Jeffrey Ventura
Analyst · Stifel Nicholas
Well, let me take -- I'm going to take some time to answer that question. It's a good question. First of all, what we're doing this year, like I said is we're going to drill in that, call it, 2,500-foot, 2,700-foot usable lateral with roughly 8 stages for almost all of our wells. And what we know is, to date, the average of 139 wells primarily in all that are in production in the southwest part of the play, the average of all of them, the good, the bad and the ugly is 5 Bcfe. So in the development mode, that design well cost about $4 million. And today, we're not far from that. We're $4.1 million, $4.2 million, so we're very close to it. So spending, with that design, spending $4 million to get 5 Bcfe under -- and strip pricing right now, I think the 10-year strip is somewhere $5 to $5.50. But if you take a $5 flat gas price forever at 5 Bcfe, that's a 99% rate of return. So that may or may not be optimal, but it's pretty darn good. So we're happy with that, and we know if we stay today, keep that same design and go to fewer wells per pad. We can drill more wells, we can hold more acreage and still generate really strong rates of return. That being said, we've also done a number of experiments in the past, and we'll continue to do some going forward. And that's everything from longer laterals and more stages to where we land the well, we think is really important whether you're high, low or in the middle of the section. And that varies depending on where you are in the play, even where you are within a county, we believe. So there's a lot of different things that go into optimally developing it. And plus at this point in time in the play, early on when we started, back to Range pioneering the play and carrying 100% of the science, we're not doing that anymore. And early on, it was very competitive and for different reasons, companies didn't share a lot of information as everybody was building their acreage position. At this point in time, I think companies are more cooperative than they were competitive. So not only that Range doing experiments but we have other companies out there that are drilling laterals up to 9,000 feet and put a bunch of stages in them. So we can learn not only from our wells but from other people, and we'll look at optimizing going forward. So where we are today is we think we've got, like John said, one of the best plays out there, even at $4 flat gas forever, it's a 74% rate of return. At $5, it's 99% and it can go beyond. So we'll look at, can we get better than where we are today? And I believe we can. The way to get better by drilling and completing the wells better, which I think will happen or we're going to drive the cost down. Either of those are really significant upsides for the play. The other thing that I think is important to look at is, not only does it vary, Northeast, Southwest, or vary within a county, I think, whether you're wet or dry is important too. If you look at the liquids-rich part, which we really dominate and have the tremendous position in, and like I said, the wells are, that 5 Bcfe is 3.6 feet of gas and 239,000 barrels of liquids. We did experiment in one of the wetter areas and we've got a lot of wet area to continue to drill in. And it so happens that, that one well that had a 3,500-foot lateral and a 12-stage frac made 6.7 Bcfe, which is up 4.1 Bs and 425,000 barrels of liquids. So that's a big increase going from 239,000 to 425,000, maybe by more optimally landing it or completing it or some of those things that I've said we're going to test, maybe we can turn that into 500,000 barrels a well with gas, with the associated gas. So that would really drive economics and it really drive rate of return particularly where oil prices are relative to gas prices. If you look at our potential, John talked about, in aggregate, we have 35 to 52 Tcf of upside. We're a 4.1 Tcf company. Out of that, 20 to 31 Ts is in the Marcellus and 15 to 23 Tcf of that is in the Southwest part of the play. But again, if you break it down, you're looking at 13.5 to 20.5 Tcf of gas, that's 307 million to 463 million barrels of liquids, net to Range. In my mind, if you look at our performance year after year after year, and we put all of our horizontal wells in there in terms of 0 time plots, you can see the performance climbing with time. So I would expect the performance could continue to climb with time as we get better and better about what we're doing. So it's not unreasonable to think we'll reach the high end of those reserves, which is a 20.5 Ts just in the Southwest with 463 million barrels of liquids. The other key part of that is that's leaving all the ethane and the gas. Once we start extracting ethane, it's going to double our liquid yields. So the 463 million barrels becomes 926 million barrels net the range. And then, if we can get better about where we land and how we drill and complete, really, you're approaching 1 billion barrels of liquids, net to Range. So we think it's really exciting upside. We've got a dominant position in it and a great team working on it. That was a really long answer. But I think it's important to look at, I think, where we were, where we are today and where we might be going in the future.
Michael Scialla - Stifel, Nicolaus & Co., Inc.: I appreciate that. I wanted to ask you too on the Upper Devonian. Did I hear you right, you said the gas in place is similar to the Marcellus?