Jeffrey Ventura
Analyst · Johnson Rice & Company
Thanks, John. Range's net production from the Marcellus Shale is currently about 310 million cubic feet equivalent per day. Production performance from Range's wells in the Marcellus continues to improve. The average estimated ultimate recovery from 103 horizontal wells in the southwest portion of the play that were drilled and completed in 2009 and '10 averages 5.7 Bcfe. That's comprised of 4 Bcf of gas and 281,000 barrels of liquids. This has been a great accomplishment by our team. After we drilled the industry's first successful well in the play and later offset it with successful horizontal wells, we estimated that the horizontal wells might be greater than 3 Bcfe per well. We later moved that estimate from a range of 3 to 4 Bcfe, then 3.5 to 4.5 Bcfe, then to 5 Bcfe per well. Now based on 103 wells from our last 2 complete years of drilling, the estimate has increased to 5.7 Bcfe. That's partly the result of our team going up the learning curve regarding how to better drill and complete the wells, and it’s partly due to the rock performing better than we expected. It's important when comparing well results between areas and operators to factor in the completion. Range's 103 wells that averaged 5.7 Bcfe have an average lateral length of 2,802 feet with a non-stage frac. Other operators routinely drill longer laterals and pump more stages. Based on a Goldman Sachs research report dated May 31, the average EUR for the 9 companies that they list is 5.7 Bcfe. However, many of those companies drill significantly longer laterals and pump more stages than Range, yet the average estimated ultimate recovery is the same. That implies that versus the average, the rock quality of what we're drilling is better. It also suggests that if we compete with more stages, we can increase the ultimate recovery of our wells. Of course, the key is to optimize the rate of return of the project not the EUR of a particular well. Another key consideration is that we're still in the early stages of developing this play. Range, for 2011, mostly, is drilling 2,500 foot to 3,000 foot laterals with 8- or 9-stage fracs. With this design, we're generating 105% rate of return and $5 flat NYMEX. The 10-year NYMEX strip price currently averages about $6 per MMBTu. Drilling and completing our wells in this fashion results in a development mode well cost of about $4 million. By keeping our cost down, we're able to drill more wells and hold more acreage and still generate an excellent rate of return. However, we have tested and are continuing to test alternative completions. To mention just a couple of the tests, we now have frac-ed a 3,950-foot lateral with 20 stages in Southwest Pennsylvania and are drilling a 4,500-foot lateral with 15 stages in Lycoming County. Also at this point versus early on in the play, many companies are trying various lateral lengths and completions with lateral lengths up to 9,000 feet. Range will learn not only from our own tests, but we also closely watch the results of industry. At this point, just in the southwest portion of the play, we have about 550,000 net acres. Based on about 1,000 industry wells drilled to date, 500,000 of Range's net acres have been de-risked. Assuming that 80% of the acreage will be drilled and as the development will be on 80 acres, we would then have 5,000 wells to be drilled in the southwest, considering only the Marcellus Shale. Seeing that we've only drilled and completed a little over 200 horizontal wells, according to this math, we may have -- or we have 96% of our wells left to drill. As good as our rates of returns are now, we may be able to improve that going forward. In the northeast portion of the play, we brought online our first 5 horizontal wells in the first quarter. The average estimated ultimate recovery for these 5 wells is 6 Bcf. The average lateral length of the wells is 2,573 feet with a 9-stage frac. For our first 5 wells, that's very encouraging. Again, like the southwest, we're running our own analysis of various lateral lengths and frac stages, and we'll also look at the results of other operators. Looking at the EUR on a per-stage basis, these are outstanding wells. As we bring on multiple wells during the remainder of the year, we plan to put together a type curve for these wells. In the Upper Devonian, we'll be spudding our third well and its formation beginning in early 2011. This well will target the wet gas portion of the play and will be drilled into the area, with what we expect to be the highest gas and liquids content in place. In terms of liquids content, we expect the Upper Devonian will be like the Marcellus Shale, where the Marcellus is wet, the Upper Devonian should be wet. Where the Marcellus is dry, the Upper Devonian should be dry. I also want to point out that the first 2 wells continue to perform very well. In the Utica Shale, we'll spud our second well early next year. The industry has drilled and will be drilling several Utica wells. Results of some of these wells will help to delineate Range's acreage. A lot of our acreage is perspective for both the Upper Devonian and Utica shale, along with the Marcellus. We hold all depth rights on our fairway acreage, so we will focus on driving up reserves and production in the low-risk, highly economic Marcellus play, which will hold the Upper Devonian and Utica potential both above and below the Marcellus. As we better understand the other 2 horizons with time, we'll then determine the optimum plan for each horizon. Moving over to the Midcontinent division, I'll start with the discussion of our horizontal Mississippian play. To date, we have drilled and completed 7 horizontal wells, with an average lateral length of 2,197 feet with 12-frac stages. The average estimated ultimate recovery for these wells is 485,000 barrels of oil equivalent. At $100 per barrel flat NYMEX oil price, this generates about 100% rate of return. Currently, we have over 45,000 net acres in this play, which equates to over 900 potential well locations. If we keep drilling with roughly 2,000 foot laterals, we believe that it will take 12 wells per section to develop the reserves, that equates to a little over 50-acre spacing. Assuming that the average recovery of 485,000 barrels of oil holds, that's a recovery factor of 4% to 9% of the oil in place. Like my comments during the Marcellus talk, I believe that to compare the estimates of ultimate recovery per well between operators or between areas, you have to attempt to factor in the lateral length and frac stages to get a somewhat of an apples-to-apples comparison. We will observe how longer laterals are doing in other areas and what the costs are to drill and complete those types of jobs. We'll also try different lateral lengths and different types of completions ourselves. We will be seeking the solution that generates the best project economics. If the optimum lateral length is longer, say, 4,000 feet instead of 2,000 feet, then the number of wells per section would most likely decrease from 12 to 6, and the spacing per well would increase from over 50 acres to over 100 acres per well. Of course, the advantage to this play, like the Marcellus, is that there's a lot of hydrocarbon in place. Given the strong technical team that we have, coupled with the industry's track record of driving up recovery factor with time, I believe that is what we'll see happen here as well. Typically, the higher recovery factor comes from down spacing and better completions. Up in the Texas Panhandle, we had excellent success with our first horizontal St. Louis well. It came online at 13.8 million per day and 903 barrels of liquids or about 19.2 million per day equivalent. After producing for about 7 months, it's still making 12.3 million per day and 760 barrels of liquids or 16.8 million cubic feet equivalent per day. Payout was within weeks. We'll be drilling 4 additional horizontal St. Louis wells this year. At this point, I'll turn the call back over to John. I'll be happy to answer your questions in the Q&A.