Bob Jornayvaz
Analyst · Bumbershoot Holdings. Please go ahead.
41:03 Right now 100,000 barrels a day. Right now, what we inject is about a 100,000 barrels a day. We believe that we could slowly ramp that up in 50,000 barrel increments. We've got, for example, we own the AMAX mine, it's already permitted to inject into it. So, we need to build a pipeline up to it. 41:30 Given the ESG, the clear ESG benefits of this project, there are several oil companies that are interested in partnering on the project because of the ESG benefits. In theory, and I want to say that very stressfully in theory, we could get up to 300,000 barrels a day of injection, and we could actually store that for at least 10 years without having to build any new ponds. 42:05 The benefit is that we would then produce more potash. We’d have to build more ponds, but the potash grade of the brine, by injecting more brine and giving it more residence time, you're going to produce a higher grade of potash brine into your potash ponds that will naturally give you increased potash production with the project all by itself. 42:39 So, there are a lot of moving parts and pieces that we look forward to explaining and articulating and answering questions to – but just getting it to this point has been, we've had to navigate some brand new loss that have been passed, and we've overcome those speed bumps, and right now the produced water consortium is very excited about this project, because it is a closed loop system with existing monitoring wells. 43:12 And most importantly, we're not having to desalinate the brine. We already inject a salt saturated brine. So, most other beneficial use projects that are out there are trying to figure out how to take produced water desalinated, which is the most expensive part and then try to use it in some agricultural fashion. And as you know, it's that desalination part, which can cost anywhere from $1 to $2 a barrel. We actually add salt to our brine. So, we’re in a very unique position.