In an incredible display of corporate arrogance, BP is claiming that a current safety requirement that undersea wells drilled during the newly ice-free summer must also include a side relief well, so as to have a preventive measure in place that could shut down a blown well, is "too expensive" and should be eliminated.
Yet clearly, if the US had had such a provision in place, the Deepwater Horizon blowout could have been shut down almost immediately after it blew out, just by turning of a valve or two, and then sealing off the blown wellhead.
The current Gulf blowout has already cost BP over half a billion dollars, according to the company's own information. That doesn't count the cost of mobilizing the Coast Guard, the Navy, and untold state and county resources, and it sure doesn't count the cost of the damage to the Gulf Coast economy, or the cost of restoration of damaged wetlands. We're talking at least tens of billions of dollars, and maybe eventually hundreds of billions. Weigh that against the cost of drilling a relief well, which BP claims will run about $100 million. The cost of such a well in the Arctic, where the sea is much shallower, would likely be a good deal less.
Such is the calculus of corruption. BP has paid $1.8 billion for drilling rights in Canada's sector of the Beaufort Sea, about 150 miles north of the Northwest Territories coastline, an area which global warming has freed of ice in summer months. And it wants to drill there as cheaply as possible. The problem is that a blowout like the one that struck the Deepwater Horizon, if it occurred near the middle or end of summer, would mean it would be impossible for the oil company to drill a relief well until the following summer, because the return of ice floes would make drilling impossible all winter. That would mean an undersea wild well would be left to spew its contents out under the ice for perhaps eight or nine months, where it's ecological havoc would be incalculable.
In fact, it was the remoteness of the Arctic staging area, and the lack of infrastructure, that has been the oil industry's main argument against a mandatory simultaneous relief well drilling requirement for offshore Arctic drilling. The industry claims it would be "too difficult" to drill two wells simultaneously, as this would require bring in and supplying double the personnel, and two separate drilling rigs.
In a hearing in Canada's Parliament last week, Ann Drinkwater, president of BP Canada, told stunned and incredulous members of Parliament that she had never compared US and Canadian drilling regulations. In fact, whether by design or appalling ignorance, she had precious little in the way of information to offer them about anything to do with drilling rules, effects of spills, or containment strategies. All she wanted was relief from "expensive" regulation, so BP could go about its business of putting yet another region of the earth and its seas at risk in the pursuit of profits.
Asked if BP knew how it would clean up oil spilling out under the winter ice in a blowout, Drinkwater told the parliamentary hearing, "I'm not an expert in oil-spill techniques in an Arctic environment, so I would have to defer to other experts on that."
"You'd think coming to a hearing like this that British Petroleum would have as many answers as possible to assure the Canadian public. We got nothing today from them," groused Nathan Cullen of the left-leaning New Democrats, after hearing from the ironically-named Drinkwater.
The fundamental problem in the US is that politicians purchased by campaign contributions are unwilling to look at the real risks of offshore drilling, whether on the two coasts or up in the Arctic region. With luck, maybe at least the Canadian government will conclude that such drilling in their northern seas makes no economic or environmental sense. In both countries, the amount of oil provided from offshore drilling would, over the next decade, be less than could be saved by simply making automobile mileage standards stricter.
All this is even more true when the drilling in question is in the fragile ecological environs of the Arctic Ocean.