Thank you.
I wasn't quite sure what to say here because it's my first standing committee, and I tend to speak quickly...so I'll do both, I hope.
I'm a chemical engineer. My research is on sustainable and green processing of natural resources; the processing of oil and gas, particularly focused on the offshore in harsh arctic environments; environmental effects, and monitoring and detection when you're in those environments; and biofuels not related to this.
I thought I'd give a few points on the knowledge base in this area and then leave it open to questions. Again, I wasn't quite sure where to go with this.
Oil and gas exploration, as you've probably been hearing over the last few days, is going to more and more unconventional sources. Unconventional just means oil or gas that's tougher to get at because it's deeper, something like the tar/oil sands, and those sorts of things.
With this kind of exploration and production comes environmental impacts, so we have to design our systems a little differently to try to prevent and mitigate the impacts.
When accidents like spills or blowouts occur, the response in the marine environment is more challenging than onshore, because onshore you can contain and remediate, whereas offshore the containment becomes the issue.
The control measures to prevent oil from spreading and the countermeasures to contain and clean up the fluids are critical parts of any emergency response plan that an industry partner puts together. The type of response is really a function of many things: the type of petroleum fluid you're dealing with; the sea state; the location--the open sea versus the shoreline; and the safety of the personnel. It's likely to be multi-pronged, so a boom alone will probably not work.
Once oil is released into the environment—or any petroleum, because you could be talking about anything from condensate right up to a heavy oil—how it transports and transforms the environment is a function of the type of oil you're dealing with. Again, the sea state, the climatic conditions, and all sorts of things have to be taken into account.
The responses can vary: mechanical, which is when they use booms; chemical, which is when they use dispersants; thermal, which is when they light it on fire; or even biological. The type of response will really depend on where you're at. You also have to weigh the risks of one against the other.
That's all I really have to say. I guess I'll leave it open to questions or comments.
I hope I wasn't speaking too quickly, which I tend to do.