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How Can We Cope with the Dirty Water from Fracking? The nation's...

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    How Can We Cope with the Dirty Water from Fracking?

    The nation's oil and gas wells produce at least nine billion liters of contaminated water per day, according to an Argonne National Laboratory report. And that is an underestimate of the amount of brine, fracking fluid and other contaminated water that flows back up a well along with the natural gas or oil, because it is based on incomplete data from state governments gathered in 2007.

    The cleansing technologies employed range from high-tech membranes that selectively filter out specific contaminants to the crude solution of boiling away the water, leaving scales of salts and other minerals behind on the walls of the boiler.

    A diversity of waters
    To add to the challenge of sheer volume, the water produced by each oil and gas well is often different—with varying levels of acidity, saltiness or types of contaminants, whether dissolved hydrocarbons or heavy metals leached from the surrounding rock.

    In California Veolia has partnered with PXP Plains Exploration & Production, an energy company, to design, build and operate a 45,000 barrel-per-day water treatment facility employing ceramic membranes and reverse osmosis to recycle water produced from the Arroyo Grande oilfield near San Luis Obispo. (A barrel of water or oil is 159 liters, or 42 gallons.) Much of the cleansed water would be turned to steam to scour yet more oil out of the ground, and the rest would be clean enough to discharge into local waterways. "We have the technology to meet those requirements," Veolia's Hopper says.
    The technologies include membranes, filtration and even selective ion precipitation, where specific chemicals are added to cause particular contaminants, such as heavy metals, to precipitate, or fall out of the water. In certain cases Veolia employs a suite of technologies in a row—bubbling out gas; chemically reducing acidity; filtering; and employing pressure and membranes to extract salts and other contaminants—to deal with a wide variety of contaminated waters, such as that produced from oil and gas wells.
    Complications can arise, however: Membranes, for example, often do not stand up to the harsh conditions created by such tainted waters. High acidity or alkalinity, or even just high salinity levels, can quickly foul membranes or simply render them ineffective. Boiling can cost as much as $8.50 per barrel of water, and the residue can quickly wear down even an industrial boiler. So scientists are working on new alternatives.

    http://www.scientificamerican.com/a...-water-from-fracking-for-natural-gas-and-oil/

    Second Industry segment for massive Super Sand sales.
    They'll be bangin the door down Tin.

    I think the Super Sand would go well in the Swan River too Tin,getting rid of all the Fertiliser.
    Which in turn, would re-oxygenate the water,but I'm no scientist,so dont take my word for it.

    Raider
 
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