I would say, first of all, that there is lots of private capital around. As Mary Van Buren mentioned, there is capital available; there are projects available.
The challenge here is, in fact, to ensure—and this is really where the bank can play a significant role—that large, complex, revenue-risk projects can be brought successfully to market. This is an area where private capital has been somewhat reluctant because there is revenue risk attached to these projects. We're talking about toll roads maybe, even waste-water projects, anything that has a revenue element to it, because there is a risk attached to that.
The real benefit of the bank engaging in these projects is, in fact, to help de-risk those projects and to make them more attractive to private capital to partner with them in order to enable these larger, more complex projects to come to market. That's a very significant piece of the equation.
There was also reference made to some of the criticisms of P3 projects coming from Ontario's auditor general. You may recall—and I know Professor Whiteside will recall—an earlier report by the Ontario AG, and she claimed that these projects were costing the province $8 billion, but you have to read her narrative very carefully, because what she actually said was that the money could have been saved if governments were able to deliver infrastructure projects themselves on time and on budget.
That's the challenge. Governments have demonstrated, time and again.... It's not unique to Canada; this is a classic phenomenon around the world. As for projects that are undertaken through traditional procurement, if they were delivered on time and on budget, then we wouldn't need P3s, but the reality is that you see projects all around you, anywhere across Canada, that are way behind schedule and way over budget. That's why you need to bring a discipline to the procurement process and to the delivery process in order to get the very best return on your and my tax dollars that are being invested in these projects. That's really a critical element in this equation.