You know we'd be willing to move on it today, but some people want to slow it down.
This is the issue I'm hearing about. At one of the previous meetings, an opposition member said that if every pump were out by its maximum, it would be this ridiculous number, which would be correct if every number was out to its maximum variance, to the wrong way, which I think was a ridiculous statement, because it's not reality; it's not going to happen.
Do you have a sense? Maybe you don't, but maybe you have this sense. When I was working in the business, an average decent station in an urban centre sold six million litres per year. I think they're a little higher than that now. I think they've amalgamated, so they might be up to eight million, nine million, or ten million litres per year. There are normally three or four tanks in the ground, and it depends on the size, but they'll have 60,000 litres in them, whatever—it depends on the configuration for mid, high, and low test. Sunoco has more tanks because it has a different variety and so on and so forth. I'm using Esso; that's where I worked.
Would you not say it's a concern to the retailers from an inventory perspective? If they were losing or gaining one half cup of gasoline every fill-up, that is 30 thousand, 40 thousand, or 60 thousand litres on a six-million-litre station per year—well, it depends whether there's more than the one pump, of course. That's one underground tankful of gasoline that they're missing. Would you not think it would be a concern to them from an inventory perspective, whether they're way over in inventory or way less in inventory, and isn't that a concern that you would hear from retailers as to why they want their pumps to be calibrated correctly?