Mack Good
Analyst · Ron Mills with Johnson Rice
Thanks, Roland. Well, you're all eager to see Slide 14, as usual. So here, I'll go again with this slide, highlighting our 68,000 net acres in the Haynesville play. And that's worth [indiscernible] for us right now, the Haynesville, obviously. Along with this acreage position comes another part that I definitely want to mention, and that's our position in the Bossier target that sits a few hundred feet above the top of the Haynesville. And I'm sure most of you out there remember our Jordan well. We've talked about it a few times. This completion got our and everyone else's attention. That's definitely one of the best Bossier wells in the play, and after it IP-ed around 22 million a day, we dialed it back a little bit. And you'll see in the later slide that it is still producing well above the type curve almost 1.5 years after its completion. There's absolutely no doubt we like both the Haynesville and the Bossier, and we're continuing to grow our position in it. We've been and are still moving with various acreage adds while being careful to target only what we consider high-quality Haynesville and Bossier targets. In keeping with that growth effort, our JV with UGS is one other path we're following. And so far, our partnership has gained about 6,400 acres of quality Haynesville in the play. And we're closing in on a number of other acreage additions through it, the JV and other means. Lease additions include acreage that's located inside as well as outside our JV area. Coupled with our effort to grow our Haynesville acreage position, our JV partnership with UGS is starting to rev up at the drill bit. During mid-June, we spud our first 10K Haynesville horizontal well off a 2-well pad as part of this partnership. And we're currently drilling the second 10K JV well of that same pad. Along with these first 2 wells, we plan to drill several more of these 10K wells off various 2-well pads before the end of the year. And at the beginning, we'll have a 25% working interest position in the first few 10K wells, with the option of increasing our interest to 40% after an initial group of wells has been drilled. The next slide will show the locations of the various non-JV horizontal drilling projects that we've started since the beginning of our program in 2015. All of these projects have been and continue to be very successful, so let's swing over to Slide 15 and get a visual on that. Slide 15 shows you all 24 wells, plus the Haynesville wells, plus the 1 Bossier well that we've put to sale since the beginning of our program in 2015. Just for the record, we're fracking 2 additional wells, and we have 3 drilling rigs active on 2-well pads in the play, each of which are configured to drill 10K laterals. Each rig is configured to drill 10K laterals, pardon me. Anyway, as you can see, the 20 red labels in Slide 14 -- 15 show the locations and IPs of the various wells that we've put the sales from 2015 through the first quarter of this year. And the gold labels show you the same thing for our 5 newest second quarter Y '17 wells. During the first 2 quarters of this year, we've put a total of 9 wells to sales, and some of you listened to us as we discussed the first 4 of them during our first quarter conference call. These first 4 wells that we reported on in the first quarter had lateral lengths varying from 5,396 to 8,521 feet and had IPs varying from 25.4 million to 36 million a day. In this first quarter, 4-well group had an average lateral length of 6,946 feet at an average IP of about 30 million a day, which would suggest an IP per 1,000 feet of about 4.3 million cubic feet per 1,000 feet of lateral length. Our second quarter 5-well group had lateral lengths varying from 4,453 to 7,471 and had IPs varying from 20 million to 37 million a day. It is important to note that this second quarter group also included our highest IP performing Haynesville well to date, the Headrick 14-11 #2 well, which has a 6,861 feet lateral length and, as I mentioned, the 37 million a day IP. This IP is slightly better than our previous record holder, the Billingsley 25-24 #1, which had a 36 million a day IP and an 8,521 feet lateral length we reported on the Billingsley during our first quarter conference call. And you can see that the difference in the lateral lengths between these 2 record-setting wells is about 1,660 feet, but the IP rates are about the same. We believe that this is in part due to our continuing improvement in the execution of our Gen 2 completion design. And this business, as it is, with almost anything else you want to discuss, things can always be improved upon. And that is what Comstock is always trying to do across the board. But anyway, getting back to some specifics about our second quarter 5-well group. These 5 wells had an average lateral length of 5,903 feet, which is about 1,040 feet less in length than our first quarter 4-well group average. And they had an average IP of about 27 million a day. Doing the arithmetic, it'll give you an average IP per 1,000 of about 4.6 million a day per 1,000 feet of lateral length, and this is better than our 4.3 million first quarter number. Another difference to emphasize is that during the second quarter, we obviously tested shorter lateral Haynesville completions, and we changed our views of diverter drops. So based on all these numbers that I've just gone over, what would I say are the main takeaways here? The first one would be that we have continued to improve our completion efficiency by using our current completion design, Gen 2, coupled with the changes in our use of diverter materials. We think that our results confirm that our short lateral well completions will yield excellent results going forward via our improved Gen 2 completion efficiency. By testing a broad range of laterals length, we are also getting a pretty good test of our Gen 2 completion performance. And since we know that the proof is in the pudding, let's go to the next slide to see how the wells stack up against the type curve. Slide 16 is a composite that shows you how our various wells have sufficient -- that have production history are performing against our 7,500-foot type curve. This time, we show a red curve, representing the average of our 12 Gen 1 wells; and the purple curve representing the average of our 6 Gen 2 wells that have enough production to compare against the type curve. The comparison between these 2 curves shows you that both Gen 1 and Gen 2 are outperforming the type curve, but our Gen 2 completion design is the better performer. We also give you a light blue curve, which is the average of our 5 short lateral wells. And it, unsurprisingly, is performing under the 7,500-foot type curve since it represents wells with almost 2,000 feet less length. But you can see that even the light blue curve appears to be flattening. And if this trend continues, and we believe it will, it may very well be producing above our 7,500-foot type curve within the next 100 days or so. This is telling. And finally, you can see the green curve that represents our Bossier well, which has now produced well over 500 days and has been above the type curve for well over a year. All of these curves indicate that we continue to create substantial value at the drill bit and that we are continuing to see improving results as we go forward with our program from our Gen 1 through our Gen 2 completion designs. The next slide will give you a quick indicator of this improvement. Slide 17 shows you a simple comparison of our Gen 1 and Gen 2 completion IP results averaged over 1,000 feet of completed lateral length. Once again, to make sure that everybody understands, our Gen 1 design used a 2,800 pounds per foot proppant loading applied over a 250-foot frac length involving 5 perforation clusters, with 50-feet spacing between clusters. Our Gen 2 design uses a 3,800 pounds per foot proppant loading applied over a 150-foot frac length involving 5 clusters with 30-feet spacing. Our 13 Gen 1 wells gave us a 3.3 million a day per 1,000 feet of lateral length, while our 12 Gen 2 wells has given us a 5 -- a 4.5 million a day per 1,000 feet of lateral length. So Gen 2 has given us around a 36% improvement in our IP ratio over Gen 1. And interestingly, if you think about it, our Gen 2 design would have about 10 perforation clusters over a 300 feet of fracked interval compared to 6 clusters over that same length than our Gen 1 design. So Gen 2 has about 67% more perforated connections to the reservoir than our Gen 1 design. And to go along with that, we're pumping about 36% more proppant per foot over the fracked interval, along the various diverter drops that I've mentioned before. And we believe all of this helps increase the probability of a significantly improved completion efficiency. I think the results speak to that as well. Moving on to Slide 18. After all my talk about Gen 1 and Gen 2, let me say a little bit more about our JV with USG. In my earlier comments, I mentioned that we're drilling our 10K lateral as part of this JV and that we plan to drill several more before the end of the year. And then we have about 6,400 net acres in this JV at this point. We expect to expand that acreage footprint going forward. That expansion will involve additional potential future drilling locations and programs within various areas throughout the play and areas that have been high-graded and targeted by us and our JV partners. So the conclusion. Let me sum up the second quarter operations. During this quarter, we started our JV program with UGS at the drill bit, and we're currently drilling our second 10K lateral as part of this program. We have also drilled and completed our best IP well to date at 37 million a day, and it's located within our legacy acreage block that we have held since the mid-'90s. And so far, the 9 Haynesville Gen 2 wells we've reported on, 3 of them have IPs equal to or greater than 32 million a day. We also continue to build our position within the JV in the Bossier via our JV partnership. We're also pursuing other trades and arrangements to add acreage or improve our acreage configuration to drill extra long lateral horizontal wells. And finally, as I have mentioned on several occasions and previous conference calls, we have an executable plan to drill numerous infill or stack/staggered Eagle Ford oil wells when the oil price justifies that investment. So that's my quick summary of our operations. And I guess, that means I should turn this thing back over to Jay.