Biofuels PROFITS Principles: Test and Revise

By Biofuels Digest columnist Dr. Rosalie Lober

Yes, the economy is in a recession by all standard definitions. Most businesses are having difficulties. Those with money are cautious too. Lack and scarcity become self-fulfilling prophecies that become the ‘feedstock’ for portending doom and gloom. Your current strategy may not be appropriate any longer. What do you do? Let’s continue our journey with POET – the company that adapts through twists and turns as the ground shifts beneath it. Yet POET doesn’t topple. It was the little engine that could – that is now one of the two largest Ethanol producers in the world. What accounts for its resiliency? The PROFITS Principle, Test and Revise, provides the clue.

We continue to apply the seven PROFITS Principles as a guide for how operate and manage a business effectively, (from the newly released book, Run Your Business Like a Fortune 100: 7 Principles for Boosting PROFITS, by Rosalie Lober, Ph.D.

7. TEST AND REVISE

You probably took a great deal of time to determine the scope of your business and the strategies you have in place. Nothing zaps a company’s energy like “scope creep,” which denotes the tendency companies have to slowly but surely take on projects tangential to their purpose. The inevitable result is loss of focus.

Leading for Excellence….Challenge the Plan

If you’re like most leaders, the strategy you have in place for your company is quite a bit more ambitious than what you may have accomplished so far this year. The economy refuses to cooperate with your plans!

Let’s continue our exploration of how POET Energy operates. Neither the price of corn, nor the price of oil is of their choosing. As mentioned in the previous column, Jeff Broin and Wesley Clark illustrate a unique solution in dealing with the markets. They took the reigns in changing government policy, leading the biofuels community to a new level of participation. Their premise is - not only is pubic carbon reduction considered a ‘nice to have’, they elevated the conversation to one of national security and energy independence, not only from the Arab oil nations, but also from the politically unstable regions in other parts of the world, including Russia and South America. In fact, POET launched a new proactive grassroots policy reform group, Energy Growth; which many times, clashes head-on with the foremost national trade association for biofuels, RFA (Renewable Fuels Association).

Another area for test and revise are the new way gas pumps will operate.

The new ethanol blender pumps will be owned by gas stations and the gas stations get the subsidies. In some states, this is already occurs. What happens if the stations no longer get a tax credit and discount? What is the effect this has on petroleum companies? What incentives exist for the consumer, if any in this arrangement? Influential leaders will remain alert to the feedback and adapt accordingly.

When new information challenges their existing strategy, POET adapts. This does not change their focus of producing ethanol – even though it may modify the way the company achieves this goal.

Continue to review….dig deep

In the bio-space, new technologies frequently surface in private and university laboratories – in many diverse fields of biofuels, pharmacology, genomics and applied engineering, to name a few. Review your strategy and decide if a strategic partnership makes sense.

POET has a long standing relationship with Novoenzymes as they now continue to collaborate to commercialize ethanol from corn stover. Their previous collaboration for creating raw starch hydrolyzing enzymes for the POET BPX™ process was highly successful. The BPX™ process, when combined with Broin’s fractionation technology (BFrac™), will provide the foundation for the biorefinery of the future. The patent is still pending. The effects of this discovery mean that starch can convert to sugar and ferment without heat (because of the use of enzymes). This reduces energy use in the plant by 8 -15% and also reduces the need for cooling water.

This process took years of development and revising of both the technology process and strategy – as POET and Novozymes continued to review and revise by digging deeper.

Continuous review and revision is necessary in regards to licensing agreements, IP laws (which sometimes change) and industry changes such as inventions and new product commercialization. Neither POET, nor you, can afford to become complacent.

Discover other perspectives

POET – and other successful companies exploit (in the most positive sense), the achievement of other companies. They study what worked and what didn’t work.

POET, in planning the refinery of the future, studies other ethanol refineries built throughout the world. They learn how using alternative feedstocks (sorghum, organic waste, biomass, algae, etc.) differs both in process and outcome from corn feedstocks.

POET studies waste management company technology as it seeks to reuse, treat and recycle water from their ethanol process to power production in other plants. They found there was not only one ‘right’ way. At one plant POET recycle sthe water, at another they use one third of its water from a wastewater treatment plant and another draws all of its water from an adjacent quarry that discharges it as part of their normal de-watering operation.

Discovering other perspectives also means thinking about how your strategy can be interdependent with the strategy of other stakeholders. POET considers how to stimulate the economy, create jobs, generate government (Federal, local, county state tax revenue). They calculate subsidies vs. economic stimulus and how to utilize that in the calculations of their own plants. POET also works with farmers and equipment manufacturers, developing alliances and supplier relationships for the best interests of all involved.

Not only can innovative businesses survive and thrive during an economic downturn, they can be the driving force for economic recovery, according to Stephen Betts, at the Proceedings of the Academy of Entrepreneurship.

In Summary

The desire and ability to Test and Revise can make or break a company over the long haul. POET has been especially vigilant as it stays abreast of policy and market reality. The company and its leadership demonstrate remarkable flexibility as it quickly adapts to changes in policy, new technologies and public sentiment about environmental issues. There is always risk for small companies and there are no guarantees for success. However, POET’s nimbleness and willingness to change tact provides a model for learning.

Garbage to gold: waste-to-energy systems are ready for prime time

“To Carthage then I came
Burning burning burning burning”
T.S. Eliot, The Waste Land

Recently, among the list of countries in which Biofuels Digest readers reside, appeared a new addition: the Vatican City. I cannot shake the improbable hope that the Pope has taken an interest in bioenergy. He certainly has taken a deep interest in climate change.

“Perhaps reluctantly we come to acknowledge,” Pope Benedict wrote last March, “that there are also scars which mark the surface of our earth: erosion, deforestation, the squandering of the world’s mineral and ocean resources in order to fuel an insatiable consumption”

Of all the developments in bioenergy, I figure Pope Benedict as a fan of waste-to-energy. What better way to use the modern symbol of western excess — the landfill — than to convert it to fuels that can power everything from African cookstoves to the Pope’s own Mercedes M-Class SUV?

For that reason, as well as persuasive economics, I haven’t been able lately to get through an entire day without thinking about the promise of companies, such as BlueFire Ethanol and Agresti Biofuels, that are on the verge of a revolution in waste-to-fuel production.

Neither of the two is as well known as they should be, although BlueFire has probably received more coverage for its Arkenol process for converting municipal solid waste to ethanol, winning a $40 million DOE grant to build a demonstration-scale cellulosic ethanol plant. BlueFire’s technology is a sulphuric acid hydrolysis, which converts cellulose to a fermentable sugar without the use of expensive designer enzymes.

Some background on acid hydrolysis

It’s based on the acid hydrolysis method first developed in Germany in 1898; by 1932 German researchers had been able to generate up to 50 gallons of ethanol per ton of dry wood biomass using the techniques.

Agresti also uses weak acid hydrolysis, although they have a unique approach. They use a gravity pressure vessel, that draws the biomass down into a 2000-foot deep borehole, using gravity and heat to provide an energy source that, when oxygen is introduced at the bottom burns off the lignin, converts the cellulose to sugars which can be fermented into ethanol, and melts the lignin away.

Sulphur and oxygen - literally the stuff of fire and brimstone. Scientists call it oxidation, but  the man in the street calls it burning, albeit a slow kind that doesn’t result in a fire. Burn, baby, burn. That’s an answer to last summer’s “drill, baby, drill”, and to a burning question.

The tale of the tape

Enough science. What is important to know about the process is that it produces up to 50 gallons of ethanol per ton of municipal solid waste in a commercially viable manner.

I can’t quite get it out of my head because, in solid waste, we have a large and replenishing source of biomass that no one uses, people pay to get rid of, and for which we already have an aggregation system in place. Around five pounds of garbage per person, per day, aggregated on a city or county-wide basis not by hard-pressed bioenergy producers but by municipal order. No need to harvest switchgrass, corn stover or cobs.

There are more than 180 municipalities with populations of 250,000 or more in the United States - right now, the viability point for these systems, but they hold 75 percent of the US population and presumably three-quarters of the garbage. Actually, since the archives of the Grocers Manufacturing Associations’ jihad against biofuels are located in an urban area, the garbage percentage is probably even higher than three-quarters.

That’s about 200 million tons of municipal solid waste, or enough to generate 10 billion gallons of ethanol at 50 gallons per ton. The capital cost is around $200 million per 1600 ton per day facility on a 12-18 acre footprint, according to Agresti, and around $320 million for a 3200 ton per day facility that produces 58 Mgy of ethanol per year. That’s a high capital cost, compared to other advanced biofuels, but the ethanol production cost is well below $1 per gallon and the control over future feedstock price swings is absolute.

According to my back of the envelope calculations, a community that opts for this model will produce ethanol at a retail price of around $1.10, which is equivalent (on a fuel economy basis) to $1.46 gasoline. That’s about a 50 cent discount today to the retail price of gasoline, even at oil prices that are 60 percent down from last summer. Plus, no need for a $1.00 per gallon advanced biofuels subsidy or the ethanol tariff. That’s a total savings to the taxpayer of $1.50 per gallon in today’s economics, and much more if the price of oil skyrockets again. It adds up to a $44 million return on 29 million gallons of fuel per $200 million plant, or around a 4-year payback on the cost of building out the biorefinery.

The math looks good to me, and the emissions benefits are excellent, because it would be a hard-hearted biofuels hater who would not see that the direct and indirect land-use impact is practically nil, and waste-to-ethanol presents a strong carbon emissions opportunity compared to crop-based biofuels, or gasoline.

The financing problem

Capital is a problem, but municipalities can help themselves by guaranteeing the project debt or issuing bonds, which shifts the risk from project to the town, reducing the cost of financing and giving buyers of municipal bonds something to crow about. 

Even better would be for the United States to guarantee the debt through the Treasury, making it possible to offer investors the safety of US Treasuries combined with the higher yields of commercial paper. 

A $70 billion investment would pay back in five years, march us 10 billion gallons towards energy independence or about 6% of US gasoline demand, tariff-free, subsidy-free, with a great emissions story.

Acid hydrolysis is so old a process that it seems too old-fashioned to capture our imagination like the real-time scientific endeavor of making algae into energy. For acid hydrolysis and waste-to-energy, it has been a long time coming; a long, slow burn indeed.

Feel the Burn

Like a burn, it itches, and compels attention, and it should. For what are we burning but the excess slop of a western lifestyle that, were it adopted by the whole of the brotherhood of man, would be utterly unsustainable?

It’s garbage worth burning, for it is a vanity, and waste-to-energy is a bonfire of the vanities.

As St. Augustine wrote in the Confessions: “What innumerable toys…far exceeding all necessary and moderate use and all pious meaning, have men added to tempt their own eyes withal”. 

I can imagine even the Pope being delighted with a process that, sustainably and economically, converts the refuse from our ‘innumerable toys’ into useful, clean and affordable energy.

“Feel the burn,” say our personal trainers, urging us to fight, and fight more to work off the fat. In waste-to-energy, we have a burn that is worth feeling, and worth fighting for.

Remembering Virginia Bell: defender of underdogs joins Australia’s High Court

The first time I remember making a connection between food and fuel was watching Anik Szapiro sniffing butane at the Redfern Legal Centre, south of the Sydney CBD in Australia, when I was a young law student working as a volunteer legal assistant. Reputedly a veteran of the WWII Polish forces, by this time Anik was a confirmed street person, and could annoy considerably with his stench and general ability to bother. Butane, lighter fluid to most, seemed to serve as his answer to morning tea.

Pity, and a certain charm the street character retained would usually shield him from getting yelled at when we were hard at work, even when he bothered us. But we also knew that the sharp lawyer who ran the center would not tolerate anyone taking the mickey out of Anik.

I have written elsewhere of Anik, but not before of the the young solicitor who was his protector and sponsor, Virginia Bell.

She did so much of the “ugly work of progress” to use Rob Elam’s memorable phrase — making sure tenants were not thrown out of their flats without due process, defending poor indigenous Australians in criminal procedures, making sure old people had a will before they died.

Taking wills to be signed by old people on their death beds was one of my duties, and it was as good an introduction to the practical work of social action as I could have designed or imagined.

No one at the Centre made even half-decent money, and how Virginia paid her bills I have no idea. But she ran a good, practical place of simple justice, that is hard to forget for all those who worked with her.

She comes to mind because, effective today, Virginia Bell becomes the newest justice on the High Court of Australia. Though she was a criminal law specialist at the time I knew her, she now joins the High Court in interpreting a raft of laws that will govern the complex world of environmental law as we enter a new era of in national and international relations and scientific progress driven by the prspect of climate change.

The Law of the Sea seems like an abstraction until one considers the massive potential of tidal energy, or the clean up of massive algae blooms in the Gulf of Mexico. The laws of negligence and torts seem the obscure stuff of car accident trials, until one considers the potential litigation over carbon impact. Can a condo developer sue a coal-fired power plant for contributing to putting an expensive slab of waterfront property underwater?  Who can be sued for damages for acid rain blown by the trade winds. Can international climate treaties govern local laws? Indeed these are complex times for high court justices.

But it is such a good sign that decisions like these will be the hands of people like Virginia Bell. Or rather, Ms. Justice Bell, one of the last, best defenders of the underdog.

Sustainability: a four-principle approach

 

Everyone’s for sustainability, it seems. Who could be against it? But what does it mean, exactly?

In my travels, I have found that no two people define it in the same way. Some companies, such as Hawaiian Electric, have specific guidelines that go far beyond other published standards.  Trade groups, such as the Roundtable on Sustainable Palm Oil have drafted standards. The Roundtable for Sustainable Biofuels has published Version Zero of its principles which is describes as “aspirational” in nature.

Speaking for myself, I feel we are taking too long; aspiration is good, but practical standards are better.

In the absence of agreed international sustainability standards for biofuels, I offer the following Four Principles for your consideration.

FIRST, that biofuels have three classes of “sustainability”. That way, we can recognize fuels which are, at least, a superior substitute for conventional fossil fuels, while leaving room for a “higher grade” of sustainability for those who want better.

SECOND, that the criteria be “lifecycle greenhouse gas emissions.” “other emissions”, “land use”, “labor”, “water” and community participation”. These generally cover the most important environment and social aspects of sustainability.

THIRD, that a table of values is drafted and maintained. I have drafted one, here, to begin the ball rolling. 

FOURTH, that a non-profit international board of volunteers serves to modify these sustainability provisions over time, and authorize limited and reasonable sustainability audits to be performed at the cost of the applicant.

What is your own vision of sustainability?

 

Behind the 50 Hottest Companies in Bioenergy rankings

Here are some notes on the selections for the Hottest 50 Companies in Bioenergy.

The qualifying criteria was making at least one appearance in the Digest over the past 12 months, or a nomination from the readership. About 500 companies qualified via the first route, from the 3,000 stories published this year, and about 20 additional companies were nominated by readers.

The most important measure was the quality of the intellectual property owned or developed by the company. The more unique, the more compelling, and more talked-about, the better. Companies that hid their IP in the cellar (nothing wrong with that - Coke has done it for years), had a tougher time getting into the rankings or getting a high position.

The second most important measure was the due diligence done on the company by public and private investors. A dollar invested in a company is a powerful form of voting one’s belief in the business model, the management, and the IP. Especially if those dollars are personal dollars. So investments by VC - especially those who are known to do very good due diligence, were valued highly. Corporate dollars too, although they don;t always represent a personal investment. Even public dollars are of immense value - all the four original recipients of DOE dollars for cellulosic demonstration-scale plants (well, originally there were six, but two dropped out) are highly ranked this year.

The third measure was measurable progress towards commercialization - although companies are at different stages in their evolution. Early-stage companies were measured against typical early-stage milestones, while later-stage companies had more overtly commercial benchmarks such as revenues and growth rates.

Some note on companies.

For Coskata, the march towards the first 100 Mgy cellulosic ethanol plant was a key factor. The $1 per gallon target for fuel production is a “hot” target for sure. Investments by GM and Khosla Ventures are a factor. Vinod’s group has thought through the space very intelligently, and GM doesn’t have cash to burn on follish exercises, so their investment speaks some volumes.

For Sapphire, the Continental Airlines test was a major factor, especially in the algae space where it is sometimes hard to find actual producers of material amounts of fuel. The Cascadia Investments and Venrock participation in the company were also key. Cascadia has been burned in the biofuels space before, with their investment in Pacific Ethanol. SO coming back in for a second dip says a lot.

For Virent, a “hot” technology that produces a “green gasoline” that is a drop-in replacement for current fuels is a compelling set of IP. The World Economic Forum’s Technology Pioneer Award to Virent this year was a factor.

POET is a first-generation biofuels company that think like a next-gen company. A pilot scale cellulosic plant ready to go. A demonstration scale project in the build process. A unique corn processing technology that gets a higher yield than competitors. Not to mention that POET is out in front on lobbying and consumer education.

Range Fuels is likely to complete the first demonstration-scale cellulosic ethanol plant, larger in capacity than KL Energy’s current plant and thereby for a while the largest active plant in the world. That’s reason to pay attention right there. Add in a unique gasification technology that uses wood waste from the forest-rich US Southeast.

Solazyme has been getting it done all year. A unique fermentation approach to algae production - growing algae in the dark and feeding it sugar. That’s a compelling idea - and steps around problems of scale that have been experienced with photo bioreactors. Add in real progress towards making and distributing fuel - they have their own brand and provided fuel for a demo algae car at Sundance when “FUEL, the film” was making its celebrated debut.

Amyris is another company with a drop-in fuel solution - that’s compelling. But also, a remarkable bug-based approach that uses sugar cane as a feedstock. The company produces a renewable diesel, and thereby targets a market that is holding up much better on price than the gasoline or ethanol markets.

UOP has been making algae biodiesel for most of the airline tests that are using it, as well as jatropha biodiesel. A company that is wired in with fuel customers and can make fuels seamlessly from a variety of hot feedstocks is hot itself, indeed.

Mascoma has been making terrific progress towards cellulosic ethanol with a small-scale plant in development in upstate New York. They pulled out of the Tennessee biofuels project because they had outgrown the scope of the heavily-subsidized project. That’s a sign of real confidence.

DuPont Danisco slipped into Mascoma’s position with the University of Tennessee project, and is well advanced in its plans for cellulosic ethanol. A combination of two giants compels attention, for sure.

Overall, the top ten has the right combination of IP, allies, dollars and progress that set them apart not only from the other 40 distinguished honorees, but also from the 1,000+ companies who did not make the rankings this time around.

Notes on Coskata (and other gasification and cellulosic) yields

sugarcaneThere has been a lot of discussion of the viability of cellulosic ethanol production models in the scientific literature, but just a few in popular media. Herewith are some notes on how cellulosic yields work out in real-world situations.

The Coskata model presupposes a yield of around 100 gallons per ton of biomass. ZeaChem is seeing up to 160 theoretical gallons per ton and 135 in the real-world in its process tests, and Syntec has been discussing yields in the 100-120 gpt range, so this is consistent (and to some extent conservative)  with yields that have been seen elsewhere.

Let’s use sugar cane as a target biomass source, since Coskata’s first proposed 100 million gallon plant is planned for the sugarcane fields of southern Florida. Sugar cane grows at around 70.9 tonnes per hectare in India, and at 71 in Brazil; in Florida, yields are at 68 tonnes per hectare. 12 percent of that cane is sugar, which yields 1700 gallons of ethanol per acre, or more. The remaining 88 percent is bagasse for a Coskata process, or about 60 tonnes per hectare.

To generate 100 million gallons in this model, Coskata will need 1 million tons, or 900,000 tonnes of biomass. That will require 15,00 hectares, or 32,500 acres.

That’s 51 square miles, or the area within 4 miles of a 100 million gallon refinery. A mighty plantation, but not long hauling distances.

Bottom line? Feasible.

A vast, chicken-wing conspiracy

There are vast, right wing conspiracies and vast, left wing conspiracies, but what is facing the biofuels industry is a vast, chicken wing conspiracy.

The conspirators are drawn from groups that Daniel Gross, writing in Slate, described as “poverty activists, inflation hawks, efficiency freaks and environmentalists”, and are led by a coalition of processed food, meat and poultry producers.

Meat and poultry producers are defending their business model, and let’s give them credit for that. The processed food companies seem attracted to the idea of using the campaign to put through a price increase and blame it on a convenient scapegoat.

I have no idea what my brethren journalists and activist environmentalists are doing caught up in all this. So right on so much for so long, they seem to have lost the plot. Propping up the Big Food regime, still as well-funded and dangerous as they used to think it was, is strange work for environmentalists.

Working under names like Food Before Fuel, the conspirators include the Grocery Manufacturers Association, National Pork Producers, American Meat Institute, National Council of Restaurant Chains, the Environmental Working Group, American Bakers Association, National Restaurant Association, Citizens Against Government Waste, National Chicken Council, and the National Turkey Federation.

Earlier this year, they banded together to call for a waiver of the Renewable Fuel Standard, expressing a belief articulated by Bob Goodlatte, ranking Republican on the House Agricultural Committee:

“There are many factors that have increased the price of corn, but the only factor that we can immediately control is the amount of the corn supply that must be dedicated to meet the RFS…Our livestock producers and the American consumer have been hit hard in the pocket books…A temporary waiver will offer immediate relief to those affected by the current shortage of the corn supply.”

Goodlatte was joined by 51 members of the House in his call. Separately, 24 members of the US Senate led by John McCain of Arizona called for a waiver. Two Republican governors, Jodi Rell of Connecticut and Rick Perry of Texas joined them.

It would be hard to enumerate the covey of environmental writers and bloggers who wrote something against biofuels or the Renewable Fuel Standard, or corn ethanol, but it would measure in the hundreds. From paid consultants shilling for industry in the guise of syndicated articles, to some of the most esteemed writers in the country, opining in well-regarded journals such as Grist, Scientific American and TIME. The phrase “anti-ethanol” turns up 14,400 web pages in a Google search. There are 42,000 pages with a reference to “food vs fuel”.

Biofuels Are Bad for Feeding People and Combating Climate Change,” one article in Scientific American was titled back in February. TIME writer Michael Grunwald called it “the clean energy scam” in March.

As many readers know, EPA Administrator Stephen Johnson declined to waive the Standard based on the evidence before him, in a decision handed down in August.

Famously, the corn market collapsed in September, and the ethanol market with it, in the market implosion of early fall. No RFS waiver required. Under market forces, corn futures price declined from a high of $7.85 to a level of $3.65 today. Ethanol fell from the $2.70 range to $1.65 today.

The “immediate relief” that the market provided did not, however, translate into lower food prices.

According to a Wall Street Journal article from October 17th: “Grain and soybean prices have fallen by about 50% since their summer highs. But don’t expect grocery prices to drop anytime soon. Food companies are typically quick to pass along higher commodity costs on the way up, slower to reduce prices on the way down…By September 30, corn and soybean prices had fallen dramatically, respectively. Yet, during this same month, grocery store prices increased nearly 8 percent.”

Here’s the bottom line of what this is all about. From Canadian Business: “Kraft said… Input costs are coming down, though they’ll still be above historic levels, and pricing is expected to remain in place, which will further pad profit margins.”

As Daniel Gross pointed out in Slate in July of 2007:

I find much of the anti-ethanol case to be unpersuasive. In each instance, the haters would have us look at ethanol, and the ill effects its greater use would assuredly produce, largely in isolation. Might the production of corn ethanol cause pollution? Of course. Is it worse than the sort of pollution created by other types of energy production—i.e., coal and oil? Probably not.

Does greater use of corn for ethanol help spur price increases for food? Sure, but so do many other factors, like, say, the transformation of China from a subsistence farming economy into a more modern one. Is ethanol more inefficient, and hence more costly, than gasoline? Yes. But our heavy use of gasoline imposes all sorts of other costs—from pollution to the hundreds of billions of dollars we spend each year in Iraq. Factor those in, and ethanol no longer seems like such an economic loser.

Gross makes a important point. It is important to compare biofuels to the fuel they replace, which is oil. Not just the cost in dollars, but the cost in emissions, security and lives. The tragedy of the Amazonian rainforest deserves attention, but the tragedy of the Nigerian Delta is no less awful.

Here’s how the conspirators work. Put up a website, selectively publish only favorable articles.  Commissioning them where needed. Paying for advertising to fill gaps. Paying consultants to recruit allies in the environmental movement.

It’s a bad model, which some in the biofuels industry are adopting with tit-for-tat sites like Growth Energy, which do not offer a comprehensive and dispassionate view. Biofuels producers and advocates say that tit-for-tat is smart, that you have to throw mud at a mud-slinger. Unconvincing. But  it is true that their livelihood is threatened by impressively-organized, cynical efforts efforts such as these, funded by the Grocery Manufacturers Association. “The truth shall set you free” is a less appealing strategy, it appears, then “Shields up, Mr. Spock.” Regrettable.

But there is more than grain prices at the heart of this. There is the ongoing “hate debate” over emissions.

The Wall Street Journal, whose editorial page writers are among the “efficiency freaks” identified by Gross, recently ran an article by Stephen Power on the subject of indirect land use changes. It detailed efforts by “DuPont, ADM, GM and representatives of the biotechnology industry” to persuade the EPA to “hold off on quantifying the greenhouse-gas impacts of so-called indirect land-use change”. The move was opposed by the Clean Air Task Force, the EWG Action Fund, and Friends of the Earth in a letter to EPA Administrator Johnson and republished in the New York Times by Green Inc blogger Tom Zeller.

The Times opined in an editorial this week that “Environmentalists want an honest accounting, which the public deserves,” and notes that “it is the E.P.A.’s duty under the law to give the most unbiased, accurate accounting it can. The issue here is the fate of the planet, not the fate of a particular industry.” The argument advanced by numerous distinguished scientists that no generally-accepted model exists for measuring indirect land-use changes is attributed by the Times to “the industry”.

The controversy is being structured by the Times and others as a battle between the biofuels industry, its competitors for grain (including consumers and food producers), and environmentalists. That’s as convenient as it is untrue.

The opponents of biofuels are, generally, on an agenda rant and have long since parted company with the facts. The opposition to biofuels is tactical, not strategic: most opponents are upset about some way that the utterly mundane, utterly practical cultivation of energy crops blocks some Nirvana that they seek: usually profits, and other times a better, more just world written in terms of their choosing.

I have written here and elsewhere that critics of Amazonian deforestation should travel to Brazil and experience the culture and economy of that country before wading into geopolitics from the armchair. Poverty advocates should travel to Africa and Asia-Pacific and actually experience the culture and economies of those regions before wading into the complex issue of global food distribution. Eco-tourism, refugee camp visits, or staying at home and reading about it are not substitutes for real field experience. Go get some.

Here are the hard truths:

We do not have a food supply crisis, according to the hard data. We have a monetary distribution crisis participated in by anyone who has ever accepted higher wages for the same work that an African does. That means you and me.

We do not have a grain supply crisis, according to the hard data. We have a grain distribution crisis caused by rising meat consumption, participated in by anyone who has ever partaken of turkey at Thanksgiving dinner. That means nearly every American, myself included.

We do not have a fuel crisis, according to the hard data. We have a crisis of escalating demand in developing nations that have every right to the same lifestyle that Westerners enjoy, except for the embarrassing fact that there simply isn’t enough cheap energy around to provide an affordable Western lifestyle to all.

We do not have a crisis of subsidies and mandates caused by the emergence of ethanol. We live in a state-subsidized and state-directed economy in almost every corner of importance in the business of the Republic we love and serve. Food, aerospace, defense, banking, environment, oil exploration, drugs, pensions and yes, both farming and renewable energy. The argument from meat producers that they are subsidy free is a canard. They benefit from the same supports of the grain industry that biofuel producers do.

As Harper’s Magazine editor Lewis Lapham wrote in his 1990 essay “The Visible Hand” at the time of the S&L bailout:

The national economy depends not only on systematic price-fixing and noncompetitive bidding but also on the guarantee of government intervention. The theory of the free market works at the margins of the economy—among cabdrivers and the owners of pizza parlors, for small businessmen who make the mistake of borrowing $20,000 instead of $20 million—but the central pillars of the American economy rest firmly on the foundation stones of state subsidy…as with the subsidizing of the farms and the defense industry, so also with paying off the bad debt acquired by the savings and loans associations. Except for the taxpayers (who as always, didn’t know what was being promised in their name), nobody took the slightest risk. Always and whenever possible, the participants in the swindle adhered to the fundamental American principles of “no money down” and “something for nothing”.

We do not have a shortage of solutions to the emissions crisis, according to the hard data. We have a crisis of decreasing interest in paying for solutions to hard problems, preferring to direct our dollars to the purchase of SUVs and larger-screen televisions. The average American home is nearly 50 percent larger than homes built in the 1930s. Electricity-munching devices are proliferating, including the device I used to write this essay and the one you are using to read it.

We do not have a crisis of emissions and food supply in the Third World caused by biofuel development in the United States. We have a crisis of emissions and food supply caused by a growing population in Africa and Asia that is doing better, and wanting more. The large tracts of land in Africa and Asia that are being “converted” from “valuable carbon sinks” to cropland were, in fact, cropland before. They were abandoned, in some cases because of local farming and water practices, in other cases because Western food aid caused the local market for grains to collapse, creating the same massive migration to cities and cycle of dependency and political unrest that was the undoing of the Roman Empire.

Those lands are not “carbon sinks”, except in the calculations of cynical Westerners who conceive of the developing world as a toilet to flush away Western excess. Those lands are no more a “carbon sink” than the land under the home you currently occupy; or the land under mine.

“This Land is Your Land, This Land is My Land” went the Woody Guthrie song. Not “Your Land is My Land”.

The critics of biofuels have their points. It is not even close to a perfect industry. It is turbulent, risky, unproven and yet promising. Critics who say that it has had thirty years to prove itself (and that’s enough) forget that our primary US transportation system, the railroads, took nearly sixty years to complete, and were massively subsidized by the US Government. 309 railroads went into receivership or bankruptcy during the period between 1884 and 1894, despite all the help. Yet who denies the importance of rail transport for freight, the very means of distributing cheap grain from the farms to the cities?

The second leg of our transportation system, the interstate highway system, was built entirely with tax dollars, and is 50 years now in construction and still we are spending our public dollars on it. But who disagrees on the vital importance of our highways? Or the military, or airport security? And so on.

The suggestion that a vital national strategic interest — the quest for energy independence, or something closer to it — should be funded entirely by the private sector is the first suggestion of that type since the old Jeffersonian party disintegrated over its opposition to federal funding of canals in the 1830s.

Biofuels are on the verge of a transformation from first- to second-generation. As BlueFire Ethanol CEO Arnold Klann points out, we have finally come to the point where we have more financing issues than technical issues. The era of 100 Mgy cellulosic ethanol plants, such as Coskata proposes in South Florida using sugar cane residues, 20-50 Mgy plants that use municipal waste, and 10-20 Mgy plants that use agricultural waste, is at hand.

The critics of biofuels would be best advised to stand down and let the future happen: a shutdown of biofuels development will affect next-generation fuels far more than the first-generation fuels such as corn ethanol that they are most concerned with. The future will be fine. Corn ethanol will not rule the world, or even Iowa.

Meanwhile, they would be well advised to revise their direct land use models before proceeding to indirect models.

Most data published from direct models assume a large percentage of farm inputs are coming from fossil fuels: diesel for trucks and equipment, plus petroleum-based fertilizers. This is changing with the growth of biofuel-based fertilizers and the approval of B20 and B100 biodiesel for farm equipment. Once that work is complete, let us indeed take up the question of indirect land use changes, and the true impact of biofuels on land use and food supply.

But let us not have the debate chaired by Kellogg’s, Sara Lee, or the National Chicken Council. Good organizations, but hardly disinterested. Their goal is cheap grain to fund their business models in an era where other inputs are rising quickly in price.

Let us also suggest that emissions studies, or indirect land use studies, be comparative in nature. Assessing the indirect land use impact of biofuels, let us compare it something aside from carbon neutrality. Carbon neutrality is a standard that human breathing can’t live up to. Let us compare it, instead, to that which it proposes to replace or its competitors in that replacement.

An end-to-end analysis of biofuels should be compared to an end-to-end analysis of oil. For example, is the war in Iraq an “indirect land use change” attributable to rising oil consumption?

An end-to-end analysis of hybrid cars, and plug-in hybrids, would also be useful. It would be interesting data. What is the social cost of open-mining for nickel and lithium to make batteries? What is the energy cost of the construction of solar PV?

Let’s get all the facts on the table, and thereafter form coalitions to compete for the federal purse.

If we get this right, we can make progress in our environmental goals and energy security. That is a more important priority than making the world safe for cheap chicken wings.

POET accelerates on cellulosic ethanol

In South Dakota, POET Energy said that it was accelerating the schedule for its $4 Million pilot cellulosic ethanol plant in Scotland, and would open the facility by December. “Our expanded research effort has led to several significant strides in the development of cellulosic ethanol technology at the lab scale in recent months,” said Jeff Broin, CEO of POET. “In the past few months, our scientists have been able to achieve significant ethanol percentages in fermentation and improve the yield of ethanol from biomass. Additionally, in our work with farmers and agricultural equipment manufacturers, we had a very successful harvest of corn cobs last fall and anticipate further advances during an expanded harvest this fall.”

POET’s 125 Mgy cellulosic ethanol plant, “Project Liberty” is expected to commence construction in Emmitsburg, Iowa in 2009 and will be operational in 2011. The plant will produce  100 Mgy of conventional corn ethanol and 25 Mgy of cellulosic ethanol from corn fiber and cobs. The project is expected to increase pr bushel yields from corn by 11 percent, to 3 gallons per bushel, and per-acre yields by 27 percent.

BioFuel Energy not facing bankruptcy or other dramatic outcome, analyst says

Raymond James analyst Pavel Molchanov, in a note to investors in BioFuel Energy regarding its liquidity crisis, wrote that “there is a realistic prospect of obtaining additional working capital, and we believe management’s roadmap toward resolving this liquidity crisis by year-end is credible. Therefore, at this point, we do not foresee bankruptcy or some other drastic outcome.” BioFuel Energy posted a loss of $0.41 per share for the second quarter and has racked up $46 million in hedging losses this year when corn prices eased.

Imperium shuts doors in Hawaii, closes chapter; will supply HECO from Washington state

In Hawaii, Imperium Renewables closed the door on a once-bright Hawaiian future when it closed its Honolulu office and laid off additional personnel, including Chief Operating Officer David Leonard. The company had planned to construct a $90 million biodiesel plant and supply Hawaiian Electric’s newest power plant with up to 12 Mgy.

The company, which did not proceed with a planned IPO this year, has scaled back plant construction, laid off more than half its staff, and intends to supply HECO with biodiesel from its Washington state-based biodiesel plant. HECO will pass along the added costs for production and distribution to consumers under an existing agreement with the Hawaiian state  Public Utilities Commission.