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In Montana Carbon Sequestration Fight, CO2 is Not Coca Cola

schweitzer

The momentum building behind carbon capture and sequestration as the future for coal-rich Montana deflated a little yesterday with the death of a carbon sequestration bill in the state legislature. That led immediately to partisan finger-pointing, because with both the White House and Congress getting behind the technology, the stakes are higher than ever. 

Republicans in Montana tried to push an overly industry-friendly bill that Democrats – even Gov. Brian Schweitzer (above), a strong supporter of the technology – could not stomach. The Billings Gazette covered the news from the statehouse:

"The problem was that the sponsor of the bill, he doesn't know CO2 from Coca-Cola," Schweitzer said. "He couldn't even explain his own bill. I have to question his motives. The committee did exactly the right thing [in killing it]. It was a terrible bill." 

Supporters argue that Carbon Capture and Sequestration, or CCS – a collection of expensive and complex technologies under development to capture, liquefy and permanently store CO2 underground – would cut climate-changing greenhouse gas emissions while also keeping coal near the top of the energy food chain.    

The draft federal climate bill released last week by Reps. Henry Waxman and Ed Markey includes a robust package of provisions to encourage CCS development, and at the annual EIA conference this week, Joe Aldy, special assistant to the president for energy and the environment, called CSS "a priority" for the Obama administration. 

“We believe it’s an important part of energy policy moving forward,” Aldy said.

It's also a big and expensive gamble.

Nobody knows what will happen when millions of tons of CO2 are pumped underground. Demonstration projects exist, but they are small. There is concern that the CO2 can combine with groundwater to form carbonic acid and pollute drinking water supplies, and that it can migrate great distances across property lines, and perhaps even escape into the atmosphere. Without clarity on who will be responsible for the behavior of the gas, investors will not support industrial-scale development of CCS. 

Montana sees where the government is going on climate. It wants to be first to attract large pools of federal funding to develop CCS, so lawmakers are trying to quickly craft the legal and regulatory framework to make Montana a leader in the field. Perhaps too quickly.

Democrats objected to SB498 as being completely favorable to industry. The bill defined underground CO2 as nontoxic and allowed transfer of ownership of the vast underground deposits of CO2 to the state after only 20 years. Democrats didn't want the state to assume ownership of the CO2 for 75 years – after there was far more certainty of its long-term safety. 

The bill stipulated that if anything went wrong after 20 years, taxpayers would have to foot the bill for liability, with industry getting a free pass. The bill, sponsored by Republican Sen. Keith Bales, would have helped generate great private rewards for industry at great public risk.

There was also contention over the question of who owns the pore space in underground rocks. Do property owners also own the microscopic gaps inside the rocks under their own land – where the CO2 would lodge? The governor thinks not, and argues that it belongs to the state.

“Just because you live along a river, doesn’t mean you own it. Just because you live above an aquifer, doesn’t mean you own it,” he said.

That puts Schweitzer up against landowners who don't want to cede rights beneath their land. They figure that the mini-storage space for CO2 is worth some rental payments from energy companies. 

"Landowners want control of pore space," said Gwen Lachelt, director of EarthWork's Oil and Gas Accountability Project based in Durango, Colo. She's worked for more than two decades on landowner protection issues, and she's seen their rights trampled on repeatedly.

Erroneous Assumption Re: Scale of CO2 Capture/Sequestor Project

Your comment:
The project calls for storing 1,000 tons of CO2 in a geological formation called the Bowdoin Dome in northeastern Montana, and monitoring its behavior, but it's unclear what the project would accomplish. A thousand tons of CO2 is a miniscule amount, not enough to bring scientific certainty to resolve a host of questions about long-term sequestration which need answering.

The facts:
The anticipated amount is 1000 tons per day, not 1000 tons total.

This proposed project is one of many that will take place in coming years with the support of the Obama Administration. It is part of an effort to allow, in fact stimulate, the advancement of engineering and science in regards dealing with the CO2 issue. Carbon Capture & Storage (CCS) is critical to our energy future as well as to our environmental and economic future.

With over 50% of current electrical energy coming from coal plants (representing trillions of dollars of investment) a complete switch to renewable (non-coal) energy is not doable in the short haul and may not be doable for the long term. The answer may well be to find ways to mitigate the CO2 issue with CCS advancements.

Having science and engineering aggressively approach this important issue is the American way of doing things -- allowing science to advance.

Its time to put American ingenuity to work on helping with the problem, not to just be "against" progress in this important field.

The change to an energy future that is sensitive to international global climate change, responsive to national energy independence/security and does not create impossible economics for our citizens and businesses may well be possible if we are able to apply our "best and brightest" to the task of finding the right way. Projects like the cross border project are a part of that important effort by the Obama Administration.

Scale

Thank you, that clarifies the scale of the proposed project. Do you know why the project calls for pumping out the CO2 from Bowdoin Dome once the pilot project is deemed completed, and sequestering it in the Bakken oil field instead? Assessing the longevity of CO2 storage is crucial.

Underground is not the same as sequestered!

What it takes to capture the carbon in order to sequester will probably cost multi millions of dollars as plants will have to be rebuilt or, new plants built. Here http://albertathedetails.blogspot.com/2009/04/carbon-capture-what-we-are...

Carbon dioxide does not become critical (turn into a liquid as is necessary to keep it down hole until it is past 2600 feet deep. See http://albertathedetails.blogspot.com/2008/06/alberta-carbon-sequestor-p...

Carbon dioxide can be used as an effective solvent to scrub oil from the strata allowing it to be pumped. If the carbon dioxide provides an effervescent effect like an aerosol, then it is all coming back up to the surface again. In Saskatchewan where this is done it is reported the initial sound from a well is like a jet plane taking off as the Co2 escapes ahead of the oil.

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