Francisco Leon
Analyst · ROTH.
I think it's a very important clarification to make. So yes, the production on a BOE basis steps down, but cash flow goes up at lower prices, right? So how do we do that? Well, the reason is -- and there's a slide, Slide 13, on the deck that -- that's a new slide that we put to be able to highlight the dynamic that we have in place. Really, the answer to the question, Leo, is it goes to our power plant. So we have this combined cycle gas power generation that is a very flexible power plant. It has a flexible configuration. So the way we run it, typically, it's called a 2 by 1. So that means it's 2 gas turbines for one steam turbine. That's in the normal course where we're sending the full capacity. In periods during the year where -- in California, there's a big solar penetration with -- it displaces a lot of the baseload during parts of the day. So we have the ability, and that's at our discretion to bring the plant to a one-by-one mode. So what that does is, one, which is what you pointed out, it reduces the natural gas production. But the gas is actually still very, very useful. Instead of counting it as production, what we do is then, we historically have been injecting that gas back in the reservoir if it didn't make sense to produce it. Now we have an alternative, another one of the benefits of the Aera merger, where we can send that gas to Belridge. So remember, these are fields that are next to each other. And by sending that gas to Belridge, we accomplish 2 things. One, that gas saves us OpEx, energy cost at Belridge. So we're buying less gas from third parties at Belridge and instead we're moving our non-spec gas north. And then also by going to a one-by-one configuration, we're able to save OpEx on the plant itself. So what you have is a situation where, yes, optically, you're seeing net production BOEs, which is about 10 million a day of gas go down. But what you're seeing also at the same time is increased cash flows by reducing your cost. And because our view is we're here to maximize value and cash flow and not production, it's a very easy choice to make as we have this kind of redundant system where we can send the gas to the optimal use.