It sounds like something right out of Marvel Comics: Government scientists suggest firing high-energy gamma rays -- GAMMA RAYS! -- to diagnose a leaking oil well a mile below the surface of the ocean. But that's what happened in the Gulf, when Energy Secretary Steven Chu and his team advised BP to use the gamma ray imaging technology to finally see the extent of the damage to the underwater blowout preventer, the safety device that was supposed to seal the oil well.
An eternal fact of Washington is that government gets much more attention when it performs badly than when it performs well. As an illustration of the former, recall the aftermath of Hurricane Katrina. To illustrate the latter, consider how the media is covering government right now. By my count at least three major natural disasters have occurred in recent weeks: the Nashville flooding, the deadly Oklahoma tornadoes, and the BP oil spill (admittedly not "natural" but threatening to be a major environmental disaster). Let's throw in an attempted terrorist attack in Times Square, too. On every front, government has performed ably--and often better than ably. And yet it's understating things considerably to say this success has not been widely recognized.
should be recognized, though, because when it comes to government disaster
response, the Bush years marked a low point and right now we're
experiencing a high point. For a vivid illustration of this disparity,
look no further than the Gulf. During Katrina, FEMA director Michael
Brown secured his place history as the poster boy for government
incompetence. Now consider Chu, the Nobel Prize Winner who has been at BP headquarters in Houston with a team of government scientists trying to
figure out how to stop the leak. According to a government official, BP initially "dismissed" Chu's gamma ray suggestion, but came back a week later and admitted "Chu's right."
I talked to Chu this afternoon about the government's response to the disaster. As a mental exercise, try and imagine what these answers would sound like if "Brownie" or some other top Bush officials were still overseeing disaster relief in the Gulf.
I understand you just got back from Houston? What were you doing there?
We went there Tuesday night, we were in Houston in the morning with BP, then visited for three or four hours with the manufacturers of the blowout preventers [the equipment that should have stopped the leak].
What advice have you been giving BP advice about gamma-ray imaging? Can you explain in layman's terms what BP was trying to do and what exactly you recommended?
Well, I was talking about a week and a half ago
to some of the Department of Energy folks that BP had asked us to send
down there. This was the week before last Sunday. There was a several
hour phone call Sunday where a few of the national lab directors, I, and
the people we had at the site were talking about what we can do to help
BP, and we thought that we could perhaps help them specifically by
imaging the state of the BOP, the blow-out-prevention valve, with
high-energy gamma rays. By using penetrating gamma rays you can see
whether the valves were closed.
The really important part of all this is that through our conversations with BP, they seem to be very open to having brainstorming sessions, having us help diagnose what the condition of the blowout prevention valve is and helping them think through potential solutions. The president charged me with assembling a small team of scientists to go down there and that was what we were doing beginning Tuesday night. The idea was to bring in very smart people who also have great connections to the larger engineering and scientific community. The national lab director who's been engaged in this from the beginning, Tom Hunter, and I and four other scientists and engineers went down there.
How is it that you know enough about gamma rays and oil spill technology to be helpful? I wasn't aware that that was an area you'd worked in before you were secretary?
Oil spills were not something I've worked on, but I do know about gamma rays.
Because I'm a physicist. And I dabble in many areas of physics. I did experiments when I was a graduate student on weak interactions, which are the forces of nuclear decay. And so I kept in my brain certain nuclear sources and what their energies were and I knew what the ranges were for how penetrating gamma rays could be. Very high-energy gamma rays can penetrate several inches of steel.
And that's the
challenge at the bottom of the ocean? To penetrate the steel and see the
condition of the equipment?
Yeah. Think of a dental X-ray. You have the source that can penetrate through material and you expose something on the backside. If you want to go through not flesh, but steel of a very high density, you need higher energy, electromagnetic particles--the higher the energy, the more penetrating it can be without being scattered or absorbed.