Well, some of it and some of it, I think, is more specific. EnLink took over in Barnett, I don't know, about a year ago. So one of the things they did is they evaluated all their lines and all their plants and processors, and they did some overhauls and they tried to optimize and brought things down and move things around. And you combine that with trying to do new projects in addition to what you would normally do to optimize to help with some of the compression. I just think it's been a challenge for them. We do expect that will get better as they go forward. And I think on that front – that pretty much covered it. Like I said, there were several projects that they had and they should be finished with most of those, so they can focus more on day-to-day operations and getting back to where they're more efficient going along those lines. In Delhi, I mean, you've seen in the past, right, in the extreme heat and the extreme cold, it's affected, the density of the CO2, which gets injected, which has ramifications. This summer, in particular was, I would say, a standard deviation higher than normal on the heat front, which is one of the main reasons we wanted to put in the heat exchanger We do think it has had a nice effect already. We think in the winter, you'll be able to see some real benefits there. And just quickly, I mean, the heat exchanger at Delhi is meant to accomplish four primary functions. First, to reduce LOE by removing a lot of the prior equipment they needed for cooling that was a lot less efficient. We get swap coolers and literally plugging in fans and running cold water over things. The heat exchanger will help with that and really should improve LOE. You can use more gas and you can have less gas used to call things, less electricity for heating and cooling and less chemicals, et cetera. Second, really cooling the CO2 during the summer heat to allow for better injectability, we saw some of this effect, it's hard to know how much different it really would have been, but we do feel there was definitely an effect. And then the third, when you look at the heat, you would need to heat up the inlet stream in the winter, this prevents hydrates from forming and freezing issues. And lastly, the fourth one, really, it allows for us to optimize the NGL production. More of it can go to the plant versus being used to warm the inlet stream. So there's a couple of benefits from that capital project that we've been working on the last couple of years yet to be seen. But anyway, it's in place, and we're hopeful for the effects there.