Category Archives: Biofuel for Transport

German motorists are avoiding filling up with Bioethanol

Motorists avioding biofuel blends

German motorists are avoiding filling up their cars with gasoline with a higher biofuel blend due to concerns it could cause engine damage, German oil industry association MWV said.

The German government has from Jan. 1, 2011, permitted a rise in the maximum level of bioethanol allowed in blended gasoline to 10 percent from 5 percent previously as part of German’s programme to protect the environment.

The new fuel is being introduced in stages in the first quarter of 2011, but the MWV said up to 70 percent of motorists are avoiding the new blend, called E10, in petrol stations where it has been introduced.

Many motorists were apparently concerned about possible engine damage from the new blend, although 90 percent of cars can use the higher E10 blend without difficulty, it said.

Motorists continue to use the old fuel with 5 percent bioethanol content called E5, it said.

If the trend continued, petrol stations would run out of E5 gasoline, it said.

The association said motorists should simply check whether their car is suitable for the higher blend.

Germany’s bioethanol industry is expecting a major rise in sales in 2011 because of the new fuel

Lufthansa biofuel flights postponed by certification delay

Lufthansa biofuel flights postponed by certification delay

Lufthansa biofuel flights postponed by certification delay

Lufthansa has been forced to postpone its planned commercial biofuel flights by at least a month because the fuel will not be certified in time by regulators.

The German carrier was originally planning to begin a six-month trial in April, in which it aims to operate its Frankfurt-Hamburg route using an International Aero Engine-powered AirbusA321 with one of its engines running on a 50/50 blend of biofuel derived from vegetable oil and traditional kerosene.

But Lufthansa, which is aiming to become the first airline to operate scheduled passenger flights powered partly by renewable fuel, says the trial has now been pushed back to the end of May. “We think that should be the right timeframe and hopefully it will work out,” says the carrier.

Certifying body ASTM International was expected to certify hydrotreated renewable jet (HRJ) fuel for use in commercial aviation in the first quarter of this year, but is now unlikely to provide the necessary authorisation until at least the middle of the second quarter. The delay follows the failure of an ASTM International subcommittee to give an anticipated green light in mid-December.

“ASTM is simply wrapping up the remaining technical details. It has simply taken longer than we would have expected,” says Richard Altman, executive director of the Commercial Aviation Alternative Fuels Initiative (CAAFI). “The current target is to have full committee approval mid-second quarter and publish early third quarter, assuming current deliverables are received as promised.”

Lufthansa has signed an agreement with Finnish oil refining company Neste Oil for the supply of jet fuel derived from vegetable oil using Neste’s NExBTL biomass-to-liquid technology. The airline is spending around €6.6 million ($8.9 million) on the project, which it estimates will save around 1.5 million kg (3.3 million lb) of carbon dioxide emissions over the six-month trial.

Road Trip from Australia to Norway, running only on Biofuel made on route

The Green Way Up!

Four Aussie men are preparing to make an epic road trip that will see them drive from their home inAustralia all the way to Norway. That, in and of itself, should make for quite an adventure, but they’ll also make the journey without stopping at a single gas station along the way. Instead, they’ll use biodiesel to power their vehicle and they’ll gas up by collecting cooking oil and animal fat from restaurants and pubs, which they’ll convert into fuel instead.

The journey has been labeled The Green Way Up and it will get underway in March. The drive will start in Hobart, Australia, the southernmost point on that continent and will end more than 28,000 miles later in the northernmost part of Norway. Along the way, the team will pass through 30 different countries, spotlighting the use of alternative fuels on a local level along the way.

In fact, the focus of the entire trip is to bring the use of alternative fuels to the attention of the general public, placing an emphasis on their importance to the environment and the future of energy for the planet. The team is so committed to using biodiesel for instance, that they’ve built their own special processor to create the fuel they’ll use along the way, and their putting the final touches on a biodiesel-powered boat that will carry them from Darwin, Australia to Singapore, with stops on the islands in East Timor, Indonesia and Malaysia along as well.

To find out more about this expedition, visit the official website

Biofuel Powers Bently to World Ice Driving Speed Record

Biofuel Powers Bently to World Ice Driving Speed Record

Juha Kankkunen, the Finnish four-time world rally champion, has broken a world speed record by driving at a speed of 205.48mph. But the astonishing thing about his speed was that it was done on ice, on the frozen waters of the Baltic Sea to be precise.

Kankkunen set the record for a speed on sheet ice in a Bentley Continental Supersports Convertible, and in doing so beat his own previous record of 199.83mph – posted in 2007.

“The last time, I narrowly missed the magical 200 mph mark in a Continental GT. When I heard about the Supersports I was determined to go record breaking again with the Bentley Boys,” said Kankkunen.

“200mph came up after 5km on sheet ice. Then it was just a question of getting everything right in the timing zone and hoping the snow kept away.”

The speeds were verified over a 1,000m strip, with two runs needed to set the new record. The track was 16.5km long in total, giving Kankkunen enough time to build up the speed on the slippery surface. As well as the lack of traction on the 70cm thick layer of ice, the team also had to deal with temperatures of minus 30 degrees, snow blizzards and crosswinds.

The car itself had little in the way of modifications with just Pirelli winter tyres, a roll cage, and a parachute to aid with braking in case something went wrong. It was also fuelled with Bioethanol rather than petrol.

We will be celebrating this achievement with a very special ‘extreme’ Bentley, which will be the most powerful model ever to bear the famed Winged B emblem,” said Wolfgang Dürheimer, Bentley’s chairman and chief executive.

Just 10 examples of this model will be made, and it will make its first appearance at the Geneva show, suggesting that Bentley might have had this in planning for some time and were rather confident in Juha’s abilities…

NASCAR goes ‘green,’ enters biofuel debate

NASCAR goes 'green,' enters biofuel debate

When the green flag drops for the 53rd Daytona 500 today, most eyes will be on the action on the track. Those paying close attention to the flag, though, will notice something new — a large “E” — representing American Ethanol, the industry group pushing for expanded use of the biofuel.

About 120,000 race fans will wave smaller versions of the same flag, handed out by NASCAR to promote its decision to switch fuels this year. Every car and truck in NASCAR’s top three series in 2011 will use Sunoco Green E15 — a blend of gasoline with 15 percent corn ethanol. NASCAR, the federal government and corn ethanol producers say the biofuel reduces emissions and decreases American reliance on foreign oil.

“This whole effort is really a centerpiece of what NASCAR’s ‘green’ initiative is all about,” said Mike Lynch, NASCAR’s managing director of green innovation. “We’re about conservation of the environment, job creation and strengthening of American energy independence.”

What those 120,000 fans excitedly waving those green flags probably don’t know, however, is they’ve been drafted into a fierce debate over U.S. energy policy and its impact on food prices. NASCAR’s role is a small speck in a global discussion.

Many environmental advocates are dubious about corn ethanol’s benefits, and some people think governmental support for ethanol is largely to blame for soaring food prices.

Lynch and ethanol advocates question the impact of expanded ethanol use on corn prices, though, and point out the federal government is solidly behind ethanol, dating back to the 1970s.

Federal support for domestic ethanol (most American ethanol comes from corn), through tax credits, tariffs and other programs totaled $7 billion in 2010, according to a Congressional Research Service report released Jan. 24.

The ethanol-friendly policies have, in turn, spurred expanded production. The U.S. churned out more than 13 billion gallons of ethanol in 2010, more than four times the amount produced in 2000. The percentage of U.S. corn crops used for ethanol has grown from about 5 percent in 2000 to 39 percent in 2010, and recent reports that America’s corn reserves are at an all-time low has food industry leaders concerned.

“The idea that you can take 40 percent of the corn crop and divert it from food to fuel and not expect it to impact food prices is kind of ridiculous,” said Geoff Moody, director of energy and environmental policy for the Grocery Manufacturers Association.

THE PRICE DEBATE

Corn is the most widely produced feed grain in the United States, with about 80 million acres in the American heartland devoted to growing the yellow and green stalks, according to the USDA. Corn is not just important as a side dish at summer picnics; it is the main ingredient in feed for most livestock, and it is processed into a bevy of products including starch, sweeteners, corn oil, beverage and industrial alcohol, and ethanol.

America produces about 20 percent of the world’s corn supply, so an uptick in corn prices here has a domino effect on prices for beef, milk, chicken, eggs and scores of other food items.

And those prices have been going up, everywhere. The World Bank’s food price index increased 15 percent from October 2010 to January 2011, and a recent report by the World Bank estimates the price jumps pushed about 44 million people into extreme poverty. The report lists “finding less food-intensive biofuel technologies” among several measures “necessary to mitigate the impact of food price volatility on the most vulnerable.”

Corn ethanol advocates, and people who work in the confusing world of commodities trading, question how big an impact the expanded use of corn ethanol in recent years really has on food prices, though.

“This food-versus-fuel-thing is much more complicated than that,” said Chris Thorne, director of public affairs for Growth Energy, an ethanol advocacy group. Corn ethanol is cheaper than gasoline, so expanded use of corn ethanol cuts into how much it costs to transport food items.

“Corn is a fraction of overall food costs at the grocery store. High oil prices are just as responsible,” Thorne said.

Nikoleta Panteva, an analyst who studies agricultural markets for IBISWorld, an industry research firm, called the impact of corn ethanol use on food prices “not significant” when compared to factors like weather.

A 2009 report by the Congressional Budget Office questioned the benefits of continued subsidies for corn ethanol, though. The report estimated that increased use of ethanol accounted for 10 to 15 percent of the rise in food prices in a year, which, in turn, cost the federal government another $600 to $900 million in SNAP, formerly the food stamp program.

That report was similarly skeptical of ethanol’s environmental benefits, noting that clearing large amounts of forests or grasslands to grow more corn could more than offset the biofuel’s reduction in greenhouse gas emissions, since forests and grasslands naturally absorb more carbon from the atmosphere than cropland absorbs.

GREEN RACING’S ROLE

To NASCAR fans, the effect of the fuel switch will barely be noticeable. When a few fans were asked about their thoughts at the Speedway on Saturday afternoon, their answers revealed the challenges Lynch faces in pushing his green initiatives on NASCAR’s fan base.

“Ninety-seven percent of these people won’t know the difference,” said John Garrett, 65, of Nashville.

“I think it’s silly. How much pollution are they causing overall?” asked Clay Johnson, 66, of Tampa, noting the gas used for all the big rigs bringing the cars to the track, and the fuel for the thousands of cars and recreational vehicles spectators drove to Daytona Beach for Speed Weeks.

Lynch recognizes the seeming contradiction of his job as czar of green innovation for a sport based on the internal combustion engine. But he hopes NASCAR’s popularity helps spread a message that wouldn’t get out if the sport didn’t exist.

“You could make the argument ‘Wouldn’t it be better for the environment if you just didn’t race cars in the first place?’ But if you didn’t race the cars, no one would be paying attention,” Lynch said. “People are going to drive cars. This gives us a chance to shine a spotlight on things that really work well.”

Whether corn ethanol really does work well when all impacts are considered is still a matter for debate, though. A better solution, Lynch admits, would be cellulosic ethanol — made from waste products like corn cobs — but the technology to make that biofuel isn’t commercially viable yet.

Even Sunoco, which is selling an estimated 70,000 gallons of E15 to NASCAR this year, acknowledges its fuel is not a cure-all. When asked about the issues surrounding corn ethanol, a Sunoco spokesman e-mailed The News-Journal a statement the company released in September 2010.

“We’re concerned about the sustainability of food-crop based fuels due to the possible detrimental impact they can have on food prices, land use, and carbon dioxide emissions,” the statement said. “Sunoco supports the development of sustainable biofuels as a way to increase fuel supply in our country. Corn-based ethanol will likely remain a part of the fuel mix, but isn’t a perfect long-term solution.”

Second-generation biofuels could power cars say UK University

Aston University

Second-generation biofuels could power private cars

Aston University and Drayson Racing are to investigate second-generation biofuels in order to create high-performance cars with reduced CO2 emissions.

According to Aston, next-generation biofuels are seen to provide one of the most cost-effective ways of reducing the CO2 emissions of internal combustion engines over the next two decades. The extreme conditions experienced in motor racing are seen as offering a platform for developing this fuel — made from waste biomass rather than food crops — to a wider audience.

The partnership will focus on the production of second-generation biofuels from sources such as organic waste; improve the stability and reliability of second-generation biofuels; and enhance the ability of high-performance engines to optimise performance.

The partnership will also look at developing materials for use in fuel pumps and other areas that are capable of surviving a highly aggressive biofuel environment.

Lord Drayson, managing partner of Drayson Racing, said: ‘Road transport accounts for 25–35 per cent of CO2 emissions in developed countries and the major source of these emissions is private cars. We are keen to apply what we have learnt on the track to novel products that will improve the performance of future vehicles while reducing their carbon impact.’

Debuting in 2009, Drayson Racing proved the effectiveness of its 200mph (322kph) Flex-Fuel race car by achieving the first-ever international pole and win for a bio-ethanol-fuelled race car in the American Le Mans Series endurance race at Road America in August 2010.

Quantas sign algae-based aviation fuel deal

Qantas inks Solazyme algae-based biofuel deal

Australian airline Qantas has signed a deal to investigate the use of the algae-based aviation fuel developed by US company Solazyme.

The bio-products company announced late last week it would be supplying Qantas with an unspecified amount of Solajet, its microbial derived aviation fuel. The deal further underlines the company’s position as a leading player in the embryonic green jet fuel sector and follows a US Navy order of 10,000 litres of 100 per cent algal-based jet fuel for testing in aircraft.
Solazyme, backed by Morgan Stanley and Chevron among others, uses algae to break down agricultural waste into algal oil that can then be tailored to produce jet fuel. It says the full lifecycle greenhouse gas emissions of this biodiesel are up to 93 per cent lower than standard diesel.
“Through this alliance, we intend to use Solazyme’s technology platform to help provide the Australian market with renewable aviation biofuel,” said Jonathan Wolfson, chief executive of Solazyme. “We also believe this alliance is a helpful step towards the commercialisation of Solajet.”
Qantas has been active in searching for low carbon products to meet the estimated six billion litre yearly demand for aviation fuel in Australia. For example, earlier this year the airline announced plans to build a commercial-scale biofuel plant near Sydney with US bioenergy firm Solena.
Alan Joyce, Qantas’ chief executive, said the deal with Solazyme not only aligned with the company’s strategy of developing cleaner jet fuels, but could build the case for biofuel production in Australia.
“The costs and environmental impacts associated with traditional jet fuel mean it is imperative that we push hard now for the commercialisation of alternative fuel sources,” Joyce said. “We want to be at the forefront of this growing sector, which is why we have chosen to engage the most innovative companies in the field, like Solazyme.”
“We believe this is important not just for Qantas but for the Australian economy as a whole, given the global emergence of green technologies and their potential to drive growth and create jobs.”
In related news, Boeing unveiled its new 747-8 Intercontinental passenger jet yesterday, which promises 16 per cent better fuel economy, 16 per cent fewer carbon emissions per passenger and a 30 per cent smaller noise footprint than the 747-400.
Lufthansa, Korea Air and VIP customers have purchased the first 33 models, which should come into service on long-haul flights next year.
“The new 747-8 Intercontinental will set a new standard in economic and environmental performance, while providing a world-class passenger experience,” said Pat Shanahan, vice president and general manager of airplane programs at Boeing.

Diesel biofuel found to reduce local air emissions

Diesel biofuel found to reduce local air emissions

A fuel trial in Helsinki, Finland, has found that diesel biofuel can significantly reduce air emissions.

The final results of the three-year trial organised by Neste Oil,Helsinki Region Transport (HSL) and Proventia show that Neste Oil’s NExBTL renewable diesel biofuel can significantly reduce local emissions that have a direct impact on urban air quality.

Data collected by the VTT Technical Research Centre of Finland show that particulate emissions were reduced by 30% and NOx emissions by 10%. No problems were encountered with the vehicles’ tailpipe emission control systems.

The NExBTL biofuel is currently produced from vegetable oils, such as palm oil and rapeseed oil, and waste fat from food manufacturers. In the future, the raw material base will be broader, as extensive R&D work is currently underway to develop new raw material sources for the diesel biofuel.

VTT estimates that, if all the buses in Greater Helsinki were to use 100% NExBTL biofuel, the reduction in traffic-related particulate emissions would be the equivalent of taking a third of the buses in the region off the road.

Sakari Toivola, Executive Vice President of Oil Retail for Neste Oil, says: “The results of the trial show that NExBTL renewable diesel is a good solution for reducing public transport local emissions. Bus fleets do not have to be replaced or upgraded to use the fuel, which is a major financial plus. The fuel also works very well in older buses and performs excellently even in challenging winter conditions.”

The Helsinki biofuel project was the world’s largest renewable fuel field trial to date. It was part of the BioRefine research project coordinated by Tekes, the Finnish Funding Agency for Technology and Innovation. Around 300 vehicles, or over 20% of HSL’s buses, took part in the trial, driving more than 50 million km in total.

During the initial phase of the trial, buses used a blend of 30% NExBTL biofuel and 70% standard diesel fuel. From 2008 onwards, some ran on 100% NExBTL. Those running solely on NExBTL biofuel achieved the largest reductions in emissions. In addition to lower particulate and NOx emissions, using NExBTL also results in lower emissions of aromatic PAH hydrocarbons.

Finnair postpones introduction of biofuel

Finnair postpones introduction of biofuel

Finnair postpones introduction of biofuel

The Finnish state-owned airline Finnair has reversed an earlier decision to start using biofuel in some of its commercial flights this year.
Finnair was to have started to use kerosene produced by Neste Oil from biological sources as soon as certification is implemented. Now the airline is going back on its decision.
“The price of the fuel and its sustainability measured against all criteria is not at the level that we would have gone into it at this point. There are various research projects in progress, and it is in our interest to use a fuel produced from local raw materials”, says Kati Ihamäki, environmental director of Finnair.

One possible local source of biofuel would be the upcoming plant in Varkaus where Neste is studying the use of wood chips.
“An ideal situation would be for us to get biological kerosene produced from local raw materials, because there is no sense in hauling raw material from the other side of the world.”

Finnair is involved in a project that is taking place near London, where the use of algae as biofuel is being studied. That project is set to continue through 2014.
“We would have wanted to start commercial flights with biofuel now, but products that are currently available have not met our sustainability criteria”, Ihamäki says.

Biolofuels used by Neste come from certified sources, but they suffer from the same problems as other oil plants: although the plants that are used in fuel production are grown in areas where nothing else is cultivated, there is the danger that plantations might start encroaching on land that is used for food production.
Environmental organisations have taken a negative view of the use of fuel made out of palm oil, saying that rain forest are destroyed to make way for oil palm plantations. There is also overall criticism of the use of food oil as a transport fuel.

Price is also a consideration. Biological kerosene is significantly more expensive than fossil fuel, and fuel costs account for a quarter of Finnair’s overall operating costs.
“The problem is that products made of good raw materials and at a suitable price are not currently available”, Kati Ihamäki says.
She insists that pressure from environmental organisations had nothing to do with the decision.

Air China to conduct transpacific biofuel test flight in 2011

Air China to conduct transpacific biofuel test flight in 2011

Air China to conduct transpacific biofuel test flight in 2011

Air China said Sunday it plans to operate a transpacific demonstration flight partially powered by biofuel in the second half of this year. CA is expected to use a Boeing 747 powered by Pratt & Whitney engines on the test flight, and the aircraft manufacturer has agreed to partner with the Beijing-based carrier to provide technical support.

PetroChina will provide jatropha-based feedstock for the project. The flight would follow a number of biofuel test flights conducted by airlines worldwide, including Air New Zealand, Continental Airlines, Japan Airlines and TAM

Lufthansa plans to launch the world’s first scheduled commercial passenger flights using biofuel in the first half of this year, with an IAE-V2500-powered Airbus A321