New Fortress Energy Inc.

Good day and thank you for standing by. Welcome to the NFB first quarter 2022 earnings call. At this time, all participants are in a listen-only mode. After the speaker presentation, there will be a question and answer session. To ask a question during the session, you will need to press star 1 in your telephone. Please be advised that today's conference is being recorded. If you require any further assistance, please press star 0. I would now like to hand the conference over to your speaker today, Brett McGill, Managing Director and Head of Investor Relations. Please go ahead.

Thanks, Jamara. Good morning, everyone, and welcome to New Fortress Energy's first quarter 2022 earnings call. This call is being recorded and will be available by replay until May 12th. This morning, we'll be referencing our Q1 2022 investor presentation, which is posted on our website and will remain available after today's call. The presentation includes a series of important disclosures related to forward-looking statements. and non-GAAP financial measures. We encourage participants to review these important disclosures in addition to the description of risk factors contained within our SEC filings. Joining me here today are Wes Edens, CEO and Chairman of the Board, and Chris Junta, Chief Financial Officer. Also joining today's call are other members of our team, including Andrew Deedy, Ken Nicholson, and Patrick Hughes. So with that, I'll hand the call over to Wes.

Great. Thanks, Brett, and thanks, everyone, for calling in. As usual, we will be referring to the earnings deck, which we've posted on the website. So if you could just flip through and follow, that would be terrific. So with that, let's start at page four. So first, the financial results. Q1 was another very good quarter for the company. We've moved kind of solidly out of the development phase of our life into the production part of our life, at least from an earnings standpoint. And you look at the progression of earnings on Q1. On the page, you can see that very, very clearly. So adjusted EBITDA 2019, negative $115 million. First positive year of EBITDA 2020, $33 million. Last year, $605 million, with the bulk of that coming in the fourth quarter. And the first quarter this year, $258 million. So very much on track to produce what we have guided towards, which is approximately a billion dollars in adjusted EBITDA this year. Our guidance at the moment is $1.5 billion in 2023, with substantial upside both that year and beyond, depending on the timing and delivery of our FLNG, which we'll talk about. But the core underlying business, our business, which is basically selling gas or selling power to customers around the world is a very, very strong one. Obviously, there has been massive changes and disruptions in the energy market that have implications in both the short and long term that we'll talk about, but the bottom line is that the financial results are very, very promising on the first quarter of the year. Page number five, what we have laid out here is basically converted the volumes that we have delivered to our customers through our business into the blue boxes, which are TBTUs. So those are a very simple metric that describes the volumes that we have had. Twelve TBTUs delivered in 2019, 36 in 2020, 61 in 2021, 80 in 2022 is our forecast. The six on the top of it represents the six TBTUs. That's about two cargoes that are uncommitted at this point. So that's the marginal long position that we reflect in terms of the volumes. And then things start to change dramatically as you move into 2023 and beyond. The yellow portion of the graph basically represents the TBTUs that we expect to produce from our FLNGs. So second half of next year, 39 TBTUs, so 24 that are uncommitted in total. So we have a significant long position, which is a good position to be in at this point. And then as these start to roll in, you can see that the numbers become dramatically larger, 268 in 2024, 520 in 2025. The goal, obviously, over time will be to convert the yellow lines to the blue lines, right? So essentially what we will do is take our market volumes and convert them into customer volumes as they become part of our portfolio, given market conditions. The yellow parts of these chart represents some of the most scarce things in the world, which is LNG volumes that are not committed, that are being produced in 2023, 2024, 2025. Given that the shortage of energy broadly in the world, and specifically LNG with the developments in Europe and elsewhere, these are very, very significant developments for us. Page number six. Just a little bit of recap. So prior to the war in the Ukraine, the world was already very short energy, in my view. We spent a considerable amount of time over the last couple of years traveling around the world in the different markets that we do business with. My conclusion last fall was that the world was structurally short gas as you're getting developing countries that needed more energy as well as the developed countries. Obviously, then on February 24th, that changed dramatically when Russia invaded Ukraine. Just to give a little bit of context to it, so total production in the world roughly is about 400 million tons of LNG. Europe today gets about 40% of its natural gas from Russia. It's about 150 BCM of gas that converts into about 100 million tons of gas. So in the most simple way of thinking about this, you had 400 million tons of production in the world and one of the biggest customers in the world all of a sudden instantly got short 100 million tons. Now, the gas has not stopped flowing in Russia today, but what is crystal clear is that given the choice, over time, the Europeans will choose to get their energy from elsewhere, and the energy security issues become more pressing than the cost of the energy. Simply put, the 100 million tons of incremental demand does not exist. You can't manufacture it. So of the 400 million tons that is created in the world right now, the vast, vast majority of that is already spoken for. The way that LNG is produced around the world, generally speaking, is the producers line up long-term offtake to help them finance the projects that they are going to develop. So when you see 400 million, 100 400s is a big number, it's actually much worse than that in a sense that the 400 is already spoken for. So when we look at the chart on the right-hand side, expected supply additions across the world, you can see there is very, very little in 2022, 23, 24, and 25. There are a number of projects that have been declared FID or in the process of being declared FID that we expect to come on in the second half of the decade. That is not responsive to the world's energy needs in the next three or four years. literally the only thing that really is on our horizon is the fast LNG projects that we have. So we'll talk about that in some detail. Page number seven, I think it's worthy to give a little context of not just the energy crisis, but all the other derivative impacts that this has in the world. So the crisis, in my view, in energy, which is very, very manifest, is just the beginning of what the real crisis is likely to play out. Obviously, agriculture relies heavily on fertilizer. Fertilizer is created in large part through natural gas, so the impact of higher energy prices, which obviously hits the pocketbook of people in their electricity bill every month, also has profound impacts on the cost of the food that they buy. That then turns into inflation. Inflation obviously, rapid consumer price increases disproportionately affect the people that have the least amount of money. And so what really I think is about to play out is that not only are you going to get significant amounts of increase in energy costs to both developed and developing countries around the world, but then the knock-on effect of great increases in the inflation in agriculture and food prices. Food insecurity, mass hunger, there are significant implications for all this, which just only is exacerbated by the energy crisis that we have in the Ukraine. Lastly, and it's worth noting, is that the climate change goals that, of course, many countries have adopted around the world were focused on a phase-out of fossil fuels. When you have the energy crisis that we've had in Europe, what happens is that coal gets burned, and it delays basically the impact of these climate change initiatives by 10 or 20 years. So it is not only a significant crisis today, but one that, in my view, has got a long duration and is likely to play out over the next number of years. Page 8, just to put into context what actually happened in the last year and a half. So I went back to the first of last year and basically created the energy hierarchy, the complex energy from top to bottom. So diesel, Brent, TTF, which is the measurement of the price of gas that is brought into Europe, Henry Hub, which is obviously our own domestic index, and then coal. And you can see that the energy prices have moved dramatically. Diesel, $10 to $30. Brent, $51 to $110. TTF, $7 to $32. Henry Hub, $258 to $841 yesterday. Coal, $2 to $11. So pretty much across the board, there has been massive changes in energy. And while we think that there are significant adjustments ahead, again, given the duration of the events that are going to play out, we think that this is not going to change quickly. So page nine, with that overview, what does this mean for our business? In short, there are several aspects of our business which are greatly affected by this, all of them in a substantially positive way. The FSRUs, which I'll have Andrew talk about in just a moment, so FSRUs are the ships with regas capacity that are used to bring gas into markets, are in great demand with all that has happened in Europe, and they are in short supply. We are very much the market leader in terms of the owner of FSRUs The world's fleet is, depending on how you count it, 45 or 46 ships. We are nine of that, so we're about 20% of the market. We have open positions as well, so that's something that Andrew will talk about here in a second. So that is a tactical exposure, but it's a very, very positive one, and one that we think will actually result in some very positive results for us in the coming months and days. Fast LNG is really the industry-changing application. As I've said many times, the only commodity that you cannot buy is time. We green-lighted the production of our liquefiers 18 months ago. That, in hindsight, looks like a very good event. It was done at the time when LNG was $5 or $6 in the world, not $35 in the world. So we thought it made sense to provide security of supply for our customers and to do that with our own activities. That's why we started it. That's why we actually bought the equipment, started the whole industrial process, and then obviously the events of the last couple months have made that look very prescient. We have committed to this, as I said, at the beginning of last year. The process that we are engaged in is to industrialize the production of these units. Let's say it's the Henry Ford kind of initiative where we are trying to unitary design, unitary engineering, build them ourselves in a controlled environment. That is how we believe we can actually produce them not only in a high-quality way, but in a very, very fast and efficient way. And Chris will talk about that in just a second. Lastly, hydrogen. So, you know, the energy crisis will only accelerate efforts to find alternative sources of energy. We believe that renewables in general will be the beneficiary of this and the focus on this. But long-term, we think dispatchable power is the cornerstone of real change to address climate change. And of that, we think that hydrogen is one of the key components of it. So both Ken and Patrick will walk through that in just a moment. So with that, I'm going to turn to FSRU and talk to Andrew.

Thanks, Wes. Hello, everyone. On the next three pages, we want to provide a brief update on the rush to add regasification capacity in Europe and what that means for NFV in a commercial context. So on page 11, let's start with what exists today in Europe. So currently, there are 27 terminals in providing 153 MTPA of total capacity. Utilization of these terminals has typically provided about one-fourth of European gas supply, right around 100 BCM, meaning utilization of that is actually about half of the capacity. So these terminals have been used seasonally to balance supply and demand. If we exclude Spain and Portugal, which have a meaningful amount of capacity but are not really interconnected into Central Europe gas supply, That reduces the total capacity by about 50 MTPA down to something like 100 MTPA of total existing capacity in Europe. If we flip to page 12, what we want to show is how this picture is changing. So in 2019, Russian gas imports were just about 100 MTPA, the sort of 140 to 150 BCM Wes mentioned earlier. That's gas being imported from Russia into Europe. To replace that supply with LNG capacity requires approximately a doubling of the existing regas capacity, assuming much higher, almost constant utilization rates. The only way to meet this in the near term is to use FSRU capacity. So the typical kind of European land-based storage terminal takes three to four years to construct. FSRUs are able to be deployed today. There are 18 new proposed terminals in Europe. So that covers some of the need. If we think about actually replacing the full amount of Russian gas supply, that would take almost 25 to 30 FSRUs required to meet that 100 MTPA need. Today, existing in the world, there are only 46 FSRUs and basically none currently available outside of the NFE fleet that we're going to mention here in a second. NFE owns seven currently operating FSRUs with two potential conversions, so a total of nine, which is just about 20% of the total market in the world. Flipping to page 13, you can see NFE's current fleet on the left side of the page. We have two FSRUs available now for deployment in 2022. We have the equipment needed to convert an additional FSRU in the next nine to 12 months. And we're seeing charter rates that are up $50,000 to $100,000 a day, so about 100% increase year-over-year in charter rates, which means that based on what we were seeing last year, deploying an FSU today is equivalent to about $25 million more in earnings per year per ship. So a lot of activity happening with the rush to add regas capacity in Europe. We're right in the middle of that and want to be supportive of that. to some of the folks in Europe helping to add this free gas capacity, import more gas, and offset that rushing gas, and have a great commercial opportunity ahead of us. Back to you, Wes. Thanks.

Great. So let's turn to the fast LNG, which is a big part of the focus for the firm and I suspect for the investors as well. So on page 15, let's talk about where we are. So two steps to the fast LNG process. One is to obtain the permits to allow us to place our equipment and make it productive, and then two is to actually construct and deploy the assets themselves. So let me touch on the first one first. So the progress that we've made. We filed for two times 1.4 million TPA units on March 30th. On April 26th, we received notice from the U.S. Coast Guard and MARAD that our application was judged to be complete. That's reassuring. We obviously put a tremendous amount of effort into doing this in both an expedited but also professional manner. So this is the 8,000-page application that I talked about in our last earnings call. We are also preparing to file for an additional six units off the coast of Texas in the month of June. We say our goal is no later than the 1st of July, but we're hopeful that we can get that done before then. And basically the design that we are using for this is essentially the same design that we have utilized in Louisiana. So we will file those permits and move ahead on that. as quickly as we can, and Chris will talk about what our construction and deployment timeline is. We also continue to make progress with our deployment of a unit in Congo with our partners E&I. They are one of the world's leaders in obviously oil and gas exploration. We think they're a great counterparty. They're a tough and very, very talented group of folks, and we are in the final stages of negotiating definitive agreements to back up the MOU that we signed with them earlier this year. We expect to deploy that in the second half of next year. So, I think there are, these two paths are I think actually quite balanced and they give us a good perspective in that creating the equipment to be used by others gives us access to volumes, gives us access to kind of the IP and interactions that are positive with respect to how other people view the world, and then applying that obviously to our own portfolio is the one where we have the greatest impact from a P&L standpoint. So in total, eight units would result in 11.2 million tons. When President Biden went to Europe to offer reassurances that the U.S. was going to be supportive of the goal of reducing their energy insecurity, we talked in terms of 15 BCM of gas. That's the equivalent of about 10, 11 million tons. So this is roughly the amount of gas that we were talking about from the U.S., It is the only gas incrementally that is LNG that is scheduled to come online in 2023, 2024, 2025. So we think it's highly responsive of that. And our interactions with our own government on the permitting side thus far. have been terrific. And so obviously the proof will be in the pudding, essentially, in terms of getting these both permitted and then built and deployed. But we feel very good about the progress with it thus far. I'm going to turn it over to Chris.

Great. Thanks, Wes. As Wes mentioned earlier, we started this campaign a little over a year ago. But over the past six months, we've significantly organized and professionalized the process, starting with a call that Wes leads five days a week. As you can imagine, this ensures people are quite focused and ready for success each and every day. We've hired some of the best liquefaction and construction experts. We now have over 70 fully dedicated people and hundreds of contractors on site, all of which intently are focused on speed, cost, and safety. Given this is such a large and complex project, in order to make the task more manageable, we decided to break it up into smaller parts that can be owned and prosecuted independently. First, the engineering and procurement. Second, the construction and the commissioning. This is the exact same way that NFE has executed our downstream terminal projects over the last eight years. And so while we're using world-class equipment providers and construction contractors, this is still NFE's proven IP that is being deployed to manage the process. Also, we're thrilled to announce that we're opening a new office in Houston this month where we will house the full FLNG team. Houston, as you all know, provides us access to top industry talent, proximity to the shipyard, which is in Corpus Christi, and integration with our key partners to complete the project. If you turn to page 17, first we'll talk about the engineering and the procurement aspect. I'm stealing a line from Wes here, but from a design perspective, our goal was to make the Model T factory for LMG. Our units will use the same design, the same equipment, the same operations, and the same unified team to piece everything together. This provides for operational continuity across assets, common spares which save money, and interchangeability of the team amongst the FLNG assets. Also, we and our expert partners have designed, built the flexibility to accommodate different marine infrastructure, depending on the gas supply environment. You can see in the cartoon in the middle of this page, which illustrates our ability to place the same technology on jackups, fixed platforms, or semi-submersible rigs, all of which do not require any material reengineering. From a procurement standpoint, we've already placed orders from industry-recognized manufacturers for all long lead items for our first three units, and we're in the process of ordering kit for units four through nine. We wanted to ensure we had best-in-class equipment providers, which is why we have partnered with the likes of Chart, Siemens, Baker Hughes, and others. Obviously, some of you are wondering about costs in the face of rising inflation. We're hyper-focused on on increases that we may see supply chain-based or with partners internationally, but these should be offset by efficiencies on the engineering side, given this is largely a copy-and-paste exercise. On our first three units, we have around 70% of the costs already locked in. Moving to page 18, let's talk more about what we're doing on construction. And again here, we've broken it up into a few different pieces. First, modules. Second, marine infrastructure. Third, pipeline and installation. We've created uniform modules that are fabricated using the same people in the same yard with the same sequencing. And as a result, the increased familiarity with the task that each tradesman is doing will make them more efficient. From a marine infrastructure standpoint, as you know, we've already procured three jack-up rigs and have ropers on others. We've purchased two semi-submersible drilling rigs, the Savon units, that are well-suited for deeper water. And we've designed and reserved slots for jackets and decks for the fixed platform solution. On the pipeline and installation component, we've done a lot of this in our collective lives at NFE already. It's critical to have this planning done well in advance and have a top-quality service provider to minimize the time in the field and to ensure best pricing. Last, we always focus on our build through the build by, you know, thinking about the integration and the commissioning and then the operations. So, for example... the sequencing of the commissioning is key. The way we've designed this is we can use things like gas that's already available in the Kiewit shipyard to commission the power and accommodations modules while we'll wait to commission the liquefaction and the gas treatment modules when you're onsite and connected to your feed gas line. This allows us to just be able to get the assets online sooner. Finally, we've hired an amazing new head of FLNG who is already starting to staff up the team This way, the people that will be operating the asset will have written the manuals, they'll have done all the training, they'll have drilled, and they'll be incredibly familiar with the asset, making sure that maximum uptime is achieved once the asset is placed in the service. Great.

So page 19, what does this mean for us economically, is actually a very, very simple question, at least in terms of the arithmetic of it. So each unit produces, each 1.4 million tons produces 70 TBTUs. To generate the P&L from that, you simply need to multiply that 70 times the margin that you expect to receive on the unit. So if you made $10 in margin, it would generate $700 million a year. If you generated $15 in margin, it would be $1.5 billion. Per unit, $20 would be $1.4 billion. There are eight units, so you simply fill out the arithmetic of that times eight is the ultimate P&L opportunity that exists with all of this. There are many, many forecasts in terms of what the market will do. Obviously, predicting the future is a perilous task. I simply took the World Bank price forecast as just one of the reference points. There are many that you can get from a whole host of different analysts on it. 2022, they are estimating $34 in MMBTU in... In Europe, 2023, $25. Our estimate of the cost all in of our LNG at the flange is approximately $6. It could be less than that. It could be $5, even $4.50. But it's basically a range of, let's say, $5 to $6 on the one side. At $34 or $25 or $22 on the other side, obviously the margins are significant. The question to ask, the one that we ask ourselves, is given all the market dynamics, given the shortage that exists in the world right now, what is likely to be the picture for our production in 2023 and 2024 and 2025? And the answer is it could be great or it could be amazing. And we think that that is kind of the range of outcomes that exist with this. As I said, the goal long term is not to have merchant volumes solely and just simply be selling volumes into the marketplace. but to be converting those volumes to customer volumes. And I think that the next leg of this, from our standpoint, will be to then talk to customers and customers that actually need energy security, that need fuel during these difficult times, and convert these short-term volumes that we have into long-term off-take agreements in our terminals around the world. That's the business plan for the unit, and that will be the development of it. We obviously have gotten many, many calls from a whole host of counterparties that are interested in buying volumes for us today. We're not going to sell volumes until we are certain as to the timing of the placement of these. So that's why the group that Chris talked about on the construction side, Cam, Comey, the other professionals that are working on the permitting side, assuming that all comes together, the first time we'll really be selling material volumes is probably sometime later this year or early next year. But This is the math and the upside for it. So obviously with a, you know, a billion-dollar, you know, roughly run rate base of operations from our existing business, the upside from the deployment of these units is material. With that, let me turn it over to the hydrogen team. Shadra?

Yeah, thanks, Wes. We're on page 21 here. So, you know, starting with a look at sort of an update on our hydrogen business, The world's credible experts are in broad agreement that we must decarbonize energy supplies to achieve global climate goals under the Paris Agreement, and also actually to address the urgent energy security needs and concerns that Wes touched on earlier in the call. The good news is that with further technological advancements and cost reductions, clean hydrogen and specifically green hydrogen produced using electrolysis can, will, and must play a larger role over the medium and longer term. We think there's tremendous value in positioning Xeroparks as an early mover in this vast and rapidly evolving market, and we intend to be the largest clean hydrogen producer and supplier in the U.S. To that end, as you can see on the slide, we're building a scalable business with activities throughout the hydrogen value chain. We think there are a few key ingredients. for the commercialization and growth of our Zero Parks business, and they're depicted here and really focus on where we're tasking from a commercial standpoint here over the next couple of months. First, in technology, we're finalizing an agreement with an electrolyzer partner for our first project in Texas, which Ken will touch on more in a minute. The electrolyzer manufacturing space is still pretty limited in the grand scheme of what we think the hydrogen market needs to grow to, So solidifying our partnerships with electrolyzer OEMs and booking manufacturing slots in the queue is an important step in support of our future industrial-scale developments. The second is on power. We're in the process of constructing a renewable power portfolio, working with some of the nation's leading power producers and renewable developers to ensure that we have reliable, long-term, low-cost power to support the build-out of our clean hydrogen project pipelines. The third is on land. We're working to secure optimal sites with important attributes for the development of green hydrogen projects, and Ken will take you through this in more detail on the next slide. And then fourth is people. You heard Chris talk about our focus on people in the fast LNG side of the business and our recent opening of the Houston office. And likewise, on the hydrogen side, in order to be the nation's leading producer of clean hydrogen, we recognize that we need to build a world-class team of professionals across functions with a particular emphasis on technical expertise and commercial acumen. So that's what we're doing there. So let me turn it to Ken to talk about how these ingredients translate into our plans for growth. And he'll also give an update on our first project in East Texas and the path to near-term FID there. Ken?

Great. Thank you. Thank you, Patrick. We'll talk about the path to FID on our first site in just a second here. But on page 22, our plans are to build a portfolio of green hydrogen production facilities throughout the United States. And we've been scouring the country for the best sites to do so. We have a pretty significant acquisition pipeline. Key attributes that we are focusing on are, as Patrick mentioned, first, low-cost renewable power. We can build our own renewable power. We can buy it from others. We're somewhat indifferent. We just need a low-cost, long-term supply of renewable power. Two is regional demand, sites that are surrounded by significant users of natural gas, or gray hydrogen today. Things like power plants, gas-burning power plants, coal-burning power plants, other transportation businesses, and there are a number of areas, of course, throughout the United States that are ideal for regional demand. And finally, efficient logistics and pipeline infrastructure. We know we can make the green hydrogen at attractive costs, but being able to supply it to domestic and international markets will be essential. Infrastructure is something that we here at Fortress have been heavily involved in over the years, and I think we have some great sites in our pipeline that could be perfect for green hydrogen production. Today we have a database of about 24 total sites, about a half a dozen of those we think are prime candidates for green hydrogen production, and we look forward to reporting back on our progress in the coming months. Shifting to page 23. We have a number of significant events coming up in the next few months, and we certainly plan to update the market in the near term regarding development of our first site. Our first site is, as Patrick said, in the Gulf Coast. We expect to achieve FID by June 30th. We're making great progress. Shortly after FID, we will... break ground on the project. It's about an 18-month build, and so we plan to be in business by the end of next year. We continue to build out the business in parallel with our first project, and we expect to begin to capitalize Zero Parks as a separate company during the second half of the year to continue to fund our development. We expect to issue equity in the business, positioning Zero Parks as a potential spinoff but fund the bulk of the developed with tax-exempt debt to achieve the lowest overall cost of capital. And with that, I'll turn it back to Wes.

Yeah. Let's flip to slide number 25, and I'll quickly walk us through the financial results for the first quarter. The headline, as Wes has already mentioned, is we had $258 million in adjusted EBITDA, and we're on track for our goal this year of $1 billion. The terminal segment operating margin was $211 million and $89 million from the ships, and you can find more detail on this in the appendix. On SG&A, we had a few one-time items in Q1, which drove SG&A higher for the quarter. We're implementing some savings initiatives and expect to be able to see this number decline closer to $30 million to $32 million going forward. A comment, though, the results of this quarter really solidify our run rate adjusted EBITDA that exceeds $1 billion. on its way to north of $1.5 billion for 2023. If you annualize the past three months, the past six months, or the past nine months, they're all above $1 billion. And when we post our Q2 earnings, you'll truly have a trailing 12 months above $1 billion. Net income for the quarter was $241 million, which does include a non-cash adjustment for reduction of deferred tax liability, which is further explained in the release and in the 10Q report. That amount is $77 million. And the quarter we had $1.13 in earnings per share. If you normalize for the non-tax adjustment, you would still have $0.77 a share, which is our largest earnings per share we've ever had. Page 26, we repeat what we've talked about in previous quarters, that we expect to fully fund our robust growth initiatives through internally generated cash flow. We have an excellent team that is aggressively working on monetizing assets that are significantly in the money versus what we paid for them. The asset transactions that are in advanced discussions will contribute an estimated $2 to $2.5 billion in new proceeds that we will effectively, efficiently recycle into higher-yielding projects like FLNG. Alternatively, we can obviously choose to pay down debt or return to shareholders in the form of buybacks or dividends. Further, as you can see, the leverage ratios were around four times currently, expect to be under three times once FLNG-1 is operational. We'll be talking to the rating agencies in the coming weeks, and we hope to be upgraded to WV, WV-flat, or WV-plus this year, and then into the investment grade category in 2023. And then the only quick comment on liquidity is in Q1, we did increase our capacity on the revolving credit facility to $500 million and added another $125 million of new commitments.

Yeah. The one last comment I'll make before we turn over to questions is on the financial side is that obviously the goal for our company, the goal for every company, is transparency in terms of the earnings and a clear and transparent view of both what we expect today and what we expect in the future. So that's obviously the goal of that. You know, with the developments across the company, we have now gotten to the position of generating significant run rate EBITDA, and we have a very significant customer portfolio that exists, over 100 customers, over 8 terminals on the way to 12 terminals around the world. And now with the addition of FLNG, you go into a different category in terms of the volumes and the P&L that can be generated from them. Chris mentioned it, but it's actually a significant point, is that we think with the balance sheet that we've got and the assets we've got and the performance of those assets, we have the ability to either sell or asset finance those assets and self-finance ourselves so we don't have to come back to investors and shareholders for capital to grow our business. That obviously is a massive benefit of the activities that we've got. The result of that is you'll be basically exchanging cash flows on very stable assets and redeploying that capital into... the cash flows generated from the FLNG. There is likely to be timing differences from quarter to quarter. I think the guidance that we have given I feel very good about. The core of the underlying business is so solid that we think we have a very substantial base to build from, but it is not going to be a widget factory while we are actually redeploying capital from assets into the FLNG. The good news is that the upside from the FLNG in this marketplace is gigantic. I mean, even as we are here this morning, we see that Russia is talking about stopping all gas sales to France by the end of May. I mean, the energy insecurity that exists in the world is significant. The upside from these FLNG units to meet those needs in the short term is dramatic, and there's likely to be some volatility as we go from one place to another. I'm not overly concerned about it at all and feel very good about the long-term prospects. And we'll do our best job to provide transparency as to what we are doing as we move along. So it's a very, very good profile. With that, Brett.

Yeah, so, Jameer, we'll go ahead and take it into Q&A. And for those that have questions, we welcome them, absolutely. Ask you to ask your question and one follow-up. And if you have further, then circle back into the queue. So with that, we'll go to Q&A.

As a reminder, to ask a question, you will need to press star 1 in your telephone. To withdraw your question, press the pound key. Please stand by while we compile the Q&A roster. Your first question will come from the line of Spiro Dunas with Credit Suisse. Please proceed with your question.

Thanks, Operator. Morning, guys. Maybe to start off with Fast Energy, if we could, and permitting and advancing these six units from here. You know, Wes and Chris, you touched on this a bit at the end there, but just in thinking about funding that growth, I think it gets to about $4 billion kind of over time. And it sounds like the early units, given how much they're going to cash flow, will effectively fund the later units. I'm just curious if you guys are open to maybe even taking a partnership approach on some of these future units. And I say that in the context that we've seen several EMPs come out over this last earnings season and express pretty strong interest in taking on maybe more direct energy ownership.

The short answer is that we've had conversations with a number of different folks, both E&P producers as well as infrastructure investors, and there's a broad array of people that are interested in what we're doing for obvious reasons. I think that as we map out the timing of liquidity to fund the growth, the combination of the The internally generated asset sales and financings plus the earnings from even the first unit give us ample liquidity to fund out this entire program. the timing obviously matters. If we did bring in a partner, it would not really be as a result of being worried about the time and liquidity cash flows, but more because of perhaps strategic things we could do with them around the world. Frankly, I would put E&I into that category. E&I or any of the other big international oil and gas companies that have operations that are far-flung around the world that want to also um you know monetize their gas holdings in the short term um are are great potential partners for us the obviously the earnings potential of those units you know rented out to others is substantially less than the earnings potential for uh ones that we would do for ourselves but the credit characteristics the cash flow characteristics the uh the ability for us to finance those assets and then provide incremental capital for the next is a balanced approach and i also think it's uh It's the kind of thing where we don't have a corner on the best ideas in the world. We certainly are very proud of the people that we've gotten and what we have done, but there's a lot of smart people that are out there in the world, and having other partners take a look over your shoulder in your business, I have found over the years to be a very, very healthy and productive thing to do. Short answer is, in the short term, I don't see us, we're not close to anything material to bring in other partners but it's the kind of thing that we talk about. Frankly, I think from a strategic standpoint, the people that are the most interesting to us are the people that own the gas themselves. This is a case where the liquefaction is a process. The actual asset is the molecule of gas that you get. The U.S. is blessed to have you know, substantial amounts of gas and actually very robust pipelines. And so just on a market basis, you can buy a lot. But there's lots of different things that we think are interesting, both domestically and internationally, in terms of looking at gas and partnerships.

Got it. That's helpful, Wes. Thanks for that. Second question, going to Zero Parks, maybe if you can. Could be a tough one to answer now because I know you're still trying to develop this entity. But, you know, I think a lot of us have kind of struggled to ascribe value here and really capitalize the asset. So I'm just curious, can you give us any sense of the economics, either on a per-unit basis? We can sort of get the math around 12 potential sites, et cetera, just to try and figure out what the value proposition is here of spinning that asset out at some point for NFE shareholders.

Yep, big picture. A typical green hydrogen production facility that we've targeted is about a 100-megawatt production facility. It produces about 45,000 kilograms of hydrogen a day. Right now, that business is a marginally profitable business. We expect it to become a much more profitable business over the next 12 to 24 months. Obviously, federal government incentives, $3 a kilogram, things like that. Customer, you know, willingness to pay up for carbon-free products, higher efficiency in electrolysis technology, lower renewable power prices, all of those things will contribute to, you know, more profitable green hydrogen production. Each facility, each 100-megawatt facility should produce between $30 million and $40 million of annual cash flow. and it should cost about $150 million to build. So you build 10, you're in for $1.5 billion, generating about $300 million of EBITDA a year.

I mean, it is a venture business more than our core infrastructure business. It's a venture business that I believe, that we believe, will turn into an infrastructure business over time. I think actually producing some green hydrogen, getting proof of concept, generating cash flow is a very, very important step. But if you want to take this from being a hobby to an actual industrial business, Obviously, the scale that is necessary is actually dramatic. And while there are great synergies, particularly with the downstream componentry of our business and just the industrial processes of building and running industrial plants like this, which we think is great, I do think that this is a company that over time will do its best with its own identity as a sister company but not as a subsidiary of it. So that's definitely the plan.

Got it. Very helpful, guys. Thanks for your time.

Your next question will come from the line of Sean Morgan with Evercore. Please proceed with your question.

Hey, guys. So one question we've been getting a lot is on the FSRU side with Europe. And I know it's only been less than probably 60 days, but are you starting to see inbound on kind of new markets beyond Ireland and Europe that are interested because you have this – you know, now hot commodity of all these FSRU assets to potentially build new imports into Europe and just kind of any update on commercial activity there?

Hey, Sean, it's Andrew. I think the quick answer is certainly, you know, I think we're kind of in all the discussions that are happening in Europe, and we've seen it kind of happen in two waves. So, you have sort of the initial wave of procurement of FSRUs for terminals that will happen in the future. And I think we've seen some announcements about that. And now I think we're going to head into a second wave of kind of more concerted terminal building. And so you'll see kind of more announcements coming out from, you know, various governments as well as some of the, you know, bigger state players in Europe around specific siting of terminals and what ships are going to go where. And so I think we continue to see that progression. I would say we're, you know, kind of involved in all of those conversations, and they all have, you know, specific requirements both on the kind of technical side of which ship fits where and then on the sort of capital and deployment side of kind of how a terminal gets built in Europe, what the regulatory scheme is, et cetera. So I think it's fair to say, like, it's a pretty chunky list of players. We're in discussions with all of them, and we hope to have some kind of exciting announcements here in the future. Okay.

And then on the SLNG development side, I know you guys are looking at some international projects with you're also pretty uniquely looking at a U.S. project on the FOMC side. So is there any possibility to get the U.S. government kind of more directly involved in other import-export banks and talking pretty openly about backstopping new projects? And for a startup project like yours, it seems like it might make sense. So is there any kind of update that you can give on that?

We have not talked with the U.S. government about financing. We're blessed to have a balance sheet and the ability to self-finance, which is when we look at the elements that are necessary to be in this business. capital is near the top of the list. Capital operating capability is obviously one of the big components, but we've got the capital to do it ourselves. Our real interactions with the U.S. government has been in particular on the permit side, and not just from the permitting agencies, but also lawmakers to provide support for the activities both locally, because this is a a local activity both onshore and offshore, and a huge source of potential economic activity in terms of the construction of it in the shipyards in Texas and Louisiana and elsewhere. So, you know, thus far, I can't be more positive about the interactions we've had with the government. We think that what we are doing is unique, but it is not that different than what has been done already. We're simply putting our gear onto existing marine infrastructure as opposed to putting it onshore so it's not something which is wildly different than what they have permitted before. The venue changes by doing it offshore and we think one of the most important aspects of our business and one of the reasons why we get our timelines to be what they are, is that we don't have to build storage because we can use ships for storage and use our marine acumen and our marine personnel to do the ship-to-ship transfers of the fuel rather than have to build on-land storage. That has a much, much smaller environmental permit, and, of course, it's much, much faster and much cheaper. So all those things together are great. So we like the process and the solution that we've come up with, We need the government essentially to give us the green light to install, and we're deeply engaged with them on a daily basis to do so. But the financing side of it right now has not been a real consideration, at least for us. Okay.

Thanks, everyone.

Your next question will come from the line of Ben Nolan with Stiefel. Please proceed with your question.

Yeah, hi. This is Frank Galantian for Ben. I wanted to follow up on the FRSRUs. So in the prepared remarks, you talked about three vessels being open or coming off of availability, two being converted or potentially conversion, and sorry, you have two available. The one was waiting conversion. You said that that was Nine to 12 months away, was that to start conversion with the components, or was that to be completed in sometime 2023?

Yeah, hey, let me clarify that for you. So two open today, one that has started the conversion process, which should be ready to operate as an FSRU in nine to 12 months. What that means is that we have the regasification equipment available, which is really the long lead item in a conversion like this. And so to have that in inventory and ready to go is a key advantage for us and why we can be confident in the 9 to 12 months. So two today and a third added to that over the next 9 to 12 months.

Okay, perfect. That's helpful. Then I wanted to ask about CapEx needs. And so I know, Wes, you just said you have the ability to self-finance primarily through asset sales. But can we get sort of framed in what is committed from a CapEx perspective today? Okay. And sort of the different price points around using the three different platforms, right, between jackups, drill ships, and fixed platforms, or is that not the major determinant of total cost for the fast LNG assets?

Yeah, so I'll stay away from the CapEx for the downstream terminals because, by and large, they're completed. The Brazilian, the Nicaraguans, Mexico, you're kind of all done on the construction there. For FLNG, I mean, we spent almost 50% of the first unit, and we have line of sight to over 85% to 90% confidence in kind of the remaining costs there, so we feel really positive. As you look into number two and three, as I mentioned, you know, the long lead item, the procurement stuff is done. The bulk of the time and materials components for both engineering and for construction is known and is not too dissimilar to, And really the reason for that is imagine you're seeing a reconciliation. Yeah, costs went up. You had some materials and some labor that went up, but you had some efficiencies. And so the number of engineering hours needed to design FLNG 1 is significantly greater than the number of engineering hours needed to design FLNG 2 through 9. So all in all, we think costs are relatively similar between numbers 1 through 9, frankly. The question on marine assets, yeah, if you were to go back into the market and buy jack-up rigs or semi-submersible rigs, they are more expensive now, significantly so. That's why we think that a fixed platform design may make more sense, and particularly when you're going to house these things in the U.S. Gulf of Mexico, they'll be there forever, frankly, just like many dozens or hundreds and hundreds of other platforms exist throughout the Gulf. So, you know, from a CapEx standpoint, as Wes said, there's a pacing component, but we do have all confidence that the cash that we'll generate from the transactions we're working on now plus the cash flows, the free cash flow from the assets once they turn on, are more than enough to fund the full CapEx development program.

Perfect. That's what I had. Thank you so much.

Your next question will come from the line of Mark Solicito with Barclays. Please proceed with your question.

Hi, good morning. So on the pre-application for the six additional SAS LNG permits, can you just talk about the visibility you have into the availability for some of the long lead time items after the first three units that you've already ordered? I didn't... Sorry, I didn't fully understand.

Go ahead. The... The long lead items really are the compressor strings and the turbines in particular. Those are the highly specialized pieces of equipment, those in the cold box. Those are the big components. There's lots of other pieces, obviously. There's hundreds of other pieces, but those are the significant ones. With respect to the first three and potentially four units, we have procured them, and that's why we're confident in terms of the timing of For the additional six units, we have had extensive discussions with all of our counterparties about this kind of factory application that Chris said. You know, the key to regulating that process is to give long-term commitments so they can produce these on a monthly, literally a monthly basis, knowing what the order book is. And so much of the way that I think of it as kind of forward order books for new aircraft, it gives manufacturers certainty then for production lines to then hire people, then procure their own componentry. It's a very similar process that we're engaging in here. So it's a multidimensional process. project because we need both the long lead items, we need the componentry, we need actually the space to build the modules, and then we need the shipyard space to install. There's a whole host of different counterparties. Chris mentioned many of them that we are deeply engaged with that and we feel very confident that the timelines are going to be quite addressable here. Our forecast for FLNG 1, 2, 3 is 2023. And then as Chris said, it really is a quarterly installation thereafter, 2024 through middle of 2025 is what our estimate is right now.

Got it. That's very helpful. And then for the $5 to $6 production costs for fast LNG, can you just break down how much of that is OPEX versus your gas cost assumptions? Just trying to get a sense of the operating cost profile for these fast LNG assets.

Rough justice is it's $1 to $1.20 depending on exactly what the installation is. When you look at the curve for gas as you go out a few years, obviously Henry Hub has spiked significantly in recent days and weeks, but long-term curves are roughly $4. We've got operating costs of about $1, transport costs of around $0.40. That's Those are the big numbers to keep in mind. And then, obviously, if you took the curve today, that would result in about a $5.50 all in cost. That's why I say that an estimate of $5 to $6, I think, is a good one. One of the things that I should have said, when I get asked the question of what we think long-term value is for gas versus oil, there has been a very, very long relationship historically between gas and oil. In energy equivalency, gas is approximately one-sixth of oil. So if you took oil today, which is $110 Brent, one-sixth of that is about $18. So I think gas tends to trade at a discount to that. It's not at a discount today. It's actually a premium, but it tends to trade at a modest discount to that to reflect handling costs and transportation, et cetera, because it's a little bit more challenging to move around than oil. But that would imply long-term stabilized levels of kind of $15, $18 would be the equivalent to oil to give some guidance to what we think you know, the ultimate margin can be for these units once you get past, you know, this immediate energy security window. So the energy security window 2022, 23, 24, 25, probably even 26, you know, those numbers we think could be materially higher than that. But even long-term, we think that the value proposition of this is one that's likely to be, you know, very compelling for these units. Got it.

Very helpful. Appreciate the time.

And at this time, there appears to be no further questions in queue. I would now like to turn it back over to the panel for closing remarks.

Great. Well, thank you, everyone, for dialing in. Look forward to speaking to you again next quarter. Thanks much.

This concludes today's conference call. Thank you for participating. You may now disconnect.