Mandating Carbon Capture Could Help Close Kansas' New Carbon Loophole
- Andy Stevenson
- Finance Advisor, New York
- Blog | About
- Posted May 7, 2009 in Curbing Pollution , Moving Beyond Oil , Solving Global Warming , U.S. Law and Policy
While President Obama and others speak out about the need to close the carbon loopholes in this country, one newly appointed Governor has taken it upon himself to buck the trend and open up a new one. A carbon loophole based on the ability of a coal plant to remarkably "increase a states renewable energy production".
This past week, the newly appointed Governor of Kansas, Mark Parkinson, used this curious bit of logic as a way to justify his approval of an 895MW supercritical coal plant at Sunflower Electric Power Corporation's Holcomb facility. While wind may also benefit from the new high-voltage transmission lines needed to carry electricity from the plant to customers in Colorado, this project will clearly not live up to its billing as a job creator.
If Governor Parkinson was motivated to break away from former Governor Kathleen Sibelius' position on new coal in the state based on the number of permanent jobs created at the facility, it would be a curious decision indeed. According to Sunflower Electric Power Company's press release only 50 permanent jobs will be created at the new Holcomb facility. This works out to roughly $80mln of investment per job, and doesn't even include the 1) financial risk from higher than expected construction, credit, and fuel costs, 2) regulatory risk from carbon emissions, and 3) demand uncertainty risk from the economic downturn. Risks that could inflate the cost of building this facility by billions of dollars over time.
Given these miserly job numbers, you have to wonder why Governor Parkinson would sign off on a plant that would not only raise local energy prices but turn his state into a carbon dumping ground for its neighbors.
Maybe Governor Parkinson expects the $95mln upfront fee and $25mln a year management fee being paid to Sunflower will actually lower energy costs for in-state consumers. While this sounds plausible, a quick look at the math shows that these fees will not stop the costs of power from this new coal-fired facility from rising. Under the Waxman-Markey climate draft for example, while the Sunflower plant would certainly qualify to participate in the incentive program for capturing their carbon and storing it underground (a process known as carbon capture and storage or CCS), it would not likely receive any transition assistance for its carbon emissions.
As a result, Sunflower would be subject to pay carbon costs starting at $24mln a year for their 200MW portion of the facility that would escalate to $172mln by 2050 using EPA carbon cost estimates. This would mean that Sunflower's $95mln up front fee and their $25mln annual management fee would be eclipsed by the facilities carbon costs by the year 2021 (see graph below). In terms of costs per kilowatt hour, these carbon costs would translate into an increase of 2 cents per kilowatt hour in the early years, rising to an increase of 14 cents per kilowatt hour by 2050. Costs that will make this facility a poor long-term power investment.

The math improves dramatically, however, if Governor Parkinson requires the Holcomb facility to invest in carbon capture and storage as pre-requisite for getting his approval. Indeed, from a tax revenue perspective the Governor should be actively pursuing this type of investment, given that the plant sits in an ideal location for providing CO2 for use in enhanced oil recovery (EOR). According to the Department of Energy, Kansas has 1.2 billion barrels of stranded oil that can be economically recovered through EOR with CO2. By providing the needed pure stream of CO2 from the Holcomb facility to flush out this stranded oil, an investment in CCS by the Holcomb plant would generate enough tax revenue to justify this project many times over to the people of Kansas.
As it stands, however, when the rising cost of financing a non-capturing coal facility is factored in, the economics of Sunflower's 895MW facility at Holcomb look pretty lousy. Indeed a combination of higher funding costs, regulatory uncertainty with respect to carbon, and future power demand concerns have already sidelined plans for several unmitigated coal plants this year, and judging by the cost estimates of the Sunflower facility the Holcomb plant would be no exception (see table below)*:

In sum, unless Governor Parkinson mandates that this new coal-fired facility captures its carbon, the decision to approve the Sunflower request to build an 895MW facility is opening up a carbon loophole that his state will be paying for decades into the future. By capturing this faciliites carbon and using it for CO2 EOR, however, the economics change. The state can benefit from the tax revenues from an additional 1.2 billion barrels of oil produced using CO2 EOR, and the climate can be spared from 90% of the facilities 6.6 million tons of annual CO2 output. CO2 ouput that will carry a meaningful economic cost once climate change legislation has been passed by Congress.
*The cost estimates for the Holcomb facility are based on a study by RW Beck for a similar supercritical coal-fired power plant in Meigs County Ohio. The financing rate for the Holcomb facility has been adjusted by 1% to reflect today's financing challenges
(bookmark or email this entry)
Comments are closed for this post.
We close comments on a blog post when it's clear the conversation has moved on -- click on the tags (above) or on our homepage to see if we've got fresh news and views on this post's topic.




Comments
Dave Percy — May 7 2009 06:53 PM
All humans will suffer from controls on global warming emissions. Don't be a global cooling denialist. I’m a meteorologist and a sea ice analysist/forecaster. I have studied and observed Atmospheric Science for 45 years. I just look at the facts. The earth has cooled since its peak in 1998. The temperature trend rounded the curve and the cooling accelerated in 2007. Antarctica has a yearly net ice gain, which increases with each passing year. The Arctic is beginning to see a net increase this year. I predict the Northwest Passage will remain closed this summer but the Northeast Passage will probably open. Incidentally, the northeast passage was open for a few years in the early 20Th century. Sure, there “was” a well documented warming from around 1850 to 1998. Even more interesting is how the great climate models never verify a forecast, and, missed the current 10+ year cooling trend.
If it makes sense to enact measures to reduce CO2 emissions when experts forecast warming, then surely it also makes sense to emit extra CO2 when experts forecast cooling. Or perhaps not.
Perhaps any link between climate change and carbon dioxide is not so strong or important. Consider the historical record.
The tiny fraction of carbon dioxide in the atmosphere increased through the twentieth century. And yet, during that time, global average temperatures rose till about 1940, fell till about 1975, rose again till 1998, and then dropped away again. It is not surprising, then, that despite claims “the science is settled,” thousands of scientists disagree with forecasts of dangerous man made global warming.
History again provides useful guidance.
Dave Percy Anchorage, Alaska
Jeff Webber — May 8 2009 06:17 AM
Thank you Dave for telling the truth about the so called Global warming.
It's slowly starting to come out about the fact
that we are actually in a cooling cycle.
Thanks again for speaking up.
Andy Stevenson — May 8 2009 10:35 AM
I am not sure why these comments are relevant to this blog post about Kansas and their ability to increase oil production by mandating carbon capture and storage on their new coal facilities but peer reviewed science completely disagrees with you. 1998 is the second warmest year ever. Yes ever. 6 of the hottest years ever occurred in the last decade. The trend is god awful, so referencing 1998 as a reference is meaningless. A year where fires in Indonesia burned 10 million hectares of forests and smoke shrouded many towns in darkness at noon. A year where 20 million people across Southeast Asia were exposed to harmful smoke-borne pollutants for months. We hope to never see a year that again but it is unfortunately forecast to occur with far greater frequency going forward
Martin Dubois — May 8 2009 11:04 AM
Andy-
Kansas does have significant space available for geologic carbon storage, both in its depleted oil reservoirs, and an even greater volume in its deep saline aquifers. If the DOE estimate of 1.2 billion barrels of CO2 Enhanced Oil Recovery (EOR) oil is eventually recovered, approximately 500 million tons of CO2 would be permanently stored in the process. Saline aquifers in Kansas could store many times that volume. For scale, Sunflower's proposed coal-fired plant will generate 6.6 million tons CO2 per year.
Using anthropogenic CO2 for concurrently storing carbon permanently while producing "green oil" makes economic, energy security, and ecologic sense. Oil produced by the process is nearly carbon neutral as a barrel of oil when combusted yields about the same amount of CO2 as is stored permanently in the reservoir. An additional benefit is that the barrel of green oil is domestic energy, one less barrel imported. The NRDC is to be commended for their support of concurrent carbon storage and CO2 EOR.
One additional note regarding Kansas: there is adequate supply of high-purity industrial-source CO2 in the region to offset the CO2 from the proposed plant (no need for expensive separation technology) that today could be captured and stored via CO2 EOR. The concept of using local sources of CO2 (in this case, ethanol) has been demonstrated on a small scale in a central Kansas, see:
http://www.netl.doe.gov/technologies/oil-gas/ep_technologies/improvedrecovery/enhancedoilrecovery/eor.html
To your point, Andy, Governor Parkinson does have a unique opportunity in Kansas to kick-off the carbon economy in the state by 1) producing domestic energy, 2) sequestering CO2, 3) creating rural jobs, and 4) supporting the existing bioenergy industry in the state and region.
Martin K. Dubois, PhD
VP Geology and EOR
CAP CO2, LLC
http://www.cap-co2.com/