Chadd Garcia 拆解 WaterBridge IPO 后的价值创造逻辑 $WBI
WaterBridge ($WBI) 持有一套解决 Delaware Basin 原油生产结构性瓶颈——采出水——的基础设施。 当前每桶原油大约伴随4桶采出水,到2030年可能升至6桶,部分地区已经达到10:1;如果没有管道、处理和处置能力,“生产就会停摆”。WaterBridge 负责运输这股水流,回收可销售的浮油,清除固体,并将剩余液体注入地下孔隙空间。
Chadd Garcia 的差异化观点是,市场把 WaterBridge 归类为 midstream 公司,但其经济属性和地理壁垒更接近废弃物基础设施。 IPO 定价为$20,45天内升至约$24,超额认购11倍,并获得11位分析师覆盖;按Walker统计,其中约7个买入、4个中性,但Garcia读到的8份报告没有一份讨论其与废弃物行业的相似性。按约43亿美元企业价值和保守估计的2025年4.5亿美元 EBITDA 计算,$WBI 的交易倍数接近9x,而废弃物公司约为15x。
基本情形并不需要估值重评级,因为Garcia认为,仅靠合同增长,股价就可能“5年翻倍”。 超过70%的收入已签订合同;近期10-15年期的最低采购量合同定价超过每桶$1,而现货价格约为$0.65。Garcia认为,低双位数的合同量增长叠加利用率、定价和已披露项目后,增速有望升至中高双位数,推动 EBITDA 在2030年前接近9亿美元。
公司的实物产能空间远大于近期预测,且Garcia认为其基础设施经济性异常优异。 WaterBridge 2025年可能处理约280万桶/日,并已获得另外600万桶/日的地下孔隙空间容量,潜在支持10亿-14亿美元增量 EBITDA,对应30亿-35亿美元投资。Speedway 项目可能实现3年回本,扩建项目的回本期则可能接近2年;关键在于“速度”,而不是需求是否存在。
WaterBridge 的护城河来自相互连通且具备冗余的管网,以及对 LandBridge 控制的地下孔隙空间的接入,而非单一资产本身。 客户需要多个处置出口,因为单口井可能失去许可、发生故障或宣布不可抗力;管道穿越碎片化土地也会产生额外通行费。它与姊妹公司 LandBridge 的利益冲突确实存在,但Devon持有WaterBridge 20%的股份且是大客户,因此拥有遏制经济利益向土地所有者外流的“大棒”。
WaterBridge 无法摆脱石油敞口,但含水率上升可能在相当长时间内使采出水量与钻井活动脱钩。 Garcia认为,除非出现类似COVID时期的需求崩塌,否则现有油井不太可能关停;老井产水更多,未来 Delaware 的开发项目起步时含水率也更高。作为参照,Secure 某一季度钻机数下降15%,但采出水量仅下降3%;如果没有设施停运,采出水量可能基本持平。
Walker 的上行测算可达3-4倍回报,但Garcia承认,由于终值取决于石油产量,WaterBridge 可能应较市政废弃物公司享有一定折价。 若 EBITDA 达到9亿美元并给予15x,Walker测算企业价值为135亿美元,股权价值约115亿美元,而录制时约为30亿美元。Garcia提出的抵消因素是更高的资本效率:没有垃圾收集卡车的更换周期,维持性资本开支约占15%,回报率也远高于市政废弃物行业所引用的10%-11% ROIC。
核心风险包括油价、环境责任,以及市场对Five Point主导的双公司结构持续存在的疑虑。 Garcia无法量化泄漏事故的修复成本,只能说“是的,我不知道”;他预计利益冲突指控或做空报告可能引发突然的20%回撤,即使长期业务并未受损。更明确的催化剂是改善沟通:投资者日可能让WaterBridge从能源分析师的覆盖名单进入废弃物投资者和泛行业投资者的视野。
1. 采出水是 Delaware Basin 隐形的生产约束
Garcia 将 WaterBridge 定义为采出水领域的龙头处理、净化、运输和处置商,业务主要集中在 Delaware Basin。这些水大多是与最终形成油气的有机物一同被困在地下的古老海水,只要油井继续生产,采出水就会持续流出。
运营链条从管道运输开始,管道中的混合物包括水、泥浆、固体和残余原油。WaterBridge 分离并出售回收的“skim oil”(浮油),将固体运往工业填埋场处置,再把剩余液体注入地下孔隙空间——这相当于液体废弃物的填埋场。
关键指标是“含水率”:目前每桶原油大约对应4桶采出水,到2030年可能升至6桶,Delaware 部分地区已经达到10:1。由于油井老化后含水率会持续上升,即使原油产量没有同步增长,采出水处置需求也可能继续增加。
Garcia 的标志性判断并非比喻,而是运营层面的结论:“水是石油生产的瓶颈。”如果没有地方运输和处置伴生水,Exxon 这样的 E&P 公司也无法继续生产。
2. 市场正用 midstream 视角给一家废弃物公司估值
Walker 的第一个质疑是,这个机会看起来几乎算不上尚未被发现:IPO 超额认购11倍,股价在约45天内从$20涨至约$24,已有覆盖的分析师中约7个给出买入、4个给出中性评级。
Garcia 的回答是,市场犯了资产类别判断错误。目前覆盖该股的分析师都是 midstream 分析师,而他读到的8份报告没有一份将其与废弃物行业类比——尽管 WaterBridge 持有工业填埋场和地下孔隙空间,面对的地理和监管壁垒与废弃物行业相似。
Secure Energy Services 更名为 Secure Waste Infrastructure Corp. 后,提供了一个先例。Secure 多年来被视为能源服务公司,后来开始用废弃物或泛工业分析师替代能源分析师,并明确提出:“我们不是能源公司,我们是废弃物公司。”
Garcia 预计,WaterBridge 管理层会借助更大的美国资本市场渠道提出同样的定位。其投资测算首先建立在足以实现“5年翻倍”的盈利增长之上;若估值从约9x EBITDA 向废弃物行业中十几倍的水平靠拢,则属于额外上行空间。
3. 合同定价和产能扩张铺就 EBITDA 迈向9亿美元的路径
超过70%的收入已签订合同,3个已披露项目也已经开始消耗资本。仅最低采购量承诺就意味着约10%的量增,而实际吞吐量应高于最低承诺,因为客户不会把承诺量设在预期最大产量的水平。
合同定价显示供给稀缺性正在增强。Garcia 提到,现货价格约为每桶$0.65,而最新一份10-15年期协议的价格略高于每桶$1,说明 E&P 客户愿意支付溢价,以锁定一个长期稳定的采出水出口。
Garcia 认为4.5亿美元的2025年 EBITDA“非常保守”,并按15%-20%的增速复合3年;Walker 据此推算,2030年前 EBITDA 约可达到9亿美元。现有网络利用率提升和价格上涨可能让盈利增速快于业务量,因为新增吞吐对应的运营成本应该有限。
WaterBridge 2025年可能处理约280万桶/日,另有600万桶/日的地下孔隙空间接入能力。Garcia 估计,这部分产能空间可通过30亿-35亿美元投资支持10亿-14亿美元增量 EBITDA,令其在当前孔隙空间范围内的总 EBITDA 迈向15亿-20亿美元。这还不包括 LandBridge 最近买入的额外地下孔隙空间,其容量尚未量化。
4. 网络冗余保护回报,LandBridge 同时构成护城河与冲突来源
Walker 追问,为什么20%以上的无杠杆回报不会被其他水处理运营商,或像 Exxon 这样体量的客户自建管道竞争掉。Garcia 指出,Speedway 项目可能3年回本,而在现有管线上扩建,回本期可能接近2年。
答案在于网络几何结构:管道每次穿越碎片化土地所有者的地块,都可能被收取通行费;LandBridge 和 TPL 则已经拼合出位置战略性很强的棋盘格状土地。WaterBridge 的连通系统可以避开部分高成本的土地穿越,并连接多个处置区域;绿地竞争者需要重新复制这些优势。
冗余性与土地面积同样重要。E&P 公司如果依赖单条管道和单口处置井,那么在第5年至第10年间,一旦该井故障、失去许可或遭遇不可抗力,就会面临中断风险;WaterBridge 则能通过更广泛的系统提供多条管道和多个处置点。
Walker 仍然提出“地主”层面的反驳:为什么 LandBridge 不应该拿走全部超额经济利益?Garcia 承认,经济利益“可能向 LandBridge 倾斜”,但Devon持有WaterBridge 20%的股份,同时也是客户,提供了保护;如果 D. Blue 交易组合落地,也可能让 Diamondback 进入这一利益一致结构。
5. 客户行为支持独立网络,但治理问题不能一笔带过
Devon 曾直接与 LandBridge 签署一份类似孔隙空间看涨期权的协议,同时承诺由 WaterBridge 负责输送采出水,部分绕过了传统的水务公司签约流程。被问及 Devon 为什么选择 WaterBridge 负责交付时,Garcia 首先指出 Devon 持有20%股份、存在切身利益,随后推测,这一安排可能与更早阶段已经投入的资产有关。
行业整体逻辑有利于独立的采出水网络。使用 Exxon 所有基础设施的小型生产商有理由担心,一旦产能趋紧,自己会被挤出;Diamondback 旗下原 Rattler 水务业务后来出售给 Five Point Energy,说明专属资产可能卖不上价,也难以最大化第三方业务价值。
Five Point 同时发起设立这两家上市公司,但两者拥有不同的股东基础,且分别起源于不同基金。Garcia 表示,低层级冲突按照既有政策处理,更大的冲突则交由代表各基金股东的独立委员会处理;不过,这一结构仍需要持续证明双方得到了公平对待。
两家公司之所以保持分立,是因为 Texas Pacific Land 和 LandBridge 这类土地特许权业务可以交易在25x-40x,这种估值水平不太可能在 WaterBridge 内部保留下来。Garcia 喜欢业务运营上的整合和证券层面的分立,尤其是因为他同时持有两家公司股票,但在 WaterBridge 上的仓位更大。
6. 监管和含水率上升限制石油周期敞口
早期运营商会把水注入深层地层,包括一些老旧、基本空置的垂直井,这加剧了地震活动。行业后来转向更浅的地层,但过度加压仍造成过井喷、环境破坏、干扰邻近生产以及诉讼等问题。
WaterBridge 的做法是让处置井保持低于压力上限运行。Garcia 表示,这可以让一口井几乎永久运行,部分井已经运行超过10年,同时降低环境和生产干扰风险。他还指出,行业许多公司过去每个区块使用4口处置井,而 LandBridge 和 WaterBridge 历来只使用1口。
德州在2024年修改规则,将注入压力和注入量一并纳入监管。Garcia 表示,WaterBridge 参与了规则制定,新规实际上把行业其他公司的标准提升到了 WaterBridge 原本就遵循的水平。
Walker 指出,WaterBridge 负责德州和新墨西哥州约40%的注水许可,这让其所称的监管制定参与角色具备可信度。新墨西哥州更难推动规则改变,因为联邦、州和私人土地交错分布,而且运营商可能不信任那些在下一届政府上台后就能被逆转的改革。
Garcia 仍将石油称为“最大风险”,但把存量生产和新增钻井区分开来。除非出现类似COVID时期的需求崩塌,否则在产油井可能会继续流动;即使油价处于40多美元,也可能不会叫停尚未开发的含硫天然气区域,因为资本和处理能力承诺已经到位,这可能支持 WaterBridge 的现金流持续到2028年。
7. 现金转化、重评级测算和可识别的失效模式共同构成这笔投资
以 Secure 作为最接近的运营对标,Garcia 假设维持性资本开支约占 EBITDA 的15%,其中包括替换孔隙空间。按9亿美元 EBITDA 计算,Walker 将维护支出四舍五入至1.4亿美元,并估算扣除利息及其他项目之前的无杠杆自由现金流约为7.5亿美元。
Garcia 倾向于发放“规模很小但持续增长”的股息,以满足收益型投资组合的配置要求;当股价被低估时回购,被高估时则发放特别股息。他信任管理层的商业和财务纪律,但会把估值作为仓位配置的决定因素。
Walker 用一个刻意简化的终值情景,将15x的废弃物行业倍数套用于9亿美元 EBITDA,得到135亿美元企业价值;扣除其假设的债务后,市值约为115亿美元,相较约30亿美元的录制时市值可实现3-4倍回报。即便只给10x,他认为结果仍然具有吸引力。
最直接的反驳在于终值的持久性:市政垃圾会无限期存在,但 Delaware 的钻井活动未必如此。Garcia 接受这一风险意味着“略微折价”,但反驳称,WaterBridge 不需要面对废弃物收集业务反复更换卡车的资本周期,而且其项目可实现20%中段至30%初段的无杠杆回报,可能应获得溢价。
Garcia 认为,失效情形包括油价严重崩塌、管道破裂、高昂的修复成本和治理争议。他预计会出现做空报告,因为公司结构复杂,IPO 前就已经出现过一份;但他认为,未来2-4个月内举办投资者日,是解释地下孔隙空间业务、吸引专注废弃物行业资本的最佳路径。
完整逐字稿
Chadd, how’s it going?
Good. Good. I think it’s the fifth time.
No way. That means you qualify for the shirt. I should have worn the shirt today. We’ll talk about that after the podcast.
I have my hat in the background, so you know.
But both of our hairs are on point today, so we can’t mess that up with a hat.
I’m super excited to talk today. This is actually one of the most interesting companies I’ve stumbled on this year. Before we get to it, just a disclaimer: Nothing on this podcast is investing advice. You can see the full disclaimer at the end of the podcast.
Chadd, the company we’re going to talk about today is WaterBridge. The ticker is WBI. You’ve done fantastic work on this. I read your Q3 letter, and you and I had dinner the night before this IPOed, and we were talking a bunch about it. I’m just going to toss it over to you and let you cook. What is WBI, and why are they so interesting?
WaterBridge is the leading processor, cleaner, and disposal company of produced water. They primarily operate in the Delaware Basin in the Permian Basin.
When oil is fracked, some water comes up. Some of that is the water used in the fracking process, but most of it is water that was seawater buried millions of years ago with the organic matter that turned into the oil and gas they’re extracting through the fracking process. That produced water flows out with the oil for as long as the oil well flows.
In the Delaware Basin, you get 4 barrels of produced water for 1 barrel of oil. They call that the water cut. What they’ve noticed is that as a well ages, the water cut goes up over time. Various areas also have higher water cuts. Right now, you’re starting off with a 4-to-1 water cut; in 2030, you’ll likely have a 6-to-1 water cut.
Water is the choke point for oil production. If you’re Exxon and you’re developing in the Permian Basin, if you don’t have a place to put the water, your production shuts down. WaterBridge, which went public a couple of months ago, has a vast network of pipelines. They also have a relationship with LandBridge, a sister company that went public about a year and a half ago and owns a lot of the land where the pore space is located.
The pore space is the geological formation where the water is deposited. Think of that as a landfill.
Perfect. That’s a great overview. Specifically, you mentioned that WaterBridge handles the water cut from all this oil and gas in the Permian Basin, from any well that’s being drilled out there. You mentioned that LandBridge is where you take the water, inject it, and store it. What specifically does WaterBridge own in this process?
They own the pipelines that transport it and the cleaning facilities that separate the oil, because there’s going to be oil mixed in with the sludge, solids, and produced water. They separate out the oil and recover it, and they can sell that. It’s called skim oil.
The solids are removed and deposited into an industrial landfill. They own some industrial landfills as well. The remaining liquids are deposited into the pore space.
Perfect. Let’s start here. You mentioned they IPOed in late September, I want to say. About 45 days ago, they were picked up by, I think, 12 brokers for coverage. It looks like 7 of them have buys and 4 have neutrals, something like that.
The stock IPOed at $20 and is at $24 per share right now. I lay all that out to ask you this: It looks relatively well covered, the IPO was pretty successful, and the stock is up 20% in 45 days. This isn’t CoreWeave going up 5 times in 30 days, but that’s a pretty nice IPO, particularly for a more mature industry.
The company is well covered, well regarded, and had a successful IPO. What are you seeing that the market is missing that makes this an alpha opportunity?
It was 11 times oversubscribed, so for an oil company, I think that was pretty good. It wasn’t 20 times oversubscribed like Circle Internet Group or something, but it was still strong.
The last time I counted, there were 11 sell-side analysts covering it. I’ve read 8 of the reports, and not one mentions the parallels between this business and waste.
You and I had a podcast last year on Secure Energy Services, which has subsequently changed its name to Secure Waste Infrastructure Corp. That’s where I learned a lot about this business, working with them and from my investments in the waste space with Waste Connections and GFL.
There’s a similar situation between the 2 companies. Secure was covered for many years by energy services analysts. If you look at the economics of their businesses and some of the moats surrounding their operations, they look like waste companies. They have landfills, including industrial landfills. That parallel doesn’t get any clearer.
The pore space where you deposit the water also has very similar geographic and regulatory moats to a landfill. Secure made that connection in the last year. They converted most of the analysts covering them to waste analysts or general industrial analysts. They’ve been saying, “We’re not an energy company; we’re a waste company,” for a couple of years now. But it’s in Canada, it’s a small-cap company, and nobody’s paying any attention.
WaterBridge goes public, and they can’t go public with a story people aren’t ready for. They hire JPMorgan’s energy bankers, who do a good job getting it public. The pitch looks like a midstream pitch. A midstream pipeline business might trade at 9, 10, or 11 times. Maybe this one has somewhat better economics and a higher return, so it should trade at a bit of a premium, but nobody is making the waste parallels yet.
Just like Secure has been making that argument, WaterBridge’s management understands the parallels between its business and the waste industry. They’re going to be beating that drum, too, and they’ll likely have a much bigger megaphone than the Secure guys did because they’re an American company and will get more exposure.
Right now, all the analysts covering it are midstream analysts. They’re looking at it through that lens rather than through a waste lens.
If I were summarizing what you’re saying, it’s this: WaterBridge IPOed, and people were taking, as you said, an MLP energy-infrastructure viewpoint. That got it a fine multiple. We can talk about the multiple it’s trading at, but it’s a low-double-digit multiple right now, I think.
One of the reasons this is an alpha opportunity is that it has a lot more in common with the waste-management industry, and the waste-management industry probably trades for a mid-teens multiple. You think there’s a lot of multiple expansion as the company delivers and people come to understand the story. Am I summarizing that correctly?
Well, I think they’re going to have ample growth within their own business. From my risk-management perspective, I’m thinking, “Okay, on earnings growth by itself, this is, call it, a double in 5 years. I can underwrite that.”
But it trades at 9 times EBITDA, while waste companies trade at 15 times EBITDA. You get the earnings growth plus the multiple expansion, and that’s where things get really interesting.
Let’s talk about the earnings growth. Why don’t we lay out what that looks like? They just IPOed in September, and this podcast is a little bit different to prepare for because there’s the S-1, and then there’s nothing else public from these guys yet. They’re in the post-IPO blackout period.
We don't have an earnings call. We don't have Q3 earnings.
Well, the post-IPO blackout period ended, but it ended right into the earnings blackout. Also, [laughter]—blackout's a blackout.
I'm not going to say my college days, but maybe every now and then, my Mardi Gras days. What are you forecasting? Let's lay out what the valuation looks like on a 2025 or a next-12-month number, whatever you want. Let's lay out that valuation, and then we can use it to build to the out-years.
Over 70% of the revenues are contracted, and a lot of the recent contracts they've been getting are minimum-volume contracts. They've announced 3 large projects that they're spending capital on, and those 3 large projects are minimum-volume contracts. What's interesting is that the pricing of these contracts is well above the spot rate.
The spot rate is 65 cents a barrel for processing. The last contract that they signed was just over $1, and that was a 10- to 15-year contract. That gives you some indication that the E&P companies are worried about having an outlet for their water in the future. If they can lock it up for a decade, maybe a decade and a half, then they'll pay a premium for that.
On the minimum-volume contracts alone, their volume should increase in the low double digits—say, 10%. But they can also pick up more business within their existing network that's not fully utilized. Nobody sets minimum-volume contracts at the maximum level they think they're going to do. They set it below that, so there are probably incremental volumes from those contracts that are going to flow in.
They have 3 large contracts already disclosed that they're spending capital on. One of them is probably ripe for a Phase 2 expansion. I would imagine that would be announced within the coming months, so there's a lot of growth coming their way. It's easy to get to mid-teens to high-teens volume growth, and then you get pricing flowing through, probably with not much incremental cost. From an earnings-growth perspective, it should be even nicer.
But if we could just quantify it, what do you think the near-term EBITDA looks like over the next 12 months?
For 2025, $450 million in EBITDA, I think, would be very conservative. Then you just compound that at 15% to 20% for the next 3 years.
Yep. So, about $450 million in EBITDA, and you could be talking about—if I took it a little further—$900 million in EBITDA isn't out of the question before 2030, if I'm doing that math in my head correctly.
Yeah. From an incremental pore-space perspective, they'll probably do 2.8 million barrels a day in 2025, and they've got incremental pore space of 6 million barrels a day that they have access to. Depending on pricing, that's probably worth between $1 billion and $1.4 billion of incremental EBITDA.
You can see how they can get to $1.5 billion to $2 billion of EBITDA just within the pore space they currently have, and that's not including some pore space that LandBridge just bought. If you look at LandBridge's press release, they bought some more pore space. They paid a little over $200 million for it, but they haven't quantified how much incremental pore space it represents yet. Hopefully, we'll get that on the earnings call.
I think there's going to be a need for the pore space in the Permian because the water cuts go up over time. The areas where they're going to be drilling in the near future are going to have higher initial water cuts. They have plenty of incremental pore space and pipeline capacity to get it there, so I think it's just a matter of speed, as opposed to how much growth they end up with. It's a matter of how quickly it happens.
I want to come back to that in a second, but just to quantify it: The stock, as you and I are talking, is at $24 per share. You can correct me if I'm wrong, but I've got the enterprise value around $4 billion at these prices.
Yeah.
Okay. We just said $450 million in EBITDA, so people—
Probably $4.3 billion.
So people can do that math: slightly under 10 times, around 9 times EBITDA, on the near-term numbers. If you go out, you quickly get to 5 times EBITDA if and when all this growth gets delivered.
Let's talk about that growth. These guys' returns on invested capital are—I don't want to say insane, but they're really effing good. You're talking about multimillion-dollar projects, these pipelines, all the pore space and everything, and they're getting 20%-plus returns on invested capital, unlevered, right? 25% to 30% is not out of the question.
That $1 billion to $1.4 billion of incremental EBITDA from the pore space that they have would probably cost them $3 billion to $3.5 billion to realize.
It's like a platform. You have the Speedway project right now, which they're probably getting a 3-year payback on, on an unlevered basis, right?
That is running right through a sour-gas region that's going to be developed shortly. There are already minimum-volume contracts for processing that sour gas. That's ripe for an expansion of the Speedway pipeline. I would imagine that if you're expanding a pipeline, as opposed to initially putting one in, it's probably a 2-year payback.
But that's what I want to ask, because these returns are phenomenal. These are phenomenal for infrastructure assets, right? You're talking about multimillion-dollar projects, these pipelines, all the pore space and everything, and they're getting 20%-plus returns on invested capital, unlevered, right? 25% to 30% is not out of the question.
But they're not paying for the pore space. We'll talk about the pore space when we talk about LandBridge in a second, but the returns on their infrastructure projects are phenomenal. I've done a little bit of work on midstream pipelines, especially offshore oil and gas pipelines. Offshore, those are some of the most pristine assets.
When these guys build, they build, and there's a lot involved. You're building things 3,000 feet under the sea. The returns there are 20% to 25%, so these guys are actually getting better returns. Now, as you said, there's no pore space, but I just wondered: Why can they get these types of returns?
In my mind, billions of dollars of capital and 30% returns—people try to compete that away, right? We can talk about all the ways people can do that, but just at a high level, why do they have the right to get such great returns on pretty significant amounts of capital?
I think it's their relationship with LandBridge. Look at where a lot of this water is flowing. A lot of this water is flowing out of New Mexico and into Texas. If you're going from the north-south part of the border, on the western part of that is TPL property.
LandBridge went and bought up a lot of the acres there. They're checkerboarded, so TPL had a big area with checkerboarded property, and LandBridge went and bought up the rest of the checkerboard and entered into an agreement with them. They've got that area locked up.
There's a ranch just east of that that was one of the initial areas where they would put in shallow saltwater-disposal wells. It's kind of overpressurized, so there's not going to be any incremental pore space there. Then there's a ranch next to that where there are no wells currently, and then you're back to LandBridge property. From there, it starts to go up into the Panhandle.
Anytime you want to cross land, a landowner is going to want to take a toll charge on the water that's crossing over their land. It's not only having a massive pipeline network, but having one that's efficient, where you can avoid having to cross property where you have to pay the—
Let's go to LandBridge right now, right? I think that's the first thing that jumps out at you when you read this S-1 and when you and I first started talking about it. They have a sister company, LandBridge.
For those who don't know, Chadd—and I know this because we've talked and I've read your letters—was very early on the LandBridge story. The stock is up even after a recent pullback. What, 150% since it IPOed at $17? It's at $60, maybe, today.
Yeah.
The reason my ears perked up when you mentioned WaterBridge was that I was like, “Oh, Chadd pitched LandBridge. This guy knows.” But I think there is a question. LandBridge is WaterBridge's sister company, right? They are sister companies. You can hear it in the bridge. They have the same controlling shareholder, all this sort of stuff.
No, no, no. They have the same sponsor, but the shareholders are different.
My fault. This is the same sponsor that owns a ton of both of these, right? But I think the question—my first question when you see this—is: You said, “Hey, why can they charge these rates?” And it's because they cross the land. Think about the corner store at the corner of 86th and Lex.
It gets a ton of foot traffic, but that doesn't mean it's going to make a lot of economic profit, because guess what? The landlord keeps charging them. Every time, the landlord is taking pricing, and they're going to keep charging for the marginal customer.
I guess my first pushback would be: Yes, I know they've got a sister company in LandBridge, but why isn't LandBridge ultimately the one saying, “Hey, the pore space and the land are the critical things. We're going to keep charging you, and we get all the economic profit—not you, the pipeline”?
I think it's having both the pipelines and a pipeline network that provides redundancy. So, if you're an E&P operator and you have 1 water company with 1 pipeline and 1 amount of pore space, that might work for a few years. But what happens if something goes wrong with the saltwater disposal well? It loses its permit in years 5, 6, 7, 8, 9, or 10, or it could have a force majeure. You want to have a vast network with multiple access points for saltwater disposal wells, and so it's having the whole network plus the pore space that gives it its real value.
Both of these entities are creating value, and LandBridge gets paid a nice royalty fee. Some would say maybe a little bit above market, but I think it's within market now. Over time, as pore space is used up, the rates that WaterBridge charges and the rates that LandBridge charges should both go up in tandem. But there is a risk that WaterBridge could privilege LandBridge and some economics could kind of leak out there.
Keep in mind that Devon Energy owns 20% of WaterBridge and is a big customer. I doubt Devon would like to see some of its economics as a shareholder of WaterBridge leak out to LandBridge. They're a big customer, and so there's a stick there, right?
I'm going to come to Devon in a second. Actually, we'll get there in a second. I did look it up: Devon is mentioned 135 times in the S-1. I really do want to talk about that, but I want to ask 1 other question.
LandBridge has the land. They are the landlord who owns the property at the corner. You kind of can't get around that land, right? You've got the land. That's a great spot. The other way returns here could get competed away is, yes, WaterBridge builds the pipeline, but somebody else could come build the pipeline, right?
A lot of these are new builds or expansions, and somebody else could come and say—or even Devon or ExxonMobil, these customers have huge balance sheets. ExxonMobil owns and knows how to operate pipelines. They could say, “Hey, WaterBridge is about to spend $3 billion for $1 billion in EBITDA. Why don't we just do that ourselves?”
Or why don't we go to—name your other water operator here—and say, “Hey, why don't you guys spend $3 billion for $900 million in EBITDA? Take that return rate down and start having people compete against each other.” So, my second question is—
Yes, Devon did enter into basically a call-option-on-pore-space-type agreement with LandBridge. The history of this is that the operator goes to the water company, and the water company goes and finds the landowner. That's the history of the industry.
But Devon, which owns part of WaterBridge, is worried about access to pore space in the future, and they went and forward-contracted pore space with LandBridge directly. So, they went around WaterBridge, but in doing so, they did commit to use WaterBridge as the deliverer of it.
To your point, these companies can have balance sheets and have run water businesses in the past, but the trend is for the large operators to divest of their water businesses because you want some scale, right? You want to be able to handle the water of operators that surround your property.
But if ExxonMobil has a water asset and you're some small independent company, and they say, “Hey, you can use our water asset,” if pore space becomes tight, who do you think is going to get squeezed out? The small operator. It just makes much more sense for these water companies to be independent.
If you look at Diamondback, it had a water business called Rattler that they spun out, and it traded at a horrible multiple because they couldn't maximize the value because of that dilemma. They ended up selling it to Five Point Energy, which is the sponsor behind WaterBridge and LandBridge, and that asset is in the Midland Basin.
I do think that asset would work well in WaterBridge, and ultimately you may see it merge with WaterBridge. But to my point, if WaterBridge is getting mistreated and LandBridge is getting privileged, how happy do you think Diamondback, which owns a good chunk of D. Blue, would be to wait in line to kind of merge these assets together?
I think there are plenty of people within the WaterBridge shareholder base that are also customers with big sticks, just to make sure that everybody's treated fairly.
Let me ask this question in a different way. The Devon deal—we've mentioned that multiple times, and now I think we all understand why they would go with LandBridge, right? Again, LandBridge has the land. You need to go with them.
But you said LandBridge went behind WaterBridge's back and then decided to do it all through WaterBridge. Devon had, I believe, an internal operation that they could have used. They could have tried to find a 3rd party. Why does Devon choose to go with WaterBridge here?
Why? Because they have the space.
I mean, why do they choose not to contract with WaterBridge—or—no, why does Devon choose to use WaterBridge for the pipelines, right? Devon could—I think Devon had internal operations. They could have tried to do it themselves. They had to deal with LandBridge. They chose WaterBridge. So, why do they choose WaterBridge and take equity?
Right. Right. Well, probably because they own 20% of it and have a vested interest in seeing it do well.
But they got the 20% from choosing WaterBridge, right? So, they did still have to—
I think it was probably committed assets at 1 point in the history.
Okay, that's good. Let's go to something else—the elephant in the room. We mentioned the LandBridge deal a little bit, right? And you mentioned how there's a lot of customers here in WaterBridge's stock. So, if LandBridge is getting favored, they're going to have a big problem, and you don't want your—
I think people are going to read the S-1 and quickly jump and say, “Hey, there's the LandBridge relationship. I've got worries there. Five Point is the sponsor here. There's the tax receivable agreement. Five Point has other assets in the industry. There's a lot of potential for conflicts of interest here.” So, that is kind of the elephant in the room when you look at this business. How do you think about all of that?
Well, the way—I mean, Five Point is the controlling sponsor, but the funds were different funds for WaterBridge and LandBridge, and so they've been managing this conflict for a long time. The way they've done it is first by setting up policies where, if it's a low-level conflict, here are the policies. Then, if it's a higher-level conflict, they set up independent conflict committees made up of the shareholders of each of the funds to get together and work them out.
They've been managing this for a long time, and they've done it well. I think they'll continue to do it in the future. Plus, you have Devon in WaterBridge and maybe Diamondback at some point, if they ever merge D. Blue into WaterBridge.
1 weird risk here, when you read the S-1—and you mentioned it earlier as well—is that a lot of the business is taking water from New Mexico, where it is difficult to permit water assets, and bringing it across state lines into Texas, where it's easy to get permits, right? That's a ton of the business. You can read the S-1, and there are all these arrows going from the middle of New Mexico right into Texas.
Is there a regulatory risk here in 1 of 2 ways? Either New Mexico gets a lot easier on permitting, so a lot of this infrastructure that's designed to take water out of New Mexico into Texas is kind of excess capacity. Or the other way, Texas says, “Oh my gosh, early in fracking, when people were disposing of water, they were putting water into fault lines and causing many earthquakes and stuff.” Texas starts saying, “Oh my gosh, we need to regulate this. We're having risks of earthquakes. We're having environmental risk.”
Is there any risk in that regulatory arbitrage, if that makes sense? Is there any risk in 1 coming down and 1 coming up?
Well, Texas is—so, the initial saltwater disposal wells, when the fracking industry was created, would put it into deep, deep water wells, which are basically old vertical wells that were kind of empty. They put the water into deep formations, and that caused a lot of the seismic activity that fracking is known for. So, they stopped doing that.
Then they put them into shallow disposal wells that are slightly above the mineral formations. A lot of the industry would use 4 disposal wells per section, whereas LandBridge or WaterBridge, throughout their history, has used 1.
And WaterBridge's philosophy is that if you underpressurize your disposal well, it can last almost forever. They have some that are over a decade old, and you run less risk of having an environmental issue where it blows out a well and comes out on the surface, or where you interfere with surrounding neighbors' E&P operations. So that's been their practice.
The rest of the industry has had some of those issues come up. They've blown out some disposal wells, and it's caused some environmental damage—not WaterBridge, but the industry. Some of the wells have been overpressurized to the point where they've interfered with the oil and gas production of surrounding neighbors, and there are some lawsuits going on there.
The state of Texas got involved in 2024 and changed the regulations. Not only do they permit the volume of water that can go into a disposal well, but they also permit the pressure. WaterBridge claims that they've helped write those regulations. Basically, they've increased the regulations to bring the rest of the industry up to where WaterBridge already was.
I don't think you're going to see any more regulation from Texas because they've already made a very big change.
By the way, I totally believe WaterBridge when they say that, because one of the things that jumped out to me via the S-1 is that WaterBridge notes they are responsible for roughly 40% of the water injection permits in Texas and New Mexico. That just blew my mind. That's so much of it by one company. I totally believe they have a big hand in any regulation that's happening there.
They do it better if you see them in person, which I hope they have an analyst day. We can get to that, but there is a slide where they have the pore space, and it's in red where it's over the overpressurized areas.
With the 4 red areas? Yeah, I know exactly what you're talking about. When you see it in the IPO process, they were able to show that as a time-lapse. It was pretty amazing to see. If they ever do an analyst day, which I hope they do, it'd be nice to see that.
But with respect to New Mexico, you have federal land, private land, and state land, and they're all intermixed. You have 3 levels of regulations there to deal with, and it may be difficult, even if they wanted to make a change, to actually get stuff done.
Even if they did make a change, I don't know if the operators would trust it, because changes have been made in the past and then 2 years later you have a new administration and they revert back to it. These E&P operators want it to be resolved. They have an oil well that's going to go for a decade or a decade and a half; they want the problem to be gone.
So even if people start making noise about softening regulations in New Mexico, a) it's probably very hard to do, and b) I don't know if anybody would trust it.
One thing that, when I started looking at this company, you will hear energy bulls talk a lot about how the Permian is getting gassier. The Tier 1 stuff has been tapped out. They're basically calling for Permian oil output to decline. Even if money invested goes up there, they're saying, “Hey, Permian oil production is going to decline.”
All of this is Texas and New Mexico water assets for the most part, right? I just want to ask you: if the energy bulls are right, if the Permian is not the growth engine for the world's oil anymore, how does that play into WaterBridge's hands—or not play into it, I guess?
The Permian is large. It's not just the Delaware Basin. I think that within the Delaware Basin, there's going to be oil output for a long time. It's the lowest-cost part of the Permian. You can definitely see how other basins in the U.S.—if the U.S. is going to decline in its oil production volume, it's definitely going to happen in other places. It could happen in parts of the Permian, but the Delaware is going to be the last place for it to decline.
You can also correct me, but I think one of the reasons it's declining is because the easiest stuff has gotten tapped. The newer stuff is gassier, and it has heavier water cuts. So even if you're seeing the overall volume of oil going down, there's a chance that these guys are actually going to see water production go up. You can correct me.
Yeah, you will see water production go up. Right now, the water production of a well goes up as the well ages, so you have that. I was reading today that they expect the water cuts initially to be at 6:1 by 2030, whereas right now it's at 4:1.
That's 4 barrels of water for every 1 barrel of oil, going up to 6 barrels of water for every 1 barrel of oil.
Correct. Some areas in the Delaware Basin are at 10:1.
Speaking of energy bulls and bears, all of this water is coming off because oil is getting produced, for the most part, right?
If we were doing this podcast 2-ish years ago, oil was in the $80-per-barrel range. If we were doing it 3 years ago, oil was in the $90-per-barrel range. Today it's in the $60s. The forward curve is in backwardation; it's in the mid-$50s if you go out a year.
Where do oil prices need to go before you start seeing some shut-ins or wells decline and start saying, “Hey, even if the cuts are getting waterier, the volumes just aren't there”? We do have the MVCs, but there's just not going to be any growth, so it's starting to impact WaterBridge.
Oil at $100 doesn't matter. Oil at $90 doesn't matter—actually, it's great for them—but there's got to be some price where you start seeing volumes really decline. Where does that really kick in?
I think ongoing production—I don't think you'll see shut-ins unless you have a COVID situation where demand stops. Ongoing production will keep going. It's the new drilling that slows down, and you're already seeing a lot of new drilling slow down. That's happening, but produced water volume is still holding up.
We don't have WaterBridge's first report yet, but if you look at SECURE Energy Services, for example, their rig count was down 15% last quarter and their produced water volumes were down 3%. There were a lot of facility shutdowns that may have affected that, so it could have just as easily been flat.
If earlier we talked about near-term EBITDA—let's call it $450 million—and 3-to-5-year-out EBITDA, let's call it $900 million, the path to basically doubling EBITDA over the next couple of years: how much of that is organic in terms of pricing and volumes versus inorganic, in terms of building out the $1 billion-plus in CapEx we talked about at 30% unlevered IRRs, versus—
Inorganically, they've got 10-year contracts with minimum volume commitments, probably growing volumes at 10%. Pricing layers in, so I think you're pretty well covered.
The gassy region—the sour gas region—that hasn't been developed yet, I heard that there's capital being committed to that. Even if oil prices get into the $40s, it's still going to go because people have already started signing up for minimum volume commitments and processing the sour gas.
That would be another project that WaterBridge will do to service the water needs of that area, which should be coming—it should be announced pretty shortly. I can see that generating cash flow by 2028.
If we're talking 2028, it's probably more a 2029 or 2030 thing, but let's say $900 million in EBITDA. Can you break down what the—I mean, there are pipelines, there are real physical assets here—what is the maintenance CapEx required for that $900 million?
I look at SECURE Energy Services as a comp, just because we don't have as much data on this one. Keep in mind that 30% of their business is pipelines, so they do have some pipelines in their business too. Those are oil takeaway pipelines, which aren't as much affiliated with the water business, although some of their newer growth contracts do have some pipelines.
They have to pay for pore space, and their maintenance CapEx has incremental replacement of pore space within it. About 15% of their EBITDA goes to sustaining CapEx, so that would be a pretty good comp here as well.
On the $900 million of EBITDA—and obviously there's interest and other things—but this is a pretty—
$140 million, maybe. So $140 million of maintenance CapEx on that.
I think people hear “assets” and think there's a lot of maintenance CapEx. This is a very cash-flow-rich business, as you would expect from a pipeline like that. All the pipeline businesses—you put it in the ground, they last 30 years, and there's just—
I mean, you look at SECURE Energy Services and they're doing the same type of ROICs. Of course, they have gathering and transportation pipelines in their business, but if you look at what they're talking about when they deploy capital, they're deploying it in the waste business at approximately 25% unlevered IRRs initially, with the ability to put more volume through that as those businesses grow. They can work those up into the upper 20s and low 30s IRRs.
Let’s choose $900 million in EBITDA, $140 million in maintenance capex, and, to make the math really easy, just say $750 million in unlevered free cash flow 4 to 5 years out.
Obviously, there are a lot of growth projects here in the next couple of years that are going to consume a lot of capital. But at some point, the great thing about a high-growth business that’s growing a lot with not a lot of capex is that you’re generating just a ton of cash flow. What does capital allocation look like as the growth projects wind down and cash flow starts to exceed even what they can put into growth projects?
Well, I think it depends upon the valuation at the time. Obviously, they would do some nominal dividend in order to check the box for investors that have to have a dividend-paying stock in order to invest in it. I would hope that they don’t go too crazy. My favorite dividend is the de minimis but growing one, to check those 2 boxes, and if you need to pay a big one because your stock’s overvalued, you can do a special one.
But these guys are very commercially savvy, and they’re very financially savvy. So I think if their stock’s undervalued, they’re going to be preferring share repurchases.
And if, on that $900 million in EBITDA that we kind of said—if this goes right and all these growth projects are a couple of years out—how do you think about multiple valuation at that point, just so people kind of know what they’re playing for 4 or 5 years out?
I mean, I think that you look at one of the waste companies that reported in the last couple of weeks, and they have an oil-recycling business that they’re putting money into—pretty significant, like $400 million or $500 million—and they’re talking about a 7-year payback. That business trades at a much higher multiple than what WaterBridge trades at, and WaterBridge has 3-year paybacks.
I think people are going to be making the connection. You know where the waste multiples are: They’re in the mid-teens. Don’t take my word for it, or don’t take SECURE’s word for it, which has been beating that drum for a long time. Take Waste Connections’ word for it.
Waste Connections is one of the highest-quality municipal-waste operators in the country. They invested in R360 over a decade ago. They paid, I think, about 7.5 times EBITDA for it when their multiple was at maybe 7.8 times. So it wasn’t that both their multiples were low.
And in 2024, they bought 20% of the industry’s capacity in Western Canada by buying the SECURE assets that the Competition Tribunal forced SECURE to sell. Rumor is they bought a small E&P asset in the Permian that was sold by a sponsor in Q1. So the waste companies definitely see that the attributes of these businesses are similar to theirs, if not better than theirs, and they’re putting money into this business as well.
So if I’m just doing that in my head, you’re saying, hey, look, 5 years out, $900 million in EBITDA. Let’s assume that all the free cash flow between now and then goes to growth capex, though I think that’s kind of an aggressive assumption. So, $900 million in EBITDA, a 15x multiple if it’s kind of the waste multiple, so you’re getting to $13.5 billion of EV. They’ve got—what is it right now?—like $2 billion of debt. So you’d get an $11.5 billion market cap.
And you get an $11.5 billion market cap. I think they’re around $3 billion in market cap post-IPO. So you’re kind of looking at a 3- to 4-bagger on that math.
Yeah, yeah. Okay, let me ask just 2 pushbacks on the multiple, right? And I don’t think it matters that much, because you could do the same math that I just did on a 10x and you would still get a pretty solid return over the next few years. But let me just do some pushback on the multiple.
I do hear you on the 15x, right? These are quality businesses. But I guess the 2 things I’d point to are Waste Connections—you mentioned they bought some stuff—but when I think waste, I guess it’s the permanency of the assets that I think people are going to come to. A hundred years from now, people are still going to need their trash taken out. I don’t know if the Permian is going to be getting drilled in the same way, call it, 30 years from now.
So, I mean, maybe—but is the difference between this at 10x and the 15x that Waste Connections should get kind of the questionability of the terminal value of the assets? Does that make sense?
I think that the wells are going to produce for a long time, so over a decade. So even if you drill 10 years from now, those wells will still be going. But, yeah, you could say it deserves a slight discount because you have a little bit more terminal-value risk there, or maybe there’s the perception that the revenue is a little less resilient because it’s tied to oil and gas.
Yeah. Look, I don’t think it matters. I don’t think it matters all that much.
Yeah, let me finish.
Yeah.
So say you give it a little bit of a discount, but then I would say, well, what premium would you give it for not having to pay for the trucks? I mean, look at the ROIC of a municipal-waste company. I mean, they’re horrible—10%, 11%. They’re growing, but they always have to replace the trucks. You don’t have the collection assets that the municipal-waste companies have.
So, yeah, there are some attributes of the municipal-waste companies that I’d like to see in this business. Yes, maybe you should knock it a little bit, but on the other hand, with respect to the maintenance capex that you don’t have here, I mean, that’s a big premium.
Great point, great point. Let me ask you: If I put oil prices to the side—because we mentioned oil prices—Permian is going to be producing at $50. If you said oil prices are going to $10, this probably isn’t the investment for you. But if I put a dramatic collapse in oil prices to the side, what keeps you up at night about WaterBridge?
Alternatively, we talked about how a lot of this growth is built in—it’s MVCs, it’s contract pricing, all this sort of stuff. Again, what breaks this? What keeps you up at night? What could stop that inevitable march to the $900 million we talked about, where, if we’re recording this on your 10th podcast appearance 3 years from now, we say, hey, this didn’t work out for XYZ reason?
Yeah, I think that some environmental disaster or something like that—a pipeline breaks, you have some expensive lawsuit, some remediation work that’s really expensive—I mean, that would be worrisome. I don’t think it’s a long-term risk, but anytime you have something that’s complicated with respect to this, where you have the sister companies LandBridge and WaterBridge, it’s always going to be ripe for short reports to attack it. So you may wake up one day and it be down 20% because some short report came out. I don’t think that is a long-term issue for the business, but it doesn’t make it fun in the short term.
This is completely off the cuff, so forgive me for this, but on the remediation and pipeline spill, I’ve been involved with pipeline spills before on the oil side, and it’s a disaster, right? It’s generally pipeline spills in the ocean, but even on the ground it’s a disaster. Oil kills everything. It coats everything, kills everything. If you had a pipeline spill here, I mean, I understand this water is not potable, right? You and I aren’t going to go drink this water or something, but if you had a pipeline—
Yeah, it’s corrosive. It’s nasty stuff.
But would it be as big a disaster as oil? Because it’s—I mean, at its base, it’s water. Would it be like, hey, eventually it evaporates and kind of goes away, and it’s not as bad? An oil spill—we’re talking hundreds of millions of cleanup here. If there’s a spill, is it tens of millions? Is it single-digit millions?
Yeah, I don’t know. It would probably drive a lot of business to their landfill. [Laughter]
So if it was their customer—if it was a customer that caused the spill—then it would be fantastic. It’d be business-generative for them. But no, that is true. I was just curious because sometimes it does help when you quantify the actual downside.
I do merger arb. In merger arb, you’re always worried about the deal breaking on the downside. But every now and then, you’ll have something where it’s like, hey, in between the deal announcement and the deal closing, they announced 4 new contracts for $100 million each. Guess what? The downside used to be 40. Now the downside’s 50. And that completely changes the calculus.
If the downside here is an oil spill à la Exxon Valdez, and we’re talking billions in cleanup costs, that’s one thing. If a spill here is, hey, we need to go—I don’t know—take hair dryers and evaporate all this water—
I think the environmental damage of the Exxon Valdez in the ocean is probably much more dramatic than it is in the middle of the desert, in the most desolate part of the country, too. That’s exactly one of the many things I was driving to, right? It is a very desolate piece of the desert.
So maybe a spill can be remediated in a lot of cheaper ways than we think about spills. Yeah.
I mean, oil prices are obviously the big risk that you want to keep an eye on. I think that it could be a good thing to have low oil prices in the short term just to prove out the resilience of the thesis, but it's definitely tied to oil. And then the LandBridge-WaterBridge common-management, dual-stock kind of structure just makes them susceptible to conflicts of interest. I mean, they have to manage the conflicts well. They've done it in the past, and I think they'll do it in the future, but you'll have short reports coming out where they make some claims.
Yeah. So, I've probably asked 4 questions on the potential for conflicts of interest, and I think you've had good answers. They've managed this for years, but you've said it is there. A short report will probably come out at some point highlighting the conflicts of interest on one side or the other.
They already have.
Oh, really? I hadn't seen one.
One. There is one that came out before WaterBridge went public, but yeah.
Okay. I will go find that. But why even have these as different businesses? It just strikes me that the integration would make a lot of sense here.
Well, the integration operationally makes a lot of sense, which is why they do it. But if you look at land royalty companies like Texas Pacific Land and LandBridge, they can trade 25 to 40 times. That is not going to get appropriately valued within WaterBridge. And so it makes sense to have that separate.
I think I hear you, though. If you put these under the same roof and started breaking out segment earnings, everybody would just say, “Oh, how are you doing segment pricing?” So they'd probably have the same issues, and you'd never get the multiple. But it does strike me that these businesses belong together.
Well, as a shareholder of both, I kind of like having them separate. If it makes people more comfortable, I'm a larger shareholder of WaterBridge.
That's great. I think we've covered everything I wanted to cover. Anything else you want to talk about, or anything a listener should go away thinking about?
I think we're pretty good. I mean, the thesis is pretty simple. There's a lot of organic growth within the next few years. It wouldn't surprise me if they do an analyst day, which I really think is needed, because right now most of the people that are looking at this are energy investors or midstream investors.
You want to get the waste guys looking at it. You want to get the generalists looking at it. The concept of the produced-water space is tough initially to get your arms around. It worked out for me because I was invested for years in TPL. I would see the royalties that they would get paid for their produced-water business.
I owned some waste companies. I sat down with the Secure guys at a conference, and they explained the business to me. So for me, it was a little easier to get because I've had so much exposure to it. But I think LandBridge and WaterBridge really need to have an investor day. Now that they're both public, I could see them doing that in the next 2, 3, or 4 months.
Forget the investor day. You know what they needed? They needed you to come on this podcast, because I know you came on this podcast for Secure, what, 12 or 15 months ago or whatever. You mentioned the generalists. How many generalists do you see writing in their letters, “Hey, new position: Secure. It used to be Secure Energy. Now it's Secure Water Solutions?”
Secure's got a nice cadre of fans on Substack and Twitter. Canadian companies are a little bit different, where you don't have to report that you're a shareholder unless you're over, like, 10%.
Yeah.
There are some pretty clever funds that I do know are within the Secure shareholder base that I wish they would disclose their positions, because it would help get a lot more exposure to that company. But you brought up LandBridge on the Secure call that we did, and LandBridge got inbound calls because of that.
And so that helped me get closer to the management team and probably secure a larger allocation of the WaterBridge IPO. So I have you to thank for that.
Good for you, man. That's awesome. Cool. Well, hey, Chadd, this is great. I'm going to go count up the podcasts, because if this is the 5th one, we're losing the tie for the next one. You've got the exclusive Yet Another Value Podcast shirt coming in the mail, but this is great. Looking forward to chatting soon and looking forward to the next podcast.
All right, man. Have a good day.