Study: Biodiesel Performs Similarly to Diesel

John Davis

A two-year-long study is showing that biodiesel is as good as regular diesel for over-the-road trucks.

2milmilehaulogo.jpgThe “2 Million Mile Haul”… halfway through the study at this point… is looking at the benefits of using 20 percent biodiesel blend (B20) and is being conducted by the Iowa Soybean Association (ISA) in partnership with Iowa Central Community College, Decker Truck Line Inc., Caterpillar Inc., the National Biodiesel Board, Renewable Energy Group, Inc. and the U.S. Department of Agriculture. This story on the Energy Current web site says it’s believed this is the first comprehensive, publicly-documented demonstration of B20 in big rigs:

isa.jpg“The trucking industry is by far the single largest consumer of diesel fuel, using 38 billion gallons annually,” said Grant Kimberley, ISA director of market development. “This study demonstrates in a real-world environment that biodiesel can be used successfully year-round.”

iowacentral.jpgDon Heck, coordinator of biotechnology and biofuels programs at Iowa Central Community College in Fort Dodge, Iowa, said, “Although we have data from only the first year of the study, we are pleased with the results to date. Preliminary results are that B20 biodiesel performs similarly to 100 percent diesel. We found a slight decrease in overall fuel efficiency for the B20 group of trucks, but it was not statistically significant. In fact, the difference was several times smaller than the driver-to-driver variability in fuel efficiency within each group.”

More than 1.5 million miles had been logged by the end of the first year, from Oct. 1, 2006 to Oct. 1, 2007. Overall fuel efficiency, including idle time, was slightly reduced in the B20 group. Average fuel consumption for the control group was 6.29 miles per gallon (mpg) and for the B20 group it was 6.15 mpg. The fuel efficiency difference of 2.2 percent between groups is not considered significant, especially when compared to driver variability.

Proponents of biodiesel believe the test will help the commercial credibility of the green fuel.

Biodiesel

Biodiesel Producer Hit with Another Lawsuit

John Davis

The developer of what will be the world’s biggest biodiesel plant… if it gets built… has been hit with another lawsuit, the second one this year.

seenergy1.gifSmiling Earth Energy has plans to build a 320-million-gallon-a-year biodiesel plant along the Chesapeake Bay in Virginia. But the company has had its troubles recently, including a lawsuit by an Oregon biodiesel company for failing to provide the promised $310 million in financing for a West Coast biodiesel plant… and then refusing to return a $100,000 deposit to the Oregon company (see my October 29, 2007 post). Now, Smiling Earth is being hit with a lawsuit by a handful of people who loaned $250,000 to the California company, accusing it of fraud, breach of contract, and racketeering. This story in the Virginian-Pilot has more:

The federal lawsuit accuses Smiling Earth, which is planning the world’s largest biodiesel plant in Chesapeake, of promising “investment returns” on the loans but never giving any of the money back. The plaintiffs are seeking damages of about $2 million.

This is the second lawsuit to be brought to light since the Chesapeake City Council voted 7-2 in October to allow the plant.

“It’s been a sad chain of events,” said Chesapeake Mayor Dalton Edge, who supported the proposal. “We gave them a chance. We were hopeful, but we haven’t given them a dime of taxpayer money.”

In an e-mail, Smiling Earth principal Clifford Cowles wrote that “the company does not comment on pending litigation.”

The lawsuit was brought on behalf of two Utah residents, Rick Foy and Jenni Braunberger, and a California couple, Dean and Deborah Lane, according to court documents.

The litigation says Smiling Earth continually promised the investors they would get their money back with investment returns.

Biodiesel

NBB Applauds Passage of Energy Bill

John Davis

nbb-logo.jpgThe National Biodiesel Board is applauding the U.S. House’s passage of the Energy Independence and Security Act of 2007 by a 314-100. The U.S. Senate passed identical legislation last week, and President Bush has indicated he will sign it.

The biggest selling point of the bill is the significant expansion of the Renewable Fuels Standard (RFS) that will increase the use of biodiesel in the United States, according to this NBB press release:

The expanded RFS provided for in H.R. 6 requires a specific renewable requirement for diesel fuel that will be met by biodiesel and other renewable biomass-based diesel fuels. Increasing the minimum renewable requirement in the diesel pool from 500 million gallons in 2009 to 1 billion gallons in 2012 will create a stable, viable domestic market for biodiesel. In addition, the fuel labeling requirements in the bill will promote consumer confidence in renewable fuels and help ensure that only quality fuels are entered into commerce.

joe-jobethumbnail3.jpg“We congratulate the House and the Senate for the bipartisan efforts of policymakers who worked together to pass this landmark legislation that will help America depend less on foreign oil and more on clean-burning, domestically produced biodiesel,” said NBB CEO Joe Jobe. “Biodiesel producers across America stand ready to meet the aggressive renewable goals provided for in this bill.”

Biodiesel, Government, Legislation

President Prepares to Sign Energy Bill

Cindy Zimmerman

President George W. Bush is expected to sign the Energy Independence and Security Act of 2007 into law on Wednesday, after passage of the Senate bill by a vote of 314 to 100 in the House today.

Speaker of the House Nancy Pelosi (D-CA) called the bill “groundbreaking in what it will do.” The bill makes the first statutory increase in fuel economy standards in 32 years. By the year 2020 cars, light trucks and SUVs must average 35 miles per gallon. It also requires 36-billion gallons of ethanol and other biofuels to be incorporated into gasoline by 2022. There’s also a new mandate for biodiesel, requiring up to a billion gallons of annual usage by 2012.

Ethanol industry leaders are excited about the potential the bill’s passage creates for future ethanol sources. Jeff Broin, CEO of POET, said, “Passage of this Act will also hasten the development of cellulosic ethanol. An expanded RFS gives confidence to companies like ours who are making a sizable investment in cellulosic ethanol. With the market in place, our industry can do even more to improve the environment, develop rural economies and lessen our country’s dependence on foreign oil.”

President Bush plans to sign the bill into law during a ceremony at the Energy Department Wednesday morning.

Energy

Western Wind Brings Solar Power to Cali and Canada

John Davis

Western Wind EnergyWestern Wind Energy has partnered with Solon America Corporation to develop solar power for California and Ontario, Canada. Western Wind’s subsidiary Solargenics Inc. will work with Solon American Corporation, a subsidiary of Solon A.G. in Germany.

Western and Solon will cooperate and combine their respective capabilities to enable the development of 5 to 40 megawatts of photovoltaic – solar energy projects in California and an additional 5 – 40 megawatts of photovoltaic – solar energy projects in Ontario, Canada.

Solon America CorporationSolon shall be the exclusive supplier of photovoltaic equipment and engineering, procurement and construction services. Western will develop, own and operate all of the projects pursuant to this Cooperation Agreement.

Solon A.G. is one of the world’s leading producers of photovoltaic modules and specializes in the integration of photovoltaic technology, which makes it possible to convert sunlight into electricity.

Western Wind Energy currently produces 34.5 MW of energy from over 500 wind turbine generators located in Southern California. Western Wind also has over 155 MW of expansion power sales agreements with the associated projects in the late stage of development. In addition, Western Wind Energy has a credible pipeline of over 1,300 MW of site locations in the State of California.

Energy, International, Solar, Wind

Primafuel Named 2008 Technology Pioneer

John Davis

PrimafuelPrimafuel is the leader of the pack when it comes to bio energy innovation. The California-based biofuels technology and infrastructure innovator has been named the 2008 World Economic Forum Technology Pioneer.

WEF Technology Pioneer awards are given to companies developing and applying highly transformational and innovative technologies in the areas of energy, biotechnology and health, and IT.

The Technology Pioneer award recognized Primafuel’s next-generation biofuels technologies, including aquaculture feedstock and appropriate-scale processing equipment. Primafuel’s goal is to improve the economic and environmental performance of today’s biofuels. With the company’s patent-pending technology platforms, there will be a quicker transition to multi-product bio-refineries.

Technology Pioneers were nominated by the world’s leading technology experts, including venture capitalists, technology companies, academics and media. Technology Pioneers 2008 are invited to participate in the Davos World Economic Forum Annual Meeting 2008, from 23-27 January and in the Annual Meeting of the New Champions in Tianjin, China from 25-27 September 2008.

Primafuel’s mission is to improve the economic, environmental and social sustainability of low-carbon fuels.

conferences, Energy, Promotion

Biodiesel Seller Warns Against Mandate

John Davis

jcampbell.jpg“Here’s the rub with a mandate. We can mandate that people have to buy biodiesel. It doesn’t create vegetable oil” Those are the words of John Campbell, vice president of Omaha-based Ag Processing, Inc.

It might seem a bit strange coming from a guy who works for a biodiesel-producing and selling company. But this article from the Des Moines (IA) Register says Campbell questions whether the mandate makes sense, given the soaring price of biodiesel’s major feedstock, soybean oil:

With farmers increasing corn acreage to make more ethanol, the price of soybean oil has been in the stratosphere this year, reaching as high as 45 cents a pound, an increase of more than 10 cents since this spring. And, of course, the energy bill requires more usage of corn ethanol each year at the same time it mandates the increased biodiesel consumption.

Given that it takes 7.5 pounds of soybean oil to make a gallon of biodiesel, it’s not hard to figure out why the nation’s biodiesel plants are producing nowhere near their capacity despite the $1 a gallon federal subsidy. The industry is capable of producing 1.8 billion gallons a year, but is expected to produce as little as 300 million gallons this year.

The bill would allow the mandate to be reduced if feedstock costs make the fuel too expensive.

The article goes on to say that subsidies will get progressively more expensive as the biofuels mandate, or renewable fuel standard, continues to grow. But Matt Hartwig, a spokesman for the Renewable Fuels Association, is quick to say let’s get the RFS passed, and then we can talk about tax incentives. Biodiesel advocates also point out that the mandate will help promote the development of new biodiesel feedstocks.

Biodiesel

At Home with Biodiesel

John Davis

heatingoil.jpgThere’s been plenty of talk about using biodiesel in our vehicles. But some people might not know that the green fuel is good for keeping your home warm on these cold winter nights.

This story in the Eugene (OR) Register-Guard says one company in that area has overwhelming support for biodiesel as a home-heating oil:

Automatic Heat serves about 2,000 customers with oil furnaces, “and about 85 percent are using biodiesel — it’s pretty much clipping right along,” (Automatic Heat general manager Michael) Schilling said. “We offer our customers a B20 blend of 20 percent biofuel and 80 percent low-sulfur (diesel). We don’t go higher because, like cars, some fuel systems can’t handle more than that without modifications.”

Even at that level, the blend “makes a huge impact on emissions,” he said. Eventually, when heating systems that can run 99 percent biofuel become readily available, “if customers are educated about biofuel, I think they’ll want to change,” he said.

Before Automatic Heat began offering biodiesel heating oil two years ago, “we polled our customers and told them we were considering it,” Schilling said. “At that time, about 70 percent of them said they wanted it, even at premium prices.”

Proponents of oil-burning furnaces point out that they burn hotter and do a better job of warming a home than other fuels, such as natural gas. Plus, with cleaner-burning, low-sulfur diesels mixed biodiesels, the arguments about that sooty, diesel smell fall flat. And if that’s not enough, most home furnaces can easily burn B20 biodiesel, and with approval from a certified home heating technician, 99.9 percent biodiesel can be used.

Biodiesel

Oil Prices Have Greatest Impact on Renewables

John Davis

e32007.jpgA survey conducted at the recent University of Minnesota’s E3 2007 Conference: The Midwest’s Premier Energy, Economic and Environmental Conference says attendees believe oil prices will be the primary driver of sustainable energy development and commercialization in the Midwest.

The survey was conducted by Millenium Research, Inc. asking the opinions of the more than 400 experts, representing research, government, business, and nonprofit sectors, who attended the conference.

millenniumresearch.jpgForty percent of the attendees surveyed believe oil prices will be the primary driver of sustainable energy development and commercialization.

The survey shows that attendees were almost evenly split on two additional drivers: Government mandates (36 percent) and profitability of alternative/renewable energy production (35 percent). Rounding out the data, 29 percent believe government incentives and public demand for renewable energy sources will be the main driver.

Nearly one-quarter of attendees believe that cellulosic bio-fuels will be the next big development in sustainable energy, while an additional 16% believe that solar technology has the most potential. One in ten think sustainable energy will become more efficient to produce, and 8% believe that algae to energy has the most potential for reducing fossil fuel consumption.

The University of Minnesota’s Initiative for Renewable Energy and the Environment (IREE), a public/private partnership designed to promote sustainable energy in Minnesota, presented this year’s conference. IREE has supported 135 renewable energy projects since its inception in 2003.

Biodiesel, Ethanol, News

DOE to Capture CO2 from Coal Power Plants

John Davis

Powerspan Corp.Powerspan Corp has unleashed new technology to capture carbon dioxide from coal-fueled power plants. Powerspan, a clean energy technology company, owns the exclusive rights to this breakthrough in coal-based energy production.

Powerspan Corp. has exclusively licensed a patent to capture carbon dioxide (CO2) emissions from conventional coal-fueled electric power plants. Patented by the U.S. Department of Energy’s National Energy Technology Laboratory (NETL), the post-combustion, regenerative process uses an ammonia- based solution to capture CO2 from flue gas and release it in a form that is ready for safe transportation and permanent geological storage.

Recently, Powerspan and NRG Energy, Inc., (NRG) announced a memorandum of understanding to demonstrate at commercial scale the CO2 capture process at NRG’s WA Parish plant near Sugar Land, Texas. The demonstration is expected to be operational in 2012 and will be conducted on flue gas equivalent in quantity to that which is released from a 125 megawatt unit (approximately one million tons of CO2 to be captured annually).

The CO2 capture takes place after the NOx, SO2, mercury, and fine particulate matter are captured. Once the CO2 is captured, the ammonia-based solution is regenerated to release the CO2 in a form that renders it ready for geological storage. The ammonia solution is recovered and sent back through the scrubbing process. Ammonia is not consumed in the CO2 scrubbing process, and no separate by-product is created. The process can be applied to both existing and new coal-fueled power plants and is particularly advantageous for sites where ammonia-based scrubbing of power plant emissions is employed.

Powerspan and NRG plan to demonstrate a commercial scale CO2 capture by 2012.

Energy, Research