Wesley Edens
Analyst · Credit Suisse
Great Thanks, Andrew. Let's talk for a minute about FLNG, and we'll start with my favorite cartoon on Page 14. So just as a reminder for people, what is Fast LNG, it's just basically using existing marine infrastructure to place liquefaction materials onto it. Why do this? Because it's, a, faster; and b, cheaper. So half as much time, half as much capital. And as I said, we went FID on FLNG 1 and the long lead items and that's under construction right now. And the punchline is on time and on budget, expected to be mechanically complete in the middle of next year and then allowing for 3 or 4 months for commissioning. We think we're ready to deploy that at the end of the year. If you look at the business opportunities on Page 15, they fall into 1 of 2 different camps. Basically, we can take this year, and we can deploy it for others and charge them rent for it. So that's essentially what we have with the Hilli, which we own 50% of. That's a tolling relationship where we build, own and operate, we collect rent from high credit quality tenants. It produces stable and long-term cash flows. Great utilization of the IP, the significant IP that we have here from the technical side to basically create this on behalf of others. The second path is to basically do it for ourselves. So again, we build, own and operate. We own the volumes less predictable cash flows, but the risk is greatly mitigated by the terminals and the downstream operations that we have, and it has the potential to generate significant windfalls. So if you just flip to Page 16, on the tolling side, we have a use case in the form of the Hilli, that gives us a very good example for what the economics of this looks like. So this is a shift that cost $1.2 billion to build. That's 2.4 million tons, 4 trains, 40 months of total construction time. Economics basically are right around $3.25 an MMBtu, and then they get paid another $0.05 for every $1 that Brent is higher than $60 a barrel. So simply, in today's market that will generate about $250 million to $300 million in capacity payments for this installation. Our Fast LNG equivalent is obviously our cost is lower. We're 1.2 million tons versus 2.4 million tons. It takes us 18 months to build it. And because the demand for LNG is so high right now. When you look at the market today and the market for it over the next several years, the next several years are very, very valuable years. As a result, people are willing to pay more in rent to get access to that. So even though you don't have market exposure on the tolling side, because people can benefit from having higher volumes in these elevated markets. They're willing to pay more for rent. That's the simple economic profile of it. So in this case, again, the $275 million to $300 million in capacity payments using similar illustrative rent charges. You can see that while it's not merchant volumes, it's a very, very attractive proposition to simply be providing for others. Put to Page #17. So the merchant potential obviously is extraordinary. And what we did simply is I just took a 2 million-ton example, rented it out by month from 2020 to 2021, and compared what the cost of LNG of $4.50, which is rough justice for what we think the all-in cost of the product is. And then look at the different indices and just then trying to annualize and show you what the impact would be if you had those volumes to sell into the marketplace at those points in time. So if you look at the yellow box at the bottom, you can see 2021, these are monthly numbers, so $170 million, $274 million, $601 million. They're obviously significant. You flip into -- later in 2021, in 2022, and the numbers obviously go off the hook. So -- and the key to this, the phrase of the day is asymmetrical exposure. In a market environment, this is the Holy Grail. What you're trying to do is get asymmetrical exposure to a commodity and which means in simple terms, you have very limited downside and you have extraordinary upside. The very limited downside exists because we have this very large and very robust set of terminals and assets around the world. So we can access those markets and sell our products directly to customers in those markets and thus reduce our exposure to markets while still maintaining kind of the market exposure to the extent that things do better. When you look at these numbers, -- It ranges from a good outcome to an extraordinary outcome, which could generate, for just this 2 million-ton example, $2 million to $3 million in marginal EBITDA on an annual basis. So it's an extraordinary market, and this is the way to do it. Page 18, you look at this collection of the assets that we've got. As I said before, we've invested roughly $8 billion and 7 years of our lives building these assets around the world. We'll continue to add selectively to them, but we already have a very, very robust fleet of it, so this is literally the 7-year overnight sensation of being able to actually create all this demand downstream and access it and us with this combination of tolling revenues, which is really infrastructure returns -- very high infrastructure returns but appropriately so, plus merchant returns, we think is a very, very powerful combination. So with that, let's just talk briefly about energy transition, and I'll turn it over to Chris. But the Page 20. The pie chart on the left-hand side is what we looked at, we focused on our activities. So 75% of all greenhouse emissions come from 3 sectors. So industry, power, transport, in particular. Full decarbonization of these will not happen overnight, and electrification alone cannot support a decarbonized economy. But the large consumers of fuel for heat and power need a low-carbon alternative. We believe, I believe that blue hydrogen, or its cousin blue ammonia, is the affordable low-carbon solution. We get asked all the time about blue hydrogen versus green hydrogen. Green hydrogen obviously is made from renewable power. Blue hydrogen is made by simply taking natural gas and splitting it out into the hydrogen and then the CO2 has been sequestered. So it becomes effectively clean through the sequestration process. Obviously, everybody is ready for a green-hydrogen alternative, but it's just simply a matter of cost at this point. We believe that we can generate blue hydrogen at roughly $1 a kilogram. To convert that into natural gas terms, you just multiply by 7.5. So $1 times 7.5 is obviously $7.50. That's very, very competitive as a fuel for lots of industrial uses as well as transportation. The green hydrogen alternatives at this point are 3, 4, 5, 6x as expensive. And while some people can afford to pay that, most people cannot. So it's a luxury good as opposed to a staple that people have. What we have done is we've made significant process with our partners that at FTAI and the infrastructure fund. We are nearing FID in our first blue ammonia production facility. So a facility that has the 3 principal food groups that you need. So it's got access to natural gas and ample terms. It's got a CO2 pipeline, which is next door, it allows you to inject into it and it's got water for transport. So you can then take it away from you. One of the other aspects of the site that we are looking at is it's also within a terminal situation where we can access potentially low-cost tax-exempt financing. And so when the -- when we finally get to FID, we'll obviously get back on the phone with you all and walk you through the economics that we think there could be a very, very attractive financial profile of this as well given the access to the financing. We expect to be permitted and have EPC contract in hand and get the financing completed by the end of Q1 2022 and then to be online and operational 20 to 24 months after it. Page 22, obviously, there's a lot of discussion about, I think, rational efforts on the build-back-better act. We are obviously following this closely. When you look at that act and you focus on what it means for hydrogen production, the answer is $15 billion that is awarded for hydrogen production, carbon capture emission reductions of projects. There's been a whole host of different aspects of it that we think are all relevant and actionable within our portfolio. So this, we think, is the right move by the government. I said before, I think the U.S. government can play a major, major role in the transition energy economy. And we are very well positioned to be a beneficiary of that as obviously the efforts that we have taken under way are only enhanced by these kind of programs. So the plan forward, very, very simple, on Page 23. Build this proof-of-concept blue hydrogen plant, utilize our existing downstream infrastructure for both transport and distribution, and then help the transition to heavy polluter industries, shipping, cement and steel are probably the 3 most likely focuses for us in the near term. Chris?