Well, our enhanced oil recovery projects in the Permian are -- they’re one of the anchors that we have for our Low Carbon Ventures strategy. I would say, it’s not -- the way we’re doing our strategy is not a necessity that we do it in association with our CO2 enhanced oil recovery projects in the Permian, but we believe that’s the best way to do it and the best value proposition for our shareholders. So that’s what we focus on initially. And if I could just point you to -- as I talk about the production cycle, point you to the time line where it shows how this idea was originally brought up, it was our CO2 enhanced oil recovery projects in the Permian. They were the reason that we started this vision. And we started the vision more than 10 years ago. We started the vision well before 2008, where you see on the timeline that the original 45Q tax credit was established. We were a part -- our government group was a part of helping to get 45Q tax credit approved and put in place. And so, back then, what we started looking at was how to maximize the vast resources that we had already in conventional reservoirs that were conducive to CO2 enhanced oil recovery. So, that started the process back then. What we wanted to do is, we wanted to come up with a way to have a lower cost, long term, no decline supply of CO2, and that’s why we came up with the anthropogenic CO2 option. So, you see, in 2010, it’s when our Century -- CO2 Century plant came on, and it’s capturing CO2, delivering it to our Denver units in West Texas. And the Denver unit MRV plan, you can see we got approved in 2015. The Denver unit is one of our largest CO2 projects. We are continuing to add reserves to it even today. It’s massive. And so, that and in addition to the Hobbs MRV plan that we got in 2017, it’s important to note that we were the company that got the first two permits ever issued by the EPA for the sequestration and capture of CO2 in the reservoir. And the MRV is, it means monitoring, reporting and verification. It’s just a plan that ensures that you put -- when you put the CO2 on the ground, you have properly sequestered it. So, we got the first two of those. And that whole process, as we started getting that done, was to try to take advantage of the more than 1 billion barrels of resources that we have left to develop in our current holdings and conventional reservoirs in the Permian. And as you know, the Permian is so vast, we have lots of ability to expand way beyond that. And I know you didn’t ask the rest of this question, but I do want to talk about what started as a vision to improve our cost structure and extend our ability to develop even more resources in the EOR business. It’s now turned into more than that. It’s turned into an ability for us to create a new business, a new business that not only will add additional value for our shareholders over time, but reduces emissions in the world. And it helps -- we’ll be the leaders in helping to test technology, the direct air capture technology, put it in place, make it operational and commercial, and that will be -- will provide an opportunity for others to expand it in the world. And so, moving to what that does beyond our enhanced oil recovery in the Permian, you have to look at some of the things that are a part of what we’re doing. In 2018, another thing that was critical for us was when 45Q was expanded. And when we -- when it was expanded and approved by Congress, it enabled us to make this commercial, the first direct air capture and carbon capture from industry commercial. So, that was an important step. Then we established our Low Carbon Ventures group. We joined the Oil and Gas Climate Initiative. We teamed up with White Energy to capture CO2 from their project. We did some other things around emissions, too. We announced our Goldsmith solar project. And two other things that we did is we invested in NET Power in 2018. NET Power is a technology that will generate electricity at a lower cost in a typical power plant and with the opportunity to capture the CO2 as a part of the process so that we can -- sequester it in our oil reservoirs. And then, at the start of 2019, we invested in Carbon Engineering. The Carbon Engineering has the technology that we will use as a part of our direct air capture process to pull CO2 from the air and to then sequester it in our oil reservoirs. And you can see through there, there are other things that we continue to do over time that’s led us to where we are today. There is -- I won’t go through and read all of those, but there’s a lot that’s been done. And the foundation has been very meticulously planned and staged, and now the foundation is set for us to finish some of the processes that we have and discussions that we have in place today to get to a point where this really becomes a business that has three ways of benefiting us and benefits the world. And so, without going through and reading the rest of that, I’ll go ahead and stop here and let you answer or ask your follow-up.