In short
Podcast Summary: Business Breakdowns - Episode 152: CNX Resources: Hit the Gas
Episode Overview
- Host: Matt Reustle
- Guest: James Wilson, Manager of The Huginn Fund at Phoenix Asset Management
- Focus: A deep dive into CNX Resources, exploring its history, business model, and competitive landscape in the natural gas sector.
Key Points and Discussions
- History and Evolution of CNX
- CNX Resources has a history spanning over 150 years, originating as a coal company.
- Transitioned to focus on natural gas, particularly after management changes in recent years.
- Understanding the Business Model
- Exploration & Production (E&P): Primarily a production company rather than an exploration company.
- Assets: Approximately 5 million acres of mineral extraction rights in the Appalachian region, including valuable gas reserves in the Marcellus and Utica shales.
- Transition from Coal to Natural Gas
- Comparison of coal (historically dominant) and natural gas use in the US.
- Natural gas is positioned as a cleaner, more versatile energy source essential for various industries, especially fertilizer production.
- Unit Economics
- Cost Structure: CNX's operating costs are approximately $0.95 per thousand cubic feet (MCF) of gas produced, highlighting a competitive edge over peers.
- Midstream Costs: CNX retains its midstream assets, reducing transportation costs significantly compared to competitors.
- Competitive Landscape in Drilling
- Analysis of CNX's operational strategies versus other E&P companies such as EQT and Range Resources.
- CNX's focus on local economies of scale enhances profitability and efficiency.
- Engineering Excellence and Leadership
- The management team, particularly under Nick DeIuliis, emphasizes operational excellence and capital allocation.
- Continuous innovation in drilling techniques improves productivity and reduces costs.
- Managing Natural Gas Price Volatility
- CNX has a robust hedging strategy to mitigate risks associated with fluctuating natural gas prices.
- The company can maintain profitability even during price downturns.
- Regulations and Industry Impact
- Discussion on how regulatory changes could affect the drilling industry.
- CNX navigates regulatory landscapes effectively, which contributes to its competitive positioning.
- Acquisitions and Reserve Expansion
- CNX focuses on organic growth but remains open to strategic acquisitions, especially during market downturns.
- The management highlights the importance of acquiring assets that enhance productivity.
- Lessons Learned
- Cyclicality vs. Risk: Understanding that cyclicality in commodity markets can present investment opportunities if managed correctly.
- Long-term demand for natural gas remains strong, suggesting resilience in CNX's business model.
Conclusion The episode provides a comprehensive analysis of CNX Resources, highlighting its strategic evolution from a coal-based company to a significant player in the natural gas sector. Key factors contributing to its current success include efficient operations, robust management practices, and a focus on maintaining a sustainable competitive advantage in a volatile market. The insights shared by James Wilson emphasize the importance of understanding the fundamentals of energy markets and the operational dynamics within the resource extraction businesses.
Written by AI. May contain mistakes. Listen to the episode to check what was said.
Transcript
Automatic transcript. May contain errors.0:03This is Business Breakdowns. Business Breakdowns is a series of conversations with investors and operators diving deep into a single business. For each business, we explore its history, its business model, its competitive advantages, and what makes it tick. We believe every business has lessons and secrets that investors and operators can learn from, and we are here to bring them to you. To find more episodes of Breakdowns, check out joincollossus .com. All opinions expressed by hosts and podcast guests are sole their own opinions. Hosts, podcast guests, their employers, or affiliates, may maintain positions in the securities discussed in this podcast.
0:45This podcast is for informational purposes only, and should not be relied upon as a basis for investment decisions. This is Matt Russell and today we are going into the land of oil and gas to break down CNX. The history of CNX dates back over 150 years. The company's evolution has been very similar to the US's evolution when it comes to energy production. Our guest today is James Wilson, manager of the Hogan Fund at Phoenix Asset Management. We cover the CNX back story and how they took their coal routes to build this massive of natural gas business. And we discuss what differentiates CNX and its management team and its operational strategy relative to ENP peers.
1:27So please enjoy this breakdown of CNX. All right, James, excited to have you here. And I am excited to break down a commodity name. It's not one that we often cover on breakdowns, let alone in the fossil fuel space. And I was thinking about where to start with this business. And I think we could just do a short introduction on CNX that we can get into some of the macro of the commodity itself And then we can dive into what makes CNX different and I know you've done a lot of research on this So excited to get to that point But if we get to start at the top CNX is an ENP exploration and production business within the energy sector and they specifically focus on natural gas So can you in your best layman's terms Explain what it means to be an ENP to start us off I would start off in a rather confrontational manner and I would say that actually it's more of a production company than an exploration company.
2:22In fact, almost completely a production company because the effect I'll be just turning that balance you into cash, which is partly why I like it, but we'll get to that later. The entity that sort of started all this off is like 150, 160 years old. It started off life called Consolidated Coal, which as it sounds is a sort of consolidation play. It was in the Appalachian region, which is where a huge manufacturing energy production business built up primarily because of these incredibly cheap volumous resources of coal there that are still sitting there today largely in place and still being used to a certain extent.
2:53As with most interesting resource plays it went through cycle after cycle, bad management team, after bad management team, leavering up into the peak of the cycle and the floor of demand vanishing beneath their feet just at the wrong time and all sorts of different ownership structures and it just went around around the circles and in the sort of 60s and 70s as everything started to be off -shored and cheaper sources of energy started to be available and manufacturing went away as well the demand reduced and so there was this massive overhang of production and these coal businesses, they're very long -lived assets and in order to keep their unit cost low they have to keep producing you know how that ends if they keep producing into a declining demand it's like a death spiral so a lot of pain for the equity holders and to some extent the debt holders for a period of time.
3:38And I suppose the most interesting bit to me is when the currency over to cova which was 2013 2014 which is after that sort of second -shale bust as it were. Another team of management, another massive amount of over investment, switched the management team up this guy Nick to cova and I suppose he took a very different approach to monetizing the assets. So they've got this four or five million acres depending how you cut it of mineral extraction rights which includes coal which includes gas which includes to a certain extent oil although there's not lot of oil there. And he'd Look to it, having worked there for 20 years, previous to this, working mostly on the coal bed, methane extraction process.
4:11And having followed as a part of his research, the incredible productivity of, particularly the Marcella shell when horizontal fracturing is applied to it. And thought, actually, this business is probably more valuable. If we can separate the coal business off, together with its very long tail liabilities, focus on the gas piece, try and put together some really serious, continuous acreage so that we can have very dense productive local economies of scale. And then because in his view and has since been backed up by the operational data, the Mocella Shail is the most productive shail in the US for natural gas.
4:46He thought maybe there's a way we can carve out a low -cost advantage. And if we've got this low -cost advantage with these vast assets, we could structure the business in such a way that could turn it hypothetically into an annuity. Given if you assume that the natural gas demand will continue in the US for the next 20, 30, 40 years, which even the EIA suggests it will do. So I suppose that there's a long history of mostly based on coal and then lucked out by having this massive acreage in a very productive shale gas play and then the right management took over and have restructured that sort of brings you up to the really interesting bit from investment perspective that lays it out very well.
5:19It's a very interesting back story here. And I think you keyed in on an interesting point there at the end, which is natural gas, embedded in the assumption that they could turn this into potentially an annuity in the future with this reserve base and production profile. But they came from the world of coal, which at one point probably felt like it would never go away, but we have transitioned slowly, but surely away from it, particularly in the US. Can you just compare the use case for the commodity of natural gas? What makes it interesting? What are the end use cases? Whether you want to compare it to coal, whether you want to compare it to oil, anything just in terms of the end market for natural gas and where the demand is coming from.
5:58Natural gas is methane, the methane molecule, that's the active ingredient in what they pull out of the ground. It's just this incredibly versatile resource that's weaved its way into the fabric of our quality of life as we know it. In the US the largest use of natural gases is in the industrial processes and the largest part of that is fertiliser production, so ammonia production, nitrogen -based fertiliser. What we use that for it's increasing crop yields, dramatically increasing crop yields, all we've gone from doing globally with Nash and Bass fertilizers, feeding about maybe just after World War II, which is where all the ammonia production took off because it is also used in gunpowder.
6:30So we used all that capacity to boost the Nash and Bass fertilizers, and so we've gone from feeding now or no people with Nash and Bass fertilizers to about half the world's population. You were to withdraw Nash and Bass fertilizers because you said natural gas was bad. You would have a large percentage of the both developing and developing world would just die, and then there'd be also sorts of civil wars about food security and stuff. So I thought that's a great starting point for underpinned to demand. And that's probably one of the reasons why we haven't withdrawn it to the extent we have coal and so on and so forth.
6:58And then when you move into the other parts of the industrial spectrum of usage, both as a fuel and a feedstock for various chemical processes, you can see it's just right at the bottom of all sorts of really important resins, rubbers, plastics, things that go into important medical devices. It's just wonderful for localized high temperature heating of steam, which is a really important part of downstream food production, keeps the costs very low, make sure we can sterilize things properly. You're thumbing through the pages of all these textbooks which teach you about the source and uses, and you realize if you shut this off overnight, we're going to be fighting the next wall with sticks and stones very quickly.
7:32The more I got into it, the more I realized it's this incredibly versatile little molecule, and you can use it in lots of different things as we do, and it's very, very cheap, it's abundant, very easy to transport, very cheap to transport, and 18 -inch gas pipe like, and carry 10 times more power than the largest capacity three phase power pipeline. So if you want to replace gas heating in homes with three phase power, you've got to build 10 more giant grids basically, which is very expensive. And of course, adds to the levelized cost of energy of adding in environmental or other sources. When you treat this as an engineering problem, which it isn't often treated as, you start to realize, actually, there's a great way to keep our quality of life and lower our cost of living is to use more natural gas.
8:10I suppose one of the things that you sort of wander into when you go through this kind of study is a real pull towards picking aside an ideology as it were. All carbon fuels are bad or whatever it may be. I trained as an engineer but I sold out and became an investor and so really what I should be concerned about is the truth, what really works and what are the variables that we are optimizing to. So we are trying to keep people alive, we are trying to keep the quality of life high and of course let us assume that we can have a profoundly negative effect on our climate by introducing permanent carbon dioxide to the atmosphere, just arithmetically if you're trying to minimize the amount of carbon you emit during the transition.
8:45The right way to do that, or the only way to achieve the optimal minimum amount of carbon emitted during this transition to other sources of energy, is to very, very quickly substitute all of the fossil fuels, especially in the main centralized electricity generation, substitute that for natural gas, which of course has been happening in the US. So in the US over the last 15 years, if you add up all the carbon dioxide they've taken out of the primary energy generation from switching coal to natural gas. I think it's five billion tons of CO2. And then if you take all the CO2 they've taken out from switching coal to wind solar and nuclear combined, it's only three billion tons of CO2.
9:24You can see it in action. It's already occurring. It's working really well. You look at the permitting data of what's going to be built and what's going to be retired. It seems to be ongoing. The US economy and indeed certain developed economies are going to be increasingly reliant on natural gas because it's from an engineering standpoint, you want to reduce carbon, reduce costs, increase people's quality of life, it just makes sense. It seemed like there was this just very logical rational push towards using this clean, cheap, abundant fuel in the transition, which if you look at other energy transitions, and indeed the last 20 years of this one, is going to take us about a century.
9:55So just to tell it, there was a lot of really solid underpins to the demand for the product. It doesn't mean you can forecast it with any precision, but it means we need it. And if we need it, and we need it on a per capita basis, to a certain extent within a range of outcomes, you can forecast it not going to zero tomorrow, which is the thing you're worried about as an investor. Absolutely. There's an incredible data point in terms of coal as a percentage of US electricity generation in the early 2000s. It was north of 50%. Today, it's less than 20%. Meanwhile, natural gas has gone from, I think, just north of 10 % to close to 40%.
10:30So you have seen exactly what you described there in terms of the switching, but it begs the question of why wasn't that always the case? What was going on in the early 2000s that caused this transition away from coal to natural gas? So what was it that unlocked the resource and whether it was the discovery of more supply, the evolution in terms of the cost profile, what drove the secular transition away from coal and towards natural gas and the electricity side just in general. A far be it for me to give you some dramatically oversimplified overlay of 60, 70 years of human history. But I can give you a couple of things which I think likely contributed largely to it.
11:09We talk about what CNX is and it's a manifestation of this wonderful new technique for extracting natural gas and oil safely from shell raw. That technology was, I think the first horizontal well was drilled in 1947 in the US, but it was perfected by chap called Mitchell in I think 97 and then an Occidental bought his company and then it all just went wild and chezepiged, and you can read lots of books on this stuff. This new way of extracting something, which they knew was there, but they didn't know how to get out. It became cheaper over time and now it's very cheap on a unitised basis. To get the gas out of these rocks beneath the surface of the US, it invariably is different basins, a dramatic reduction in the cost of it, the fact that it was on shore as well, you have to think that the politicians like energy security, especially when you think about that period in the 70s where they were making all these Faustian bargains with, I won't name any of your names, but offshore producers, to discover these super giant gas and oil fields right beneath their feet.
12:01But then also a really important, very interesting technical improvement in the centralized generation of electricity using gas, specifically in combined cycle gas turbine power plants. Wow, amazing feat of engineering. We've had these internal combustion engines on our road for decades and decades, probably in the form that we know them. And we've only really managed to get to maybe 25 % efficiency. This is ignoring the mild hybrid stuff. The combined cycle gas turbine systems, the ones with the modern very large jet engines in them, they're getting up towards 69 % efficiency, which is pushing some of the limitations of thermodynamics that I can very barely remember from my university course.
12:39It's really amazing. And then when you look again from just a basic common sense perspective, they're tiny, they take up a tenth of the amount of space as a coal power plant, a hundredth of that of a nuclear power plant and orders a magnitude less than any of the environmental sources and lands important, land has an impact on the environment. You don't have to clear anything for them, they're actually very mobile, you can fit some very high rated gas turbine power plant effectively onto a back of a trailer or back of two trailers and they use them at some of the gas sites to pump the water down into the So they use their own gas to extract more gas, very high return on energy active.
13:12And so these incredibly small, efficient low maintenance, very reliable, combined with gas, they're going to sort of exploded for one of a better phrase, onto the scene, and started replacing all the old power plants that were less than half the efficiency, as well as the cold power plants that were less than half the efficiency. And of course, when you're burning gas, it doesn't produce a lot of sulfur and a lot of particulate that colders. And even with the modern production of baby techniques for coal, where they're taking out 95 % of the particular. It's that 5 % that's left, which is a really fine stuff that gets into the LVO lie in your lungs and screws them up and causes all sorts of stuff.
13:44And you can track the pulmonary -based diseases around US coal plants if you want to. It's very simple. And I'm surprised they haven't been decommissioned quicker to be honest with you. So gas has a lot of the benefits of all the fossil fuels, but it has much less drawbacks in all the other possible centralized power generation techniques. So you had this much, much cheaper gas and then a much more efficient power plants, which effectively makes it even cheaper to generate the power. And then from a capital cost perspective and a land perspective and a permitting perspective and an environmental impact perspective, it's about as low as you can get.
14:13So that explains to me in a very oversimplified way why there's been this huge adoption or substitution of natural gas in the centralized generation good. And then obviously alongside that, when you've got this vast demand for nitrogen -based fertilizers and all the chemical precursors that they provide, it makes sense to put in the infrastructure because you've got these two important uses for it. And so this leveraging of fixed cost and stuff. Lay that out nicely in terms of the value chain and where you've seen this demand increase and very much connected to one another in terms of there being a feedback loop there.
14:44With CNX, you reference the history and coal then realizing they have this natural gas opportunity. Can you talk a little bit about how that came to be? And just the acreage, the assets themselves, what that looks like. You reference the Marcellus basin. Can you describe where that is a little bit? just in terms of where they're operating and how important that piece of this is for something like natural gas and the location, why it might be cheaper, anything you can add on there. They have the gas production right, so they separated the coal and the gas pit, which includes the assets and the liabilities, and there's an indefinification which means they are truly legally separated, as much as anything ever can be.
15:24So they have the gas extraction rights to, on a gross basis, five million acres in Appalachia. So the Appalachia piece for me, or at least for them, Applachia technically runs all the way from the bit of New York all the way down mostly through Pennsylvania They're the shallow bits that run up to Lake Eerie and then all the way down through Virginia west Virginia And no higher down at the bottom end. They're really deep dense bit the thick bit which has the densest gas reserves and Non -gaslic reserves which are also very valuable is in that sort of central and southwest PA bit which is where most of the CNX is acreages for both the more cellists and the utica shells The morcelos is about five, six thousand feet down and the Utica is about 10 to 12 ,000 feet down depending on which bit of it you're in, which seems like a lot, but they just cut through it like butter nowadays.
16:08It's absolutely amazing. It is wild to think what's down there and what's beneath that acreage that they had the the rights to. Does that date back to the cold days? Did they have those rights because of something associated with the coal or was that something that they entered into as a separate business as time went on? I would say as of the last reserve report probably about 40 % of it came from console Which is now the listed coal and sticky do this is in my opinion is visionary leader in the sector because he's super long term He is a disciple of Warren Buffett and Charlie Munger. He understands competitive advantage He understands competitive and quality industry and he understands perhaps most importantly liquidity Which a lot of people don't understand in this industry or at least perhaps I should say are not incentivized to do He took over in this sort of bust cycle, which was very difficult.
16:54There was this overhang of the coal assets which he floated off. There was this overhang of these production and supply contracts, which can run for many, many years, which he had to sort out this tangled web of basically off -balance sheet leverage. And then there was actual financial leverage as well with all its horrendous covenants and multiple debt holders who don't want the right thing for the company for the long term, managed to sort of muddle his way through all that. And then as they chump through maybe half of that problem, Dominion Energy was having an issue. So they managed to carve off the gas assets, the Uticaire and more cellist gas assets, at least half of them of dominion energy at a rock bottom price when they were on their arse, pardon my French, and no one wanted anything to do with shale gas, because it was the second sort of shale bust and that was it.
17:32No private equity wanted it and all the funds were closing and stuff like that. So he understands capital allocation, especially in this type of industry, managed to squash together the dominion energy assets. They weren't just doubling a bit. So one of the things that I learned fairly early the importance of local economies of scale. So you've got a huge amount of gathering and compression assets before you get to the main pipelines that you've got to put in and various other local fixed costs. And if you have loads of stranded assets all over the place, you can have millions and millions of acres, but they're all over the place, then you've got loads of replicated fixed costs, but if you've got everything in one place, then you can leverage the same fixed costs and perhaps I should say capital expenditures too.
18:09So one of the beautiful things about those assets that they bought, it was right next to all the stuff that he already had, so he just increased his economies of scale, which I thought was really smart thing to do. And not something that a lot of people appreciate. They look at these businesses and they think about the global numbers. They don't put it in the context of the local economies of scale, which is ultimately where the core unit economics are, which is what insulates you from the worst times and shows you how much money you make in the best times. So put those assets together and that's sort of doubled the acreage.
18:33And then since then they bought bits and pieces around the side so that they could effectively increase the length of the horizontal drilling, which massively increases the unitized productivity, which we can get to later as well. So yeah, I would say it was 40 % inherited and then another 40 % came with this really well timed acquisition. That's still a very difficult time for the industry with a very, very impaired balance sheet and then bits and pieces around the side have been added and indeed sold over the years as well. So in terms of reserves, though they've got 5 million acres, gross, I would say about 4 million net.
19:01They've developed about 300 ,000 acres and then there's about another 100 ,000 acres that are proved and undeveloped. So when you look at reserve report, which talks about us with five -year development plan. It's really focusing on those 400 ,000 out of the four million net that they've got. And within that, they're able to report proved reserves of just shy of nine trillion cubic feet at this incredibly low -strip pricing that we've got at the moment, which is probably a very, very lower bound for what their five -year development plan could have. That's remarkable, especially considering that producing at a sort of subsistence rate of 580 billion cubic feet, so 580 billion into your nine trillion gives you way more than 10 years of supply, just on a five -year development plan, but then that's only covering 10 % of their acreage.
19:44Of course, it's not all tier one acreage. There's declining marginal returns and some of it's called bed methane, but for my lifetime, which probably will be shorter than yours, it's absolutely acceptable as an investment where they're just turning the balance sheet into cash. That's really good for risk position to start in, I would say, for one of these places. And then there's other layers to it, which will be improved risk, which is the mindset of management. I haven't talked about Will Thorndyke, who wrote the outsiders, who's a master of capital allocation, since it's the chairman of the company, and of course, you can see elements of his DNA and some of the annual lessons, Nick works very closely with him.
20:15It's a good opportunity to get into some of those unit costs, and just focusing on the cost profile of this business. I imagine there's a few different ways you can do this. As you imagine, they have these proved reserves, which have some costs to turn into natural gas that you are selling into the market. They have unproved reserve, which probably have some additional costs, but how do you frame just the unit economics of this business, what type of methodology would you use, or how would you break it down in the easiest way possible to compare this to maybe another producer in the Marcellus region.
20:47The way that I think about seeing extra unit cost, let's be conservative and let's use a backward looking measure for it. I know that the unit costs have improved a lot because I look at the well data that comes out and they give me only 30 wells a year, so it's very easy to keep on top of it. Now let's use a backward looking piece which is very conservative way to think about it. If you look at the half cycle costs, which everyone likes to quote in their presentations because it makes things look better, but full cycle is actually how you think about it. So the half cycle cost, which is the sort of ongoing operating cost.
21:13And I think of them on a per thousand cubic feet of gas produced basis, so per MCF basis, which is three or four percent away from how they sell it, which is a richest thermal unit. Let's call them a equivalent for now. On a per thousand cubic feet of gas produced, there's about 95 cents of cost. So half cycle cost to CNX, so operating cost. So that's everything and that includes interest which has come down and down every year and it actually still includes some of the contracts that the previous management signed up to in terms of rigs and resource which has obviously been tailing off as well.
21:45It's about a 95 cents I would say at 580 BCF if they maintain that production rate. Interesting one of the important parts of that 95 cents is their midstream cost. So during the sort of heady days of the production increases and the shell gas boot, A lot of the producers in Morselle's, Painsville, everywhere else, they realized they could float off their midstream pipeline, which was the little local stuff, the stuff that has a monopoly on taking the gas from the wells, their main interstate pipelines. They realized they could float them off in a mass -delimited partnership structure, so very tax -efficient structure, and they could also stuff it with a load of debt, which is a way of financial engineering to get more leverage in the system so they could increase production more, which gave them a higher share price.
22:28If so many dumb things that they did, they would screw the wells over to have the highest possible initial production rates. Because that's how people were valuing the company. When you really push the initial production rates too high, you massively reduce the total ultimate recovery of the well and destroy the IRRs. Release the joke, let it blow out. It's scandalous. This is what happens in bubbles. Anyway, so they were spinning off these midstream assets. Indeed, CNN's management did it because they had a lot of debt and they needed more debt. So one of the smart things that Nick did from an M &A perspective is when the price of the midstream assets was cheap, he bought it back in.
23:01Now what that does is it removes the off -balance sheet leverage of minimum production levels, normally growing production levels that you have to deliver to the midstream. And if you can't deliver it, you have to buy it off someone else or you just have to overpay to deliver it yourself. Really terrible issues, it's caused and studied other more sellers producers who did this and had to sell overriding royalties to fund the minimum production. That's terrible, long -term impairment of value. So they bought those back in. And what that means is, as part of their cost structure, they don't have this monopoly sitting between the gas production and the interstate pipelines that get a massive cut of the economics, a huge economic rent.
23:36And so if you look at their midstream costs, they're like half of everyone else's 50, 60 cents per MCF. And that's a huge component of their cost advantage, really is. And then you look at the other ones now. I've once realized that these midstream assets have got a monopoly -type nature, and they're like the dividend income from it. And quite often, I won't name any names, but management would be managing the production and the midstream assets. They float the midstream assets, put themselves in a CEO, pay themselves a second salary, and a second bonus and a second LTI package. And you'd see that if some of them actually just move profits between the production and the midstream assets, pay yourself these huge bonuses every year.
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24:08It's not for me to judge people, I'm sure there's something I'm missing. I'll defend the tax advantage of the Master Limited Partnership on a nice, a base is makes those assets potentially worth more in that vehicle, but it did attract a lot of bad actors. Beyond that initial value addition, I would agree that it tended to get out of control there for sure. This is a beautiful thing about markets, isn't it? You get to have a little look at everything and pick the ones you like, pick the ones you don't. And of course, I could be wrong. So they got their own midstream assets, which is a really important part of their cost advantage.
24:37It keeps it very, very low. Below a dollar, I would say, for the operating costs. Now, because they built out a lot of their midstream and gathering infrastructure and compression infrastructure for the next five or six years, I would say, when you think about the CAPEX, it's really about drilling and completion. So it's about finding where they want to drill, drilling it, completing it and connecting it up to any end line, I think they say in the industry. So that drilling completion at CAPEX comes to, this is backward looking, so it's better now, it's backwardly, comes to, I would say, about maybe 45 cents per MCF if you divide it over the total recovery of the well.
25:11And I do that on a very conservative basis. A lot of them will do it over 30, 40 years. I do it over 20, 25 years, depending on what the well looks like. So it's quite a lot of elements of conservatism built into the way that I think about the unit economics. So let's pull that and all in cash cost, full cycle to maintain production levels, 580 BCFs for salex at 140, 140 in today's money. Now they can sell it in the market, or they have been selling it in the market at $2 .5, $3, $350 over the last few years. And actually I think that's around that area is a relatively reasonable clearing price for the marginal producer in the US, $350 maybe, $4 to keep supply online.
25:44That's anything that's upward pressure on that because the marginal wells are actually less productive in the marginal producers as a whole other tangent to go off on. It's an extraordinarily low gas price. In the UK, Europe, it's five times that and we're actually thankful for those prices. One of the wonderful things about investing in the US apart from the property rights, which are second to none globally. When you're in a property, you're in the mineral rights and it's up to you who you sell I'm onto or let produce them or sell a royalty or whatever. It's not like that in the UK. The crown owns it.
26:10I'm loads of other places. It's a disaster for private shelves, but in the US it's wonderful. I love it. I hope it never changes. And there's a lot of legal precedent to protect it. So the long way it lives. The other wonderful thing about extraction business in the US, gaseous -grase business, is it costs more to bring natural gas into the US on a liquefied, that this is not pipeline. No one's built a transatlantic or trans -Pacific pipeline yet, but it costs more on a per -MTF basis to liquefied down from, Let's say the South Pars field is one of the cheapest places to get it in the world and bring it over to the US Then it does to just consume it You're talking about $4 per MCF best case scenario for liquefying it down But you can buy it for three wholesale in the US and there's an abundance of it and you can buy as much as you want So it's this wonderful sealed microcosm of supply and demand where all the shale basins have been explored They've all been drilled to hell.
26:55We all know who the best operators are we all know who's got the best age ridge We all know who's got the most drilling locations less and we know that the only competition really comes from the Monteneye Chale in Canada, but they haven't got the pipelines to do it. I think you covered the unit economics Well there just in terms of all -in cost if I were to Separate and compare it relative to another operator in the Marcelleis Southwestern. I'm not sure exactly who's still operating there and large cabit EQT I think you mentioned the transportation cost was probably one of the biggest differentiators between CNX and those competitors and I think you mentioned it could be upwards of double that 50 to 60 cents that it costs them which is a large percentage of the overall production cost is that right as that's a key differentiator just in terms of making them one of the most cost -advanced producers as you might expect I've studied a lot of these you got to get the competitive battlefield to start saying well these guys very close to the but on left hand corner of the cost curve.
27:54So I would say on my calculations, because you had to do your own work here, you have to cut gross capex for maintenance capex, you have to figure out what they're capitalizing, which is actually opX, you have to figure out what the future costs are going to be, because they aren't necessarily what they're going to be in the past in terms of the contracts they've signed with the mystery. I would say EQT is probably second after CNX, and that's again primarily because the rice brothers came back in with the support of D, Shor, and other hedge fun, cut all the unnecessary costs out focused on drilling that most productive acreage and renegotiated with the midstream for a much, much lower cost, but they still have to give over an economic rent, so it is still much higher.
28:31And then range resources is also very good as well, but still much higher transportation costs. If you also remove those, there's a sort of engineering excellence at CNX, which is a sort of overlay, but of course it's not as big an advantage as the rest of it. It's not just the engineering excellence, they've actually got a new COO, Navney, who I spend the day in the field with, who's one of the most brilliant brains I've ever encountered in my life, just incredible breath, successful entrepreneur in his own right. Lives in Texas, but wanted to come and drill this acreage because it's so much fun.
28:57They've got this really amazing engineering culture. It's produced this tiny little marginal improvements, which over time have produced this wonderful embedded industrial knowledge, which has led to 5 % here, 10 % there, which all adds up, and gives them an extra layer of insulation. The drilling, from what I can see, is getting more and more productive. They're drilling longer and longer laterals. and they're real kicker, they're starting to make the utica extraordinarily productive and extraordinarily economic. There's a well -paded Morris 40, which further people can look up for C &X. They drilled a 21 ,000 -foot lateral in the Marseilles, and it peaked out at, I don't know, six or 700 MCF, six or 700 ,000 MCF for a month.
29:35That was the peak production. And they drilled a 16 ,000 -foot lateral utica right next to it, which is obviously much less than it should be less productive. It was just as productive as the Marseilles. So they're starting to commercialize the utica, which sits right below the micellas. So they've got all this gathering and transportation infrastructure sitting above it. They've got all the water they need. They've got their own water infrastructure as well, which is part of their cost advantage, bringing stuff in house when you know what your production's going to be. And then they've got this stacked plane.
30:01So they can start drilling this extra acreage, which they have the rights to with all their infrastructure above them. So what does that mean for the margin of return on capital? It's absolutely massive. It's all seeing there. They've told people about it in the conference call, but I suppose maybe people don't care about the long term as much as I did, but it's just very interesting. These stack plays, I think, are hard to overstate in terms of the value because you can put a price on a per acreage basis, but when you're considering that you're basically drilling into two layers of rock rather than just one layer, it makes any one specific metric hard to view as the end all be all, and it really does require a combination of all these things together.
30:38You reference before the drilling dynamics, the capital requirements that go into this for proving out the acreage, proving out the reserves, and while that gets allocated over the life of the well, I imagine most of those dollars are spent upfront, particularly with drilling out the well. So how do you think about those cash flow dynamics when it comes to one of these businesses, and getting comfortable with whether that cash has already been spent, or there's something else going on there, because it is somewhat of a mismatch in terms of, it's not the Berkshire Insurance float, which brings a lot of the cash in the door, and then you get to spread it out over many years.
31:17How do you think about that when it comes to being a producer? All the privacy playbooks for measuring, return on investment and stuff. So, when I think about a business, I always shrink it down to, what's the unit cost? You can separate the central stuff, which is normally not that big. If it was a retailer, I want to know, what you sell on Spasquareford, what's your property cost, all that stuff. When you put down another store, are you actually making money on an economic basis, or you just pushing your EPS up on an accounting basis. So if you look at the individual wells, because I've got 2 ,700 wells worth of data that I can go through and I can figure out and also what's the different areas.
31:47If you get the average one, again, backward looking, not the newer one, so it's conservative. You can do IRRs, you can do paybacks, but paybacks are less than two years. This is backward looking wells. You can do scenarioization at different strip pricing with really aggressive assumptions on basis, which is the cost they need to give away to the bigger pipelines. And I would say a 250 netback gas pricing. They're making an excess of 40 % IRRs. Absolutely astounding returns on capital. When I study businesses my sort of rough hurdle for something I want it to be able to earn a 15 % return on its capital and level.
32:18That normally suggests to me that it's got some sort of compessor advantage. Sometimes I'll find businesses that can do 20. Rarely will I find a business that can do 30. Normally a pharmaceutical company with a patent that's got 20 years left to 40 % sustainable IRRs on capital are amazing and something to be thoroughly studied to make sure they're not fraud basically when you're finding them. And so I spend a lot of time trying to figure out ways that this was a fraud and found one year. And it all comes back to that wonderful non -replicable acreage, the amazing engineering focus, the understanding of local economies of scale and the lack of leverage and lack of outsourcing of things like water, gathering and transportation infrastructure.
32:57We haven't talked about another key variable in that equation, which is the price of natural gas and what they're earning there And I could make the argument if they're getting 40 % returns You could push the pace even further even if it means that you're bringing down the price slightly and getting 35 % 30 % IRR is because of a lower price. So how do they manage the volatility that occurs in commodity markets and natural gas markets? And how do you frame that as an investor? or it's a very, very interesting sort of intellectual conversation, risk and uncertainty, or bridging the gap between those two.
33:31Let's say hypothetically speaking, they're the lowest cost producer of natural gas in the US. If that's the case, and the marginal producer, which is where it's going to fluctuate rationally, or logically, not rationally, there's nothing rational about these markets. In the short term, that is. In the long term, that needs to be. But if it's going to fluctuate around 3, 350, whatever it might be, then if you're the lowest cost producer with full cycle unit a cost of 140, in half cycle less than a dollar. Then why would you need to hedge? You don't need to hedge because you're profitable at all points in the cycle.
33:59Even now, people are struggling for oxygen at 150 gas, the ones that have an hedge, cancelling dividends, cancelling drilling contracts, shutting in wells, all that kind of stuff. So, next, it doesn't care because they're generating cash profits at all points in the cycle, even these current low points. The cost structure makes them incredibly de -risk. It means they survive, not only survive, but do okay in the bad times, and then they do extraordinarily really well in the good time. However, because Nick and the board and indeed the whole company have studied Buffett, what it means to compound over a long period of time is that the key to that is survival, right?
34:28And so you want to put survival not just as likely, you want to put it beyond all down. And so even though they have this incredible low cost structure, they have the most comprehensive hedging schedule. It swaps as well, which is the thing that everyone avoids because it's slightly more expensive, I would say, instead of these collars and they try and hedge it out, which I'm not sure are actually zero cost collars. the bankers never walk away without money in their pockets. And when they go down, there's a very expensive cost when you break through the collar, which was learned for a few producers.
34:56They've got these swaps, which are ed simple, maybe a little bit more expensive, but they're very clear. They counted their very little counterparty risk in this incredibly liquid market. And they hedge out, I think their father's one is five and a half years. So they've got this stepped hedging schedule. So they always go into the next year slightly more than 90 % hedged. And then it steps down and then by the time you get to year 5 or 6 it's down at sort of 10 20 % and so really for CNX the important thing is not the spot pricing which fluctuates wildly. It's the strip pricing which you can get by looking at the 9x Henry Hub piece every day which is normally at a slight premium over the long term to those spot prices and so you've got this incredibly low -cost production base.
35:33This massive, continuous acreage not had a dry well in years it's just where do we drill next? Where's the most productive? Well as opposed to where's the next well? Very predictable drilling schedule. Lots and lots of inventory. Really solid balance sheet, which we haven't talked about. They just kicked off the nearest maturity in other five years. So your average maturity is out by seven or eight years. Most of it's now in 2030s. And then you've got this demand profile. There's always going to be some demand there. It fluctuates five to 10 % and the price fluctuates a lot. But you're hedged.
35:59You know, what you're going to produce? What your costs are going to be? What you're going to get for it. So they've turned this incredibly, what people would consider on the outside to be this disaster of value, destruction, and volatility and leverage. They've turned it from that, which is what it used to be, into this annuity. It's absolutely remarkable. I've never seen anything like it, but it all comes back to sensible management, sensible use of leverage and liquidity, which is coming down. And indeed, the cordial in the crown, which is the non -refq glycology, the engineering excellence, alokos, all starts from there.
36:30You mentioned the annuity, I think, of something that's flat. Does the production profile, is there growth in terms of how much they're producing from year to year? Or are they really moderate about how they're actually growing production. I am wondering how much they think about that end market and if there is big demand, if the strip pricing goes up and they can produce more because they're able to hedge it out. Is that something they tend to react to? They don't at the moment. I would say because of that incredibly risk of this, we want to survive forever type mentality. They've got, I would say, internal targets about where they want leverage to get to.
37:06To be honest with you, there's also limitations on transportation in the area because if you look at, Henry Hopper is in Louisiana, right, which is where there was a ton of transportation infrastructure to start with. So if you look at Haynesville producers, they have very cheap transport because there's loads of pipelines. In the Marcellus, coal producing region, it was railroads. So you can't really produce this transport gas effectively through railroads. So there is actually a limitation to the amount of gas that can transport there. And I would say we've now got to a point where there's being consolidation and relatively sensible amount of production growth, where the pipelines are full.
37:37So as you said, there's this really interesting balance between the word that lowers cost. Why not we just hammer a load more volume in there because net will likely get more profits quicker out of the gas. But I would say that place the businesses at most of the management teams would probably be doing that. It's a sort of prisoner's dilemma type problem, isn't it? But because they want to survive and perhaps because they're waiting for a different administration that might want to drill, that might want to build pipelines, maybe they're not doing it yet. The mountain valley pipeline which EQT had a piece of think that's now been approved again and is being built and will be completed hopefully this year But that's really all that's been done in Appalachia.
38:14There's not much takeaway capacity as they call it And I suppose CNX are very cautious very measured They believe and as I do that what they have beneath the surface of the earth there is incredibly valuable And they're trying to maximize the MPV for shelves and sometimes that may mean defer gratification to avoid the risk of ruin Which is really smart when you consider the base rate of unsuccessful companies in this business This is not normal for me to be looking at these type of businesses. I want to buy things at less than liquidation value that people are going to need for a long period of time.
38:41And I never thought I'd think of this kind of business as that. But the management team would create something special I would say. On the point of takeaway capacity and the transportation and the pipelines, once you get beyond the gathering and processing pipes, how much competition is there for that takeaway capacity? Do they have to pay higher rates just to keep the same amount of capacity on those pipelines? is there anything unique about that? And then to your point, is there more coming to the region, how much of a risk is that, or a potential benefit? It does seem like transportation is a key piece to this.
39:16I'm curious about how much that swings from your ear. One of the points about this investment is, when I speak to people about it, I get lots of interesting reactions. Probably 60 % of it is about ideology, and they say you're part of our club, and I say no, don't like popping park clubs, I just like good investments. But maybe the other 40 % is they go, So yeah, and there's going to be loads of LNG capacity and there's going to be loads of new pipelines and solar and wind don't work. So we're going to need more gas and gas prices going to be $10 before you know it. I don't get into all that. I don't like a lot of forecasting, a lot of pan glossy and thinking.
39:44When I buy an investment, I want it really to make sense at the worst case scenario, which is really what we've been rumbling a lot for the last five or six years in the gas markets. It's just horrendously low prices globally unseen before in history on a real basis. and massive constraints in pipeline, particularly in that Appalachian region, because they've had to build a lot of pipeline quite quickly because they didn't have the existing stuff for it. So you've got this to the extent that the pipeline operators can monetize their investment. They are doing so maximally at the moment. And it's costing CNX who hedge their basis, by the way.
40:18It's a very important part of what they do because of that. And sometimes they buy it forward when it makes sense to do so on a counter -sick basis. But that's costing them, I don't know, 50 -60 cents at the moment, which is much, much more than, like I said, Haynesville where they've got abundant pipeline. But one of the things that I go back to is a lot of people who think about this industry, they've hopefully studied Standard Oil and John D. Rockefeller and what happened there. And one of the things you see when you study the regulation in this industry, especially with the national transportation stuff, the stuff that crosses state lines, it's just heppard with anti -monopolistic regulation.
40:49And whenever something crops up that looks anything like the Standard Oil monopoly control and influence positions, then there's always a pushback on you are charging too much economic rent. So I suppose one of the things I was worried about with these investments was the midstream bit. It seemed to me that was the Achilles heel because they are much less regulated than the ones that cross state boundaries, but the ones that cross state boundaries, which is where the main bottleneck is for the appellation gas, they're heavily regulated. And have been so the loads of legal precedent since the breakup was done in oil.
41:18So that's I'm less worried about. And it does screw customers over when they start screwing people over because that cost pass through just goes straight into the gas prices. So I'm less worried about that. I think the monopolistic invisible hand that's it was being kept out of that for a very long period of time and I don't see that changing. Could be wrong, of course, could be wrong, but it seems unlikely. You've touched on leverage and how they managed to balance sheet a few times. It was obviously an issue for many of the producers in several of the shale booms where too much leverage caught up to them in a bad commodity cycle and caused ruins.
41:51How do they approach the balance sheet? Are are their target leverage ratios or anything else unique that they do with the balance sheet. They have covenants which they're miles away from. It's interesting with them because their P &L makes no sense at all, because they've got all these tax losses and stuff. There's no issues with covenants because of the way they hedge, what the cash profit is going to be, which ultimately affects the leverage piece. They've got it to the extent now where they can buy back shares, which is really where most of the cash has been going. So they've managed to buy back more than a third of their equity over the last two and a half, three years, which is a really interesting capsule allocation piece.
42:22and if you think it's good value now, how much more value is it when half the shares have gone missing over the next two years? So leverage an issue, but with leverage it's all about structure isn't it? So they've just actually, as of today, refinanced their 2027 bond kicked it off to 2032, might be a bit longer than that, but they also keep an undrawn revolver, which could cover more than the next five years of maturities. So there's just this massive amount of liquidity there, but then they also have enormous liquidity in their cost structure. They only have one drilling rig, which is not on some gigantic long term contract and one completion script and they're half -cycle cash costs on 95 cents So there are a bit dax before they put anything back into the ground is about a billion dollars and their next Demissurity is 200 million which is in 2026.
43:05They've got this abundant undrawn revolver which is many times what they'll ever need in any Worst case scenario and then they've got this massive amount of play on their cash margins as well and they've got a hedge book So you know what they're going to get for the gas. So there's just layers and layers of conservatism in there because it's all with this really wonderful principle of, we don't want to make survival likely, we want to put it beyond all -down. And that's what I absolutely love here. And I assume you have other producers in the region which maybe aren't operated as cleanly, might have challenges, is acquisitions or whether it's full businesses or a certain amount of acreage.
43:42Is that a piece of the story here as well? How much are they adding to the reserve base, not in an organic way of just developing what they already have least, but in acquiring stakes or businesses elsewhere? If it hasn't happened yet, do you think that's a possibility in the future? I think it's a very small part of what they spend their time on. I think they are in the words of the late great Sam Zell who died last year. They are professional opportunists. So they have abundant liquidity, which provides an insulation from some of the unknown unknowns and the vicissitudes that happen in this sector, but it also provides you with capital when no one has none.
44:18That has proved to be a very valuable thing to have, the option to buy stuff when you need to, but I would say they plan along the lines of organic development of the land they've got, and when you look at their reserve report, they're adding to prove, develop, producing reserves, just organically whilst they're drawing down on them, they're adding to them quicker than they're drawing down on them. So you've got this same production profile and this really steady capital cost, but they just keep stacking up the producing reserve or more. That reserve report as well for SEC rules, it's restricted to a certain five year window of what they've sent their independent engineers to go and look at.
44:50So I would say they've got coming back to my original point that they're not an EMP company. They're a P company means that they don't have to really worry too much about the complexities of buying other businesses. But I think they're smart caps, allocators, they understand that prices what you pay values, what you get and sometimes maybe once every five or ten years you get a real fat pitch and you've got to swing when you get it. But I would say it's not part of their everyday thinking. When I spoke to them about land acquisition, it's really in a very refreshing way all about unitized productivity.
45:19So you speak to them and they say, well really what happens is we get on site and we figure out that we could take these three wells an extra 5 ,000 feet. We just had that extra three acres. So then they give it to the landmen and they say, can we just have these extra three acres? And then that travels the IRR of the well. That kind of thing, just smart. And actually, that land is of no use to anybody else because no one's got any gathering or transportation infrastructure in the area. No one's got any wells in the area. It's only really valuable to see an X. Means they can get a really low price for it, which is part of why they get the higher IRR.
45:48So it's very, very selective and opportunistic on that side as well. It sounds like the income statement has a lot of unique things in it which might make earnings a challenging thing to use as a valuation profile or they require a lot of adjustments but how do you even approach this from a valuation standpoint whether it's looking at the reserve base, looking at the earnings or cashflow profile, how do you approach this one? It's all about the decline rate of the existing wells and the production on indeed decline rates of the new wells. You can never pinpoint the value of something, right? You can only come up with a range of values.
46:23Let's just take somewhere in the middle of the range of what I think is going to happen. I think that if things continue as they are, which is the US gas market, bumbling along the bottom of what is the worst type of history for it, if that continues, they'll just continue with this subsistence production profile of 580 BCF plus or minus 10 % if they slow things down, if there's bad weather or if it's too cold or whatever, these things happen. So if you've got 580 BCF, what you get over time is over the next year, the capital intensity, they're going to have built out all their midstream and processing and pipeline capacity that they need for their production profile.
46:55So the CapEx is going to drop off 20 % or so and then at the same time you're going to think about the mature wells They're in hyperbolic decline every year you go through you have to bring less wells online or less production online to keep your production stable So not only do you get this long -term CapEx piece that drops out but either capital intensity Falls off as well to maintain the same production but at the same time you're proved developed producing Gas reserves profile keeps going up And then of course you've got to layer on top of that stack to play the Uticae which there are any just starting to touch which as I explained before leads to very very high marginal return of on captain.
47:29So in my mind you've got this wonderful three or four tailwinds which mean the marginal return on captain from an already wonderful starting point of 40 % better and better and better and it gets easier and easier and easier or lower caps on the density to maintain the production of 580 BCR which is not much work for them because it's well it's a lot of works they do well but it's one drilling rig of one completion crew. So I sort of think of them bumbling on this really subsistence level of production of this vast resources they've got with a lower and lower capital intensity just because of the simple arithmetic reality of the decline rate in the wells they've got.
48:01What stand out as the main risks? The main risks really come from for me human intervention. So you've already seen what the issue with pipeline capacity is done to the gas price in the region and the cost of transporting the gas. So that's as usual, government intervention has produced a sub -optimal outcome for a lot of consumers and a lot of business owners and a lot of acting debt holders. And of course, the US government is a very powerful, very wealthy organization and they can do unsustainable things for long periods of time. They can outlast me and my investors. So if they say, actually, there's some ginormous carbon tax, which is perhaps not within two standard deviations of what I think had happened, but it's a tail risk here that they could make 40 % IRR into a 10 % or a 5 % IRR quite quickly.
48:45The main pieces come from the sort of curveballs of human intervention. Whenever I examine the nuts and bolts of what we need and how we live and how we maintain our quality of life and all these really in terms of the mazloves hierarchy of needs, the very bottom layer, how we keep that solid. I think the demand profile for natural gas is great and the position that CNX occupies in the lowest cost country in the world is really solid. It's more the overlay, the regulation and the way that humans can get involved for my myopic political reasons. I have no control over that. Nobody knows how it's going to play out.
49:14And I've been very surprised at the extent to which the amount of money for length of time money has disappeared into various things that didn't make any economic sense to start with, let alone now, where things have changed. As always, the issue is humans. Very well said. And it dovetails nicely into our closing question, which is lessons. And oftentimes these lessons say something about the humans managing the business or something along those lines. But what do you think the key lessons are for you as an investor that you might be able to apply elsewhere when you think about CNN? Well, I can give some sort of quite broad pieces.
49:47I suppose they come from pushback when I speak to prospective investors or current investors. It's this idea that cyclicality is a bad thing. It's a very myopic way to think. So if you imagine there are certain types of products where sometimes it's difficult to discern cyclicality from structural decline. But if you know there's a really solid relationship between per capita demand and GDP per capita in a country or whatever it might be, there's this really solid relationship going back over a period of time. You can pull it apart and you can understand that actually, yeah, we need to heat our homes when it's cold and we need to cook our meals so that they don't make a zile and we need to fertilize our crops, our yields are two or three times what they were without.
50:28When you pull something down and you see this wonderful solid and growing demand base for something. then the noise of cyclicality shouldn't really mean anything to you. It's exactly that noise. And if other people see that noise as signal and act upon it, like it's some sort of thing to be extrapolated, that gives you opportunity. So volatility is not risk if your business is structured in the right way and your investment is price correctly. It's actually opportunity when I speak to some people about this particular investment and I've got a lot of other cyclical business that proves themselves to be wonderful over long periods of time to say there's a difference between volatility and risk if it's handled correctly.
51:04And actually, if you're long term, if you're truly long term, and you can understand the demand drivers of a business, then volatility and cyclicality, I should say, can be opportunity for you. But you've got to do your homework. I love that. That's a new lesson, but I think it's perfect. And we switch back between businesses with reoccurring revenue streams into the most cyclical of industries, into commodity industries, which are obviously cyclical, but they bring their own issues. So this has been fun. I love that wisdom to close it out. It's been an absolute pleasure, James. Thank you for joining us here.
51:34No worries. I've enjoyed it. To find more episodes of Breakdowns ranging from Costco to Visa to Moderna or to sign up for our weekly summary, check out joinclosses .com. That's J -O -I -N -C -O -L -O -S -S -U -S .com.
From the publisher
This is Matt Reustle. Today, we are going into the land of oil and gas to break down CNX. The history of CNX dates back over 150 years. When it comes to energy production, the company's evolution has been very comparable to that of the United States.
Our guest today is James Wilson, manager of The Huginn Fund at Phoenix Asset Management. We discuss the CNX backstory and how it took its coal roots to build this massive natural gas business. We also cover what differentiates CNX's management team and operational strategy relative to Exploration & Production (E&P) peers. Please enjoy this breakdown of CNX.
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For the full show notes, transcript, and links to the best content to learn more, check out the episode page here.
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Show Notes
(00:00:00) Welcome to Business Breakdowns
(00:02:32) First Question - The History and Evolution of CNX
(00:03:17) Understanding the Business Model
(00:10:33) The Transition from Coal to Natural Gas in the US
(00:16:44) Gathering and Compressing Assets to Leverage Fixed Costs
(00:21:45) Understanding the Unit Economics of CNX
(00:28:27) The Competitive Landscape in Drilling
(00:30:05) The Engineering Excellence and Leadership at CNX
(00:30:46) Exploring the Potential of the Utica Shale
(00:32:27) The Economics of Drilling
(00:34:27) Managing the Volatility of Natural Gas Prices
(00:41:37) The Impact of Regulation on the Drilling Industry
(00:44:59) The Role of Acquisitions in Expanding Reserves
(00:51:14) Lessons Learned From CNX




