ABOUT ONCE A MONTH, the residents of Bayou Corne, Louisiana, meet at the Assumption Parish library in the early evening to talk about the hole in their lives. "It was just like going through cancer all over again," says one. "You fight and you fight and you fight and you think, 'Doggone it, I've beaten this thing,' and then it's back." Another spent last Thanksgiving at a 24-hour washateria because she and her disabled husband had nowhere else to go. As the box of tissues circulates, a third woman confesses that after 20 years of sobriety she recently testified at a public meeting under the influence.
"The God of my understanding says, 'As you sow, so shall you reap,'" says Kenny Simoneaux, a balding man in a Harley-Davidson T-shirt. He has instructed his grandchildren to lock up the ammunition. "I'm so goddamn mad I could kill somebody."
But the support group isn't for addiction, PTSD, or cancer, though all of these maladies are present. The hole in their lives is a literal one. One night in August 2012, after months of unexplained seismic activity and mysterious bubbling on the bayou, a sinkhole opened up on a plot of land leased by the petrochemical company Texas Brine, forcing an immediate evacuation of Bayou Corne's 350 residentsan exodus that still has no end in sight. Last week, Louisiana filed a lawsuit against the company and the principal landowner, Occidental Chemical Corporation, for damages stemming from the cavern collapse.
Texas Brine's operation sits atop a three-mile-wide, mile-plus-deep salt deposit known as the Napoleonville Dome, which is sheathed by a layer of oil and natural gas, a common feature of the salt domes prevalent in Gulf Coast states. The company specializes in a process known as injection mining, and it had sunk a series of wells deep into the salt dome, flushing them out with high-pressure streams of freshwater and pumping the resulting saltwater to the surface. From there, the brine is piped and trucked to refineries along the Mississippi River and broken down into sodium hydroxide and chlorine for use in manufacturing everything from paper to medical supplies.
Bayou Corne is the biggest ongoing disaster in the United States you haven't heard of.
What happened in Bayou Corne, as near as anyone can tell, is that one of the salt caverns Texas Brine hollowed outa mine dubbed Oxy3collapsed. The sinkhole initially spanned about an acre. Today it covers more than 24 acres and is an estimated 750 feet deep. It subsists on a diet of swamp life and cypress trees, which it occasionally swallows whole. It celebrated its first birthday recently, and like most one-year-olds, it is both growing and prone to uncontrollable burps, in which a noxious brew of crude oil and rotten debris bubbles to the surface. But the biggest danger is invisible; the collapse unlocked tens of millions of cubic feet of explosive gases, which have seeped into the aquifer and wafted up to the community. The town blames the regulators. The regulators blame Texas Brine. Texas Brine blames some other company, or maybe the regulators, or maybe just God.
Bayou Corne is the biggest ongoing industrial disaster in the United States you haven't heard of. In addition to creating a massive sinkhole, it has unearthed an uncomfortable truth: Modern mining and drilling techniques are disturbing the geological order in ways that scientists still don't fully understand. Humans have been extracting natural resources from the earth since the dawn of mankind, but never before at the rate and magnitude of today's petrochemical industry. And the side effects are becoming clear. It's not just sinkholes and town-clearing natural gas leaks: Recently, the drilling process known as fracking has been linked to an increased risk of earthquakes.
"When you keep drilling over and over and over again, whether it's into bedrock or into salt caverns, at some point you have fractured the integrity of this underground structure enough that something is in danger of collapsing," observes ecologist and author Sandra Steingraber, whose work has focused on fracking and injection wells. "It's an inherently dangerous situation."
