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Long-Term Carbon Storage

zebadee writes "The UK has given £25 million ($45 million) in funding toward storing CO2 under the North Sea. The article at the BBC has a discussion on how this will be achieved. Basically gases produced at the power station will be pumped into old oil and gas fields for long-term storage. This has the added effect of pressurising the wells, allowing better recovery of the contents."

10 of 50 comments (clear)

  1. Tonic by pyrrhonist · · Score: 4, Funny
    The UK has given £25 million ($45 million) in funding toward storing CO2 under the North Sea

    An additional £25 million ($45 million) in funding will go toward adding the obligatory gin.

    --
    Show me on the doll where his noodly appendage touched you.
  2. On the plus side..... by flawedgeek · · Score: 3, Funny

    If we ever need to adjust the Earth's orbit, just stick a big drill down into the pocket, and WHOOOSH, just like that.

    --
    My other Sig is .40 caliber.
  3. Only helps a little by WalksOnDirt · · Score: 3, Interesting

    Given how the article talks about how expensive carbon sequestration is, nuclear plants seem to be a better option for producing electricity. You're not going to be able to separate out 100% of the carbon dioxide from the waste stream anyway.

    The example of reducing the emissions from steel plants is very interesting. I'm sure there are ways to refine steel that don't release carbon (e.g. electrolysis), but using coke would probably still be much cheaper even with the costs of removing most of the carbon from the flue gases. Getting steel plants to implement this without being wiped out (by carbon emitting overseas competitors) or supported by massive government subsidies sounds very tricky, though.

    I really think the best first step for reducing green house gases is to stop producing more coal fired power plants, and schedule the eventual closing of the current ones. The amount of damage done to the atmosphere by the remaining oil to be extracted is probably manageable, but there is enough coal (and tar sands, oil shale, etc.) to cause much more severe problems.

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    1. Re:Only helps a little by Bastian · · Score: 2, Insightful

      Personally, I think that every energy solution based on using 'cleaner' energy that I've heard of is at best too little too late, and at worst a simple case of whistling in the dark. If the world's energy usage continues to skyrocket the way it is, closing all the coal fired power plants in the world and installing the best scrubbers and catalytic converters and such on every other fossil fuel burning device is only going to put us a decade or two behind the current curve. Heck, I think that the entire idea of "clean energy" is a refuge for people who haven't considered the laws of thermodynamics and people who tend to tunnel-vision on only a few types of pollution. Even windmills will alter the planet's climate if you put up enough of them.

      Really, the solution is to get people to quit using so @$%@$ much energy in the first place. Until we give up our need to have large houses with big, manicured lawns, motorized private transportation, having more than two children, and individually wrapped disposable everything, we're going to have to live with the possibility that we or our descendants are going to end up living on a planet that's not fit for supporting human life anymore.

  4. Comparable to Nuclear? by kingofalaska · · Score: 2, Informative
    From TFA: ""This is what this funding will allow us to assess in great detail. It's likely the costs are comparable with nuclear power and renewables." "

    Depends on location. From my post "Rural Alaska nuclear power gets legislative backing":

    "Because of Galena's inaccessibility and the necessity to ship diesel fuel by barge, residents pay from 20 cents to $1 per kilowatt hour, while the national average is less than 9 cents. With nuclear power, residents could pay a third of what they now pay to power their homes, Yoder said.

    If it's feasible in Galena, nuclear power could be used to lower energy costs throughout rural Alaska, state lawmakers said.

    "Nuclear power is something folks might frown on, but it's self- contained," said House Speaker John Harris, R-Valdez. "It has a lot of potential for areas" that have high fuel costs.

    KOA

  5. A dangerous idea by B.D.Mills · · Score: 2, Interesting

    The idea of hiding the CO2 underground makes me uneasy. There's no guarantee that the CO2 is going to stay put. Suppose an earthquake ruptures the chamber. What then? If the CO2 comes out, it will kill anyone in the vicinity through asphyxiation.

    http://www.snopes.com/horrors/freakish/smother.asp

    Google for "carbon dioxide lake deaths" to learn more on why this is a dangerous idea.

    --

    The only thing necessary for the triumph of evil is for good men to do nothing. - Edmund Burke
    1. Re:A dangerous idea by Curmudgeonlyoldbloke · · Score: 5, Funny

      Indeed it is, what with the North Sea been one of the most heavily populated areas of Europe, and one of the most seismically active.

  6. Re:Escape route by Mr2cents · · Score: 3, Funny

    > Can't the CO2 just escape through the holes made to extract the fuel?

    In that case, it will just become a tourist attraction known as the Soda Sea.

    --
    "It's too bad that stupidity isn't painful." - Anton LaVey
  7. Ironically... by mister_llah · · Score: 2, Insightful

    Nature came up with its own long term carbon storage system long before we did.

    It's called "diamonds"

    --
    MoM++ - A Classic Expanded - [Master of Magic 1.5]
    http://mompp.sourceforge.net/
  8. Don't sequester CO2: grow food in space by Randym · · Score: 2, Interesting
    The energy required to compress CO2 and then pump it underground leads to the generation of yet more CO2, because the process is not (and can never be) 100% efficient.

    What we *need* is giant balloons (filled with sunwarmed gaseous CO2) carrying food-bearing plants to float in the atmosphere. Using the abundant solar energy, the plants can be kept at the proper temperature to grow; they can be grown hydroponically using sun-melted frozen water (from the same place as the frozen CO2); they are right there in the sunlight; and the frozen CO2 all around them can be melted and fed to them (thus generating oxygen in the process, which, when bled off, can, at those altitudes, be zapped by cosmic rays and create more protective ozone.)

    When the food-bearing plants are mature, segments can be split off and ferried directly by remote control back down to places on earth where famine is epidemic, thus bypassing corrupt governments. The fuel would be methane generated by using sunlight and water to compost non-food stalks and roots.

    Seriously. Except for the obvious lack of political will to do this, it is only an engineering problem. At one stroke it will solve the excess-CO2 problem AND the lack-of-ozone problem AND food shortages anywhere on the globe.

    Come on, slashdotters: find something technically wrong with this proposal. Can you?

    --
    DNA is a Turing machine. You, however, being dynamic and emergent, are not.