota brand. The youth-branded Scion is in desperate need of new products, every Lexus (save the LFA) is merely a tarted up Toyota, and the Prius “brand” is a day late and a dollar short compared to other automakers. These days, Toyota vehicles only appeal to boring people (yes I called you boring), people who care about only two things in a car; reliability and fuel efficiency. There is nothing exciting in the Toyota lineup, and while they’ve focused on expanding the Prius brand, the Prius itself suddenly seems very vulnerable.

Since the Prius is the closest thing Toyota has to a halo car right now, and as such, it should be at the forefront of cutting edge technology and fuel efficiency. The Prius is at risk of losing both of those titles to up and comers, and as General Motors has proven, a well-known name will only get you so far. Toyota needs to step its game up with the Prius and offer more then 50% more cargo room and 13 miles of EV range if it wants to stay competitive in the coming years. Judging from how long it took Toyota to figure out people want more cargo room, if Toyota does fall behind the mpg race, I’m not sure the Japanese juggernaut will ever be able to catch up.

I’m sure there are plenty of Toyota apologists and defenders out there ready to jump down my throat…and by all means do. All I ask is that if you disagree with me or other commentators, keep it civil. Otherwise I’ll just delete your comments. So fire away, and keep in mind that you should never take anything I say too seriously.

Chris DeMorro is a writer and gearhead who loves all things automotive, from hybrids to HEMI’s. You can follow his slow descent into madness at Sublime Burnout.


Saturday, February 26, 2011

Gas 2.0

Gas 2.0


The Wireless (!) Electric Bike That Charges Your iPhone

Posted: 26 Feb 2011 10:26 AM PST

Take a close look at Daymak‘s new Shadow eBike wireless bicycle and see if you can spot what they mean by “wireless”.

Did you see it, yet?  I’ll admit:  it took me a few glances to “get” the fact that this is the world’s first, electric-motor-equipped bicycle that is FULLY wireless, meaning:  no delicate electrical connections exposed to the elements, no wires getting accidentally snipped at the local bike shop, and no short-circuit prone “in-frame” wiring.  The entire slick and sleek electrical system integrates the battery, the electric motor, the magnetic regenerative brakes, the throttle, and the pedal-assist functions using 2.5 GHz frequency-hopping “spread-spectrum technology“.

What “wiring” there is fully sealed within the bike’s front hub, which also features an innovative USB port so you can power up your iPhone, iPad, Nook, or any other similar device while you pedal down to your favorite coffee shop.

Daymak plans to offer the Shadow eBike with a choice of 250W or 350W electric motors, which will provide a 12-15 mile range as a “pure electric vehicle”, or 22-25 miles in pedal-assist mode.  The included battery takes about 4 hours to completely recharge with a standard 110 outlet (Daymak didn’t mentione what impact charging your favorite electronics would have on range, though).

Prices start at just under 2000 USD.

SourceGizmag, via Gizmodo.


Towing An Electric Car Could Damage its Motor

Posted: 26 Feb 2011 08:00 AM PST

More fuel efficient, cleaner, and using less harmful chemicals in their operation than gasoline powered automobiles, electric vehicles seem to be the smarter choice. Yet some EV customers now have more to be concerned about than just recharging their EV.

There are a lot of hidden costs of ownership of any car, and while electric cars cost less to maintain, towing could be a problem. Maybe not quite as alarming as you thought, but don't underestimate this issue. If you often find yourself parking illegally or on the side of the road, then listen up, because it could cost you a lot of money.

Recently a Smith Newton electric  delivery truck for FritoLay was towed for a parking violation in New York City. The drivers of the truck then went to pick up their vehicle, but instead of driving it away they picked it up with another tow truck, a flatbed. Why? Well the city was not sure that the electric truck was towed with a flatbed, and without disengaging the driveshaft from the electric motor (which takes about 20-30 min.),  serious damage could occur to the motor if the wheels are rolling without the motor on. The workers of FritoLay were not certain that the initial towers were aware of this critical detail and decided not to take any chances.

Most electric vehicles do not have a transmission connecting its motor to the driving wheels, nor does it have a neutral setting, which would normally disengage the wheels from the motor. So, while a regular car can be put into neutral to disable the drive-train before being towed, an electric vehicle, like the Smith Newton, cannot. If the electric vehicle (while turned off) is towed from the drive wheels, the motor will continue to spin as the cooling system remains inactive. Due to the friction from the spinning, this could heat the motor to a point where it may be completely ruined. According to Bryan Hansel, chief executive of Kansas City-based truck maker Smith Electric Vehicles U.S., a new electric motor would cost him about $5,000 if it needed to be replaced. Who wants to spend $5,000 on top of a towing violation ticket?

To avoid such an inconvenience, there is more than one solution. If you are not going to spend the time dropping the driveshaft and towing from the drive wheels, then tow from the idler wheels to prevent the motor from spinning or ask for a flatbed tow-truck. You can also look into electric vehicles whose manufacturers have designed models where this nuisance won't be an issue. The Nissan Leaf and Ford Transit Connect EV are front-wheel-drive, which prevents any damage that could be done by towing. They also are both equipped with a gear box. This allows the vehicles to be shifted into a "Park" or "Neutral" setting. The first locks the driven wheels, while the latter disconnects the driven wheels from the motor.

So if you are in the market for an EV, make sure you do your research first. If you are already a lucky owner, watch where you park (or don't park) and be aware of the instructions when towing your vehicle correctly.

Source: Green Car Advisor