OOGA: Cracker Plants Would Turn Ethane from Expense into Cash
There are three potential, large scale ethane cracker plants in play in the Marcellus/Utica region: Shell with a proposed plant in Beaver County, PA; Odebrecht with a proposed plant in Wood County, WV; and PTT Global Chemical with a proposed plant in Belmont County, OH. Of the three, Shell’s project seems the most likely to get built. The Odebrect plant is on hold, and the PTT plant is the new kid with lots of fanfare–but it’s way to early to gauge whether or not it’s a serious venture. We’ve written a number of stories over the years about the enormous economic benefits of a cracker plant–the jobs in building the plant, and then the jobs at the plant and the jobs for dozens/perhaps hundreds of satellite plants that will locate near it. The economic impact from a single cracker plant is upward of a staggering $20 billion. One of the often overlooked and little-talked-about aspects of the plants is what it will do for drillers. Right now a lot of ethane, the hydrocarbon that will feed these plants, is being produced in the tri-state area of PA, WV and OH. And right now ethane is an expense. Ethane is costing drillers money! They have to dispose of it somehow. When a cracker plant opens, drillers can then sell ethane to the plant and make money on ethane. It magically turns from an expense into cash…
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Finally some real, honest, independent research into the effects of shale drilling on air quality has just been published in the peer reviewed journal Environmental Science & Technology. Researchers from Drexel University published the results of air quality research titled “Atmosphere Emission Characterization of Marcellus Shale Natural Gas Development Sites” (full copy below). Rather than focus solely on the release of methane as a global warming concern, the Drexel researchers looked at volatile organic compounds and other pollutants that are a true health concern for people living close to drilling sites and compressor stations. The researchers took measurements using a more accurate instrumentation/methodology than other studies have used and they collected 17 samples at 13 sites including wells, drilling rigs, compressor stations and processing areas. This kind of research is long overdue. What did they find?…