As the price of oil rises, coal company executives smell a huge opportunity: they are planning to ramp up a new global industry to turn coal into liquid fuels (diesel, kerosene and jet fuel), plus basic feedstocks for the chemical industry to make plastics, fertilizers, solvents, pesticides, and more. The coal-to-chemicals industry is already going gangbusters in China.
U.S. coal companies like Peabody and Arch plan to combine well-known coal-to-liquids technology and rapidly-evolving coal-to-chemicals technologies with untested methods of capturing carbon dioxide (or CO2, the main global-warming gas), compressing it into a liquid, and injecting it a mile below ground, hoping it will stay there forever. (Burying CO2 is called "carbon capture and storage," or CCS.) If coal executives succeed in convincing the public to pay for all this, low-carbon renewable energy systems and waste-free "green chemistry" will be sidelined for decades to come.
The coal industry has nearly universal support in Congress. During President Bush's 2008 State of the Union address, one of the few lines that drew enthusiastic applause was, "Let us fund new technologies that can generate coal power while capturing carbon emissions." A few days later, the president announced his latest budget, with $648 million in taxpayer subsidies for "clean coal." A few days after that, the government announced it was ending its participation in the nation's first "clean coal" demonstration, the Futuregen project in Mattoon, Illinois. Obviously, Washington is experiencing policy angst over global warming, and "clean coal" lies at the heart of the debate. Both coal-to-liquids and coal-to-chemicals depend entirely on carbon burial being possible, affordable, and convincingly safe and permanent.
Despite political support in Congress, "coal-to-liquid fuels" had its coming-out party earlier this year, and it did not go well. Here's the story:
In 2006, the Western Governors' Association began a process called "Transportation Fuels for the Future: a Roadmap for the West." They set up teams to work on fuel efficiency, ethanol, biodiesel, electric propulsion, hydrogen, natural gas, and coal-to-liquids. The Western states hold 59 percent of the nation's coal reserves, so Western governors (many of whom who need coal money to get reelected) are hoping to use American coal to provide America's energy and to get us loose from foreign oil. So far, so good.
Most of the governors' teams were polite and well-behaved, but the coal-to-liquids (CTL) team started brawling right from the start. The CTL team was stacked with coal industry reps (or their stand-ins)1 who naturally came in with the preconceived idea that Uncle Sam should spend billions subsidizing coal-to-liquids in the Western states. And that was precisely the conclusion that the team reached in its final report [PDF]. But then the mud hit the fan. It got so bad that the representative from Natural Resources Defense Council quit the task force.
Even Princeton University got muddied in the fray. The Western Organization of Resource Councils, a coalition of seven community groups with 9,500 members and 45 local chapters, accused [PDF] Robert H. Williams of the Princeton Environmental Institute of using an "accounting gimmick" to make coal-to-liquids seem environmentally benign compared to the alternatives. For the past five years, Princeton has been funded by the coal, oil, and automobile industries to figure out how to bury carbon dioxide in the ground, to help the coal-to-liquids ("synthetic fuels" or "synfuels") industry thrive.
When it was all over, a group of 14 national and regional environmental groups2 wrote a searing letter [PDF] to the Western governors demanding that the whole coal-to-liquids study be discarded and re-done. Of course their request was ignored, but it revealed widespread, united opposition to coal-to-liquids among grassroots groups across the Western states. Even some of the big national groups, NRDC and Environmental Defense, who often work at cross purposes with grassroots groups, opposed coal-to-liquids. Oddly, NRDC is a wildly enthusiastic cheerleader for burying CO2 in the ground -- more enthusiastic than even the U.S. Chamber of Commerce -- yet they strongly oppose turning coal into liquid fuels. Some would call NRDC's stance a "nuanced" policy; others might call it schizophrenic. (Recently NRDC's support for CCS appeared to be wavering when George Peridas, one of NRDC's two main CCS cheerleaders, acknowledged, "There are cheaper ways and cleaner ways and preferable ways to meet energy demands, but I think CCS will ultimately be needed, too.")
The Denver office of Environmental Defense chimed in with its own withering assessment [PDF] of the governors' coal-to-liquids report. Martha Roberts and Vicky Patton of ED wrote, "The CTL [coal-to-liquids] working group's recommendation for considerable federal subsidies to support development of carbon-intensive CTL transportation fuel seriously misses the mark and leads the nation in the wrong direction, veering recklessly distant from climate security."
The Western Organization of Resource Councils sent its own blistering critique [PDF] of the CTL team's conclusions. They pointed out that, in 2007, the National Academy of Sciences said they couldn't be sure that the Western states had more than 100 years of coal remaining. Deploying a CTL industry might cut that to 50 years. If access to some known coal reserves were denied by landowners who didn't want their land strip-mined, available coal could fall below even a 50-year supply. Relying on resources with finite supply means that, by definition, a coal-to-liquids industry isn't sustainable. They also pointed out that the CTL team envisioned a "mature" industry producing 5 million barrels of liquid fuels per day, but such an industry would require, annually, two and a half times as much water as the city of Denver, Colo. Where would that water come from?
For all their political clout, coal and coal-to-liquids advocates did not fare well in the governors' final report, "Transportation Fuels for the Future" [PDF]. The final report pointed out the following:
- Even with CCS, coal-to-liquids will release as much CO2 into the air as petroleum-based fuels do today. Without CCS, coal-based fuels will release twice as much CO2 (per unit of usable energy) as petroleum-based fuels. (Actually, as Environmental Defense pointed out [PDF] in its critique of the governors' CTL report, even with complete carbon burial, liquid fuels from coal would still emit 3.7 percent more CO2 per unit of usable energy, than today's petroleum-based fuels.)
- CTL plants "will require a massive infrastructure build out, including rail transportation, water supply, and treatment facilities, transmission lines, carbon capture facilities, and carbon dioxide pipeline transport to storage sites." (pg. 16)
- "A mature CTL industry will use up underground carbon dioxide storage capacity which may compete with the storage capacity needs to dispose of carbon dioxide arising from the use of coal for electricity generation." (pg. 16)
- "... it is uncertain whether there is sufficient coal for both fuel production and electricity generation."
So CTL may seem like a workable idea on the face of it (at least in China), but the details seem fraught with problems that will be very difficult to resolve.
Not the least of these is the united grassroots opposition that surfaced during the Western Governors' Association's attempt to promote coal-to-liquids. Even with a major split in the environmental movement over burial of CO2 in the ground, everyone is united in opposition to coal-to-liquid fuels. This opposition will be difficult to overcome, even for an industry with Congress and all the presidential candidates (except Ron Paul) comfortably in its pocket.
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1 The initial coal-to-liquids team included Paul Bollinger (DOD/Air Force, which aims to develop jet fuel from coal); Graham Parker (Pacific Northwest National Lab, a taxpayer-supported "clean coal" research organization); Greg Schaefer (Arch Coal, 2nd largest U.S. coal company); Dick Shepard and Dave Perkins (Rentech, "clean coal" technology providers); Robert Williams (Princeton Environmental Institute, funded by coal, oil and automobile companies to demonstrate feasibility of, and smooth the way for, "clean coal" and synthetic fuels from coal), and Chuck McGraw, Natural Resources Defense Council (big supporters of "clean coal" but not of coal-to-liquids). Mr. McGraw resigned from the coal-to-liquids team in September 2007 "after ascertaining that the report would not adequately represent their organization's viewpoint," as the CTL team's final report stated ungrammatically.
2 Appalachian Voices; Natural Resources Defense Council; Friends of the Earth; Montana Environmental Information Center; Valley Watch; Western Organization of Resource Councils; Greenpeace; Montana Audubon; Dakota Resource Council; KyotoUSA; Center for Biological Diversity; Climate Protection Campaign; Powder River Basin Resource Council; Sierra Club, Wyoming
Comments View as Flat
FreshatTechSoup Posted 7:55 pm
24 Mar 2008
FYI: ICRS 2008
We have some exciting news about the International Computer Refurbishers' Summit (ICRS) happening in Toronto on May 5th and 6th 2008!
TechSoup, Computers for Schools Chicago, and Renewed Computer Technology of Canada are hosting this year's conference, which spotlights the theme of refurbishing's "Triple Bottom Line" impact on social, economic and environmental developments and improvements. As technology discards move to the forefront of the international conversation on E-waste and continue to affect the ever-changing global economy, ICRS offers global professionals of matchless authority on topics as wide-ranging as increasing the cost-effectiveness of refurbishing to the burgeoning positive social impact of reuse. Those speakers will include Joep van Loon, Managing Director of Netherlands-based Flection International, Gerry Hackett, Managing Director of UK-based RDC, and Microsoft UK's Sean Nicholson.
There will also be presentations that speak to the broad environmental case for electronics reuse, including means to achieving the refurbishing industry's "zero-waste" ambition and the industry's expanding contributions to the green collar job movement. Speakers will also include Microsoft's Frances Fawcett and EPEAT's Wayne Rifer. Many more speakers will be featured and information about them can be found on the event website at http://crs.memberlodge.org/Default.aspx?pageId=9487.
The remarkable domestic and international work of co-sponsor Computers for Schools Canada will also be a focus.
This is the supreme opportunity for you to meet global colleagues in the areas of refurbishing, economics, environment, government, and asset management from around the world and to exchange information with Community Microsoft Authorized Refurbishers (MARs).
The conference will be held at the Delta Chelsea Hotel in Toronto. Registration this year is $225 and can be completed online at http://www.crs.memberlodge.org. Discounted hotel rates at the Delta Chelsea are available until April 4, 2008 and you can reach the hotel directly at 1.800.243.5732 or 416.595.1975. Contact Fresh White at TechSoup with any hotel reservation questions or concerns at 415.633.9342 or fresh@techsoup.org. Additionally, contact Jim Lynch at jlynch@techsoup.com for more information about the conference.
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NiraliSherni Posted 8:26 pm
24 Mar 2008
Rather Ghastly idea
Fuel developed from coal can only be a pollutant seeing as coal itself is the highest pollutant. I still see EVs as the most viable option among alternative energy vehicles.
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amazingdrx Posted 12:47 am
25 Mar 2008
We were right
NRDC was wrong. Along with everyone else promoting "clean" coal.
Fuel farming produces twice the CO2 of oil based fuel too. And uses titanic amounts of water.
What is left that will provide transportation and reduce costs. Plugin hybrids charged up on a renewable smart grid. Plugin bikes with massive buildout of bike lanes along side existing highways. Electric mass transit.
Peterbilt has hybrid semi tractors now, add new inexpensive high capacity foam lead acid graphite batteries to make them plugin, and charge lanes on the highway for long haul. Freight trains are already hybrid. Add electric rail power.
Give up gas guzzlers, your time on earth is nearly over. Blast off for Mars, it needs GHGes. Cheney can be your emperor.
I have been writing to the Montana Gov for the last few years advocating wind instead of his pet project, coal to liquid. No response.
http://amazngdrx.blogharbor.com/blog
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GreyFlcn Posted 5:41 am
25 Mar 2008
:o
Cellulosic Tech = Liquid Coal Tech
http://greyfalcon.net/coskata
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meacassidy Posted 5:59 am
25 Mar 2008
CTL as GHG an economic problem
A study from the Carnegie Mellon Electricity Industry Center (CEIC) concludes that while enacting policies to subsidize the production of coal-to-liquids transportation fuel would enhance national security by lowering oil imports, encouraging plug-in hybrids powered by coal-generated electricity is a less costly policy that also reduces oil imports and does more to lower greenhouse gas (GHG) emissions.
Not that I am promoting keeping on the fossil track but I think it says alot when CEIC says CTL is not the technology of choice.
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M Dow Posted 12:09 pm
03 Apr 2008
It is not a case of either or
I feel that Mr. Montague's comments surrounding carbon capture and sequestration are largely inflammatory. It's an unlikely assumption that by developing technology to make use of coal in the most environmentally responsible way, we will be abandoning research into all other forms of energy. It's more important to look at a balanced energy policy that relies on multiple forms of energy, both from fossil fuels and renewables.
The fact is, our energy demand is growing. More than half of our current electricity supply comes from coal. Other forms of energy are becoming more readily available, but cannot keep up with current or even growing demands. Coal is an abundant and readily available energy source that we can use to supply low-cost electricity to the majority of the country.
FutureGen, which would work to research, develop, and prove the success and commercial readiness of carbon capture and sequestration technology combined with IGCC technology, which would produce electricity at costs below that of conventional solid fuel plants.
If we have the technology that can easily be developed to make use of our own fuel resources here at home, we should employ it. FutureGen is a common sense answer to our search to meet growing energy demands while respecting the environment. That plus research into other forms of energy like wind, solar, and hydro power make the most sense for our country.
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