Ethanol Industry Mourns Passing of Pioneer

Chuck Zimmerman

Kathy BryanIt is with heartfelt sadness that we report that Kathy Bryan, BBI International has passed away. We received the following alert from the Renewable Fuels Association.

On Saturday, July 11, the ethanol industry lost one its true leaders and pioneers. Kathy Bryan, well-known to so many in agriculture and renewable energy, was a true pioneer for the ethanol industry. As a farm girl from Minnesota, she recognized the value-added benefits of ethanol long before it became fashionable. Kathy was ethanol before ethanol was cool.

She and her family operated a small ethanol plant in the early ‘80s. She worked for the creation of the Minnesota Ethanol Commission and became its first Chair, where she helped to shape the state’s aggressive ethanol policy, a program so successful it is now commonly referred to as the “Minnesota Model.” Later, as a board member of the Renewable Fuels Association, she lobbied for ethanol at the national level. And, of course, with her husband Mike she formed BBI, International, a global biofuels consulting and publishing company. Read More

Ethanol, Ethanol News

New Ethanol Awareness Efforts

Cindy Zimmerman

The Renewable Fuels Association is targeting motorcyclists and increasing its on-line presence with new marketing efforts.

Ethanol Report PodcastThis edition of “The Ethanol Report” features an interview with Renewable Fuels Association Director of Market Development Robert White about some new tactics they are using to promote ethanol and answer questions about its use. White talks in particular about one upcoming event that will target thousands of motorcycle enthusiasts, RFA’s new website “Choose Ethanol,” and using social media tools to reach out to the public.

You can subscribe to this podcast by following this link.

Listen to or download here:

Audio, Ethanol News, Ethanol Report, Promotion, RFA

Wash. State Slated for $2 Mil in Algae Biofuels Research

John Davis

pattymurrayWashington State University is set to get $2 million for its algae-biofuels research, thanks to that state’s senior senator.

This press release from U.S. Senator Patty Murray (D-Wash.) says she was able to use her position on the Senate Appropriations Committee to put the money in the fiscal year 2010 Energy and Water Development Appropriations bill:

“This funding will support cutting-edge research that will create jobs and continue to position Washington state as a leader in the clean energy economy,” said Senator Patty Murray. “It provides a shot in the arm for Washington state biofuels research, and will help our country move toward cleaner and more efficient energy use.”

The WSU Algae Biofuels project is a partnership between WSU and the Seattle-based Targeted Growth Inc. It will create high-skill jobs in both Pullman and the Puget Sound area and provide researchers with the resources they need to develop new, energy-efficient algal fuel sources. Algae is a particularly promising candidate for fuel use, as its efficiency in capturing solar energy results in higher productivity per unit area than a traditional biofuel energy crop.

The money passed the Energy and Water Appropriations Subcommittee and now goes to the full Appropriations Committee before going to the full Senate for consideration.

algae, Biodiesel

Texas Farmers Working on Sugarcane Ethanol Plant

Cindy Zimmerman

sugarcaneSome Texas farmers believe that if Brazil can produce ethanol from sugarcane, they can too.

Jasper County, Texas is located in the southeast part of the state, north of Houston and not too far west of Louisiana. The North Jasper County Renewable Fuel Farmers Cooperative Society is planning to build a 300,000 gallon per year ethanol production plant, using sugarcane for the feedstock. The group is seeking a federal minority business grant for the project and getting support from the county economic development council.

Read more about their plans from the Beaumont Enterprise and KDFM News.

Ethanol, Ethanol News

USDA Reduces Forecast for Corn Ethanol Use

Cindy Zimmerman

The U.S. Department of Agriculture lowered the forecast for corn expected to be used for ethanol this marketing year in the latest report out on Friday.

USDA GlauberCorn for ethanol use in 2008-2009 was lowered by 100 million bushels in USDA’s July World Agricultural Supply and Demand report, to 3.65 billion – which is still up more than 600 million bushels from last year and about 500 million less than they are forecasting for next year.

USDA Chief Economist Joe Glauber says the financial situation for ethanol producers is better than it was earlier this year. “We have seen positive margins come back for the ethanol industry, particularly with the lower prices for corn and higher prices for gasoline, those margins have come back very strong,” he said. “But, if we look at ethanol production and gasoline consumption in the U.S., both those have been off a bit.” Which means reduced production of gasoline blends with ethanol in May and June, based on the most recent weekly data.

The prediction for next marketing year is that ethanol production will use 4.1 million bushels of corn – up almost 12 percent from this year.

corn, Ethanol, Ethanol News, USDA

Having Your Manure and Energy, Too

John Davis

usda-logo2A new report from the USDA says that farmers and ranchers could turn manure into energy without taking too much of it out of the fertilizer market.

This story from Biomass Magazine says the report, entitled “Manure Use for Fertilizer and for Energy,” points out that turning manure into energy is really underused in this country:

Interest is growing in manure-to-energy systems, but implementation remains scarce in the United States. Anaerobic digestion and combustion are the most common processes used to obtain carbon dioxide and methane for electricity generation, the report says. Most digesters are on-farm systems at dairy and hog farms and combustion can be beneficial to fuel large power plants with poultry litter and fed cattle manure, which have higher energy and lower moisture content. Only one combustion plant operates in the U.S., using litter from 6.6 percent of turkey production. Digestion systems cover less than 3 percent of dairy cows and less than 1 percent of hogs, according to the report.

Using manure for energy won’t impose substantial constraints on manure for fertilizer supplies, the report says, because the technologies do not consume the nutrients that are beneficial for plant growth. In anaerobic digestion, the nitrogen, phosphorus and potassium remain in the effluent to be spread on fields. Digestion also eliminates odors and nearly eliminates pathogens, according to the report. Combustion plants do burn nitrogen nutrients, but leave the phosphorous and potassium in concentrated form in the ash residues. In addition, manure-to-energy projects function in markets for fertilizer and energy and will be most economical in those areas where acquisition costs of manure are lowest, the report says. In turn, manure costs will be lowest where manure is in excess supply, with the least value as fertilizer, the report said.

The report goes on to say that economics is still the big stumbling point for wider implementation. Just 91 commercial dairy farms and 17 hogs farms were using digesters to turn the manure into energy, and there are few commercial combustion plants in the U.S. But it does believe that will change if there’s more public support for such ventures.

biomass, biomethane

Making Biodiesel from Microbes and Sugarcane

John Davis

amyris1A California biotechnology company has found a way to turn the waste from microbes eating sugar into biodiesel.

This story from DailyTech.com says that the Amyris Biotechnologies plant is capable of producing 10,000 gallons a year and is being tested in Brazil. In addition, it could make biodiesel even more price competitive:

While biodiesel and biofuels are not exactly a new concept, this is one of the largest test deployments to date of sugar based biodiesel, particularly of a microbial scheme (most biodiesel is formed from plant oils, such as palm oil). The plant aims to produce, with government regulation and carbon taxes, fuel at $60/barrel (approximately $1.43 per gallon). This indicates that their technology may be nearing cost competitiveness with cellulosic ethanol manufacturers — the best of which, Coskata, claims to be on the verge of $1.00 per gallon ethanol.

Advantages of the cellulosic ethanol include being able to come from waste materials unlike the biodiesel that’s formed from sugar crops. However, the biodiesel packs more energy per gallon and the microbes could eventually be genetically engineered to process cellulose as well. It’s hard to tell which solution costs less, given that the target costs for the biodiesel are post-subsidy, while Coskata’s targets are pre-subsidy.

The plant is scheduled to be fully operational by 2011. Right now, it’s probably feasible only in areas of the U.S. that grow sugarcane – Hawaii, Louisiana, Florida… places like that. But the article does point out that a sugarcane-corn hybrid known as corncane might work in more states putting these biodiesel microbes to work in more areas.

Biodiesel

Senate Ag to Hold Climate Bill Hearing

Cindy Zimmerman

The Senate Agriculture Committee has scheduled a hearing for later this month on the Role of Agriculture and Forestry in Global Warming Legislation that is expected to discuss even more safeguards for farming and biofuels in the Senate’s version of a climate change bill.

Tom HarkinSenate Ag Committee Chair Tom Harkin told Energy & Environment News in an article published in the New York Times this week that they want to make sure the Senate bill includes all the provisions House Ag Chairman Collin Peterson secured for agriculture in the House bill and more. Harkin says he would like to include an increase in the ethanol blend rate for gasoline to 15 percent in the Senate bill.

Senate leadership decided this week to delay the climate bill until later in September. Under a deal made Senator Barbara Boxer (D-CA), Majority Leader Harry Reid (D-NV) and White House energy and climate policy chief Carol Browner, the deadline for committees to finish work on the bill is now September 28th instead of September 18.

The Senate Ag Committee hearing is scheduled for July 22 at 2:30 pm. No witness list has been released yet.

Energy, Ethanol, Ethanol News, Farming, Government

DF Cast: Midwest a Good Place for Algae Biodiesel

John Davis

df-logoWhile producing a green fuel from a green pond scum… turning algae into biodiesel… isn’t anything new, doing it in the nation’s breadbasket, where plenty of soybeans for biodiesel are already being grown, is a bit more of a novel concept.

richardsayreIn this edition of the Domestic Fuel Cast, we talk to Dr. Richard Sayre, the Director of the Enterprise Rent A Car Institute For Renewable Fuels at the Donald Danforth Plant Science Center in St. Louis, Missouri. He says the future for biodiesel production in the Midwest could be in the form of the common, single-celled organism that out-produces conventional land crops for biodiesel by two to tenfold.

Sayre says cost is one of the biggest issues to overcome as algae biodiesel right now costs about $4 a gallon. But he believes that with some better technology, in the ponds and in the actual algae cells, that cost could be down to just $2 a gallon… comparable to non-renewable petroleum. And Sayre says algae doesn’t have to be grown in the Midwest, where winters are tougher than more algae-traditional areas, such as the desert areas of the American Southwest. The more moderate summers of the Midwest are actually more conducive to algae growth, and the area obviously has more water, vital for algae. Finally, Sayre says there are techniques, such as harvesting the CO2 and heat from coal-powered plants to keep the ponds clear of ice even in the coldest of winters.

He makes some great points, and you can hear more of it here: [audio:http://www.zimmcomm.biz/domesticfuel/DFCast-7-10-09.mp3]

You can also subscribe to the DomesticFuel Cast here.

algae, Audio, Biodiesel, Domestic Fuel Cast

Hydrogen Maker Gets Patent for Breakthrough

John Davis

protonA Connecticut-based hydrogen technology maker has received a patent on a system that will help regulate the purity and pressure of hydrogen gas used to cool large electric generators.

This company press release says Proton Energy Systems’ StableFlow system is considered a real breakthrough because it actively controls purity and dew point, monitors pressure and, enables more efficient power production while also enhancing capacity and generator life:

“We are pleased that the U.S Patent office has recognized the critical importance of the StableFlow hydrogen control system, which provides utilities the opportunity to improve the operating efficiency of their plants, creating major savings in fuel consumption and reduced CO2 emissions,” said Rob Friedland, President and Chief Executive Officer of Proton Energy Systems. “Our mission at Proton Energy is to apply our advanced hydrogen technology in creative and practical ways to deliver the most reliability, durability and savings for our customers. With this patent, we are committed to sharing this value with additional partners throughout the world.”

With this latest achievement, Proton Energy continues to lead the market in hydrogen innovation. Proton Energy is the world’s leading supplier of onsite hydrogen generators utilizing proton exchange membrane (PEM) technology, and combining Proton’s HOGEN generators with the StableFlow system provides a utility with full control over its hydrogen generating system – maximizing efficiency, cost and safety. Proton’s StableFlow system can save most plants an average of one megawatt per hour in windage losses per generator. A megawatt of power production is equivalent to $50-$100 an hour in electricity revenue to the average power plant and is equivalent to one ton of CO2 reduction per hour in stack emissions. StableFlow provides efficiency improvements to a plant’s power generators that effects both fuel consumption and CO2 emissions providing the plant with a very attractive return on investment.

Proton is working on several Department of Defense projects, developing a system that will provide backup power and an advanced fueling system for a fleet of military vehicles powered by hydrogen.

Hydrogen