Analyzing the Economic Viability of Desalination for Texas Pacific Land in Q1 2026

Economic viability of desalination projects for Texas Pacific Land Corporation (TPL)

1) TPL’s core economic “theory”: desalination must clear two hurdles

TPL’s desalination approach is framed as first an upstream solution, and only then a potential colocation value enhancer (i.e., lower operator costs via power/data-center integration and waste-heat utilization). Management explicitly says it is evaluating desalination “strictly from a need from the upstream perspective, minus what we see for colocation benefit” and that “there are a lot of structures that we are evaluating,” including structures that focus on upstream economics and others that add colocation benefits. ¹

Implication: The economic viability for TPL is not presented as “desal alone makes money.” Instead, TPL is trying to demonstrate whether produced-water desalination can work economically at scale while also creating optionality from waste heat capture, cooling colocation, and use of outlet freshwater and brine streams. ²

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2) Scale matters: TPL is moving from pilot to “commercial sizing” to prove economics

TPL characterizes its activity as “research and development at scale,” stating the industry needed to move “from pilot phasing to something that we would call commercial sizing at the smallest scale… usually 10,000 barrels a day.” ³

In that context, TPL references a specific facility milestone: Phase 2B, a 10,000-barrel-per-day produced-water desalination facility is “nearly complete,” with refrigeration inspection planned for later in the month and expectations to begin flowing inlet water in the coming weeks. ²

Implication: TPL’s stated feasibility work is specifically designed to answer whether economics are workable when the system runs “24/7, day in and day out, at scale,” before considering colocation. ³

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3) Cost and funding assumptions are mentioned, but not fully disclosed—so viability hinges on unshared economics

In the Q&A, management references a theoretical 100,000-barrel-per-day facility and that there are parameters around OpEx and CapEx tied to it. ³ The questioner also cites a figure of “like a $100 million CapEx per 100,000-barrel-per-day facility,” but the excerpt does not confirm whether TPL agrees with that exact number. ³

Robert Crain’s answer focuses on the facility’s purpose and the logic for economic evaluation rather than disclosing full commercial economics. He emphasizes:

• the goal is upstream economic viability first, then
• colocation is intended to “lessen that upstream cost to the operator” and add benefits for hyperscalers from a sustainability standpoint. ³

Implication: From the provided excerpts, TPL’s economic viability is partly evidenced by progress toward scaled operation (10,000 bpd nearing completion) ², but the quantitative hurdle rates (unit costs, recovery rates, brine handling costs, contracted pricing, payback) are not included in what you provided—so a full valuation-grade “yes/no” on economic viability cannot be confirmed solely from these excerpts.

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4) TPL’s desalination viability is tied to the Permian produced-water problem and potential revenue structure flexibility

TPL positions the Phase 2B test facility as a “pathway towards a meaningful solution for the Permian's growing produced water volumes.” ²

It also says the test facility is meant to empirically demonstrate commercial potential for multiple technical-commercial linkages:

• waste heat capture
• cooling colocation
• utilization of outlet freshwater and concentrated brine streams ²

Additionally, TPL discusses broader commercial flexibility: for some deals land is the primary value driver; for others it may be water or aggregates—reflecting that TPL can participate depending on which cost/value component matters most for the developer. ⁴

Implication: If desalination successfully enables data-center/power projects that otherwise face water constraints or high water costs, then TPL can potentially monetize its involvement through multiple channels (water contracts, land, co-location-related services), making desalination economically “viable” as part of an integrated development thesis rather than as a standalone utility-like business. ⁴

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5) Colocation is expected to be an economic lever, but TPL frames it as optional and structure-dependent

TPL’s management repeatedly emphasizes that desalination’s economics include a colocation component, but it must be evaluated in combination with commercial structure and project design. ¹

They also say they “believe in desal strictly from a need from the upstream perspective, minus what we see for colocation benefit,” and that they are evaluating “a lot of structures.” ¹

Separately, TPL’s view is that power integration timing and “speed to power” is key to these projects, and that behind-the-meter gas power increases water usage, which they see as a “net benefit” from both revenue and unlocking acreage. ⁵

Implication: Colocation can improve desal economics by reducing or shifting costs and creating demand that justifies scale, but TPL indicates that outcomes depend on how developers design and finance power/water/data-center configurations. ¹⁵

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6) What TPL can (and can’t) claim about economic viability from progress to date

Based on the excerpts:

Evidence consistent with improving viability

• A 10,000 bpd facility is nearly complete and moving toward inlet water flow, intended to test whether desalination works economically at scale. ²
• TPL explicitly aims to validate upstream economics at scale via 24/7 operation, before relying on colocation. ³
• TPL believes it can unlock additional acreage and revenue through gas power + higher water usage + colocation synergies. ⁵

Limitations of the evidence provided

• The excerpts do not provide unit economics (e.g., $/bbl desalinated, cost of delivered water, brine disposal economics, contracted pricing terms, project IRR/payback). ²³
• While CapEx/OpEx parameters are mentioned around a theoretical 100,000 bpd facility, the excerpt doesn’t show the actual economic results (or even confirmed TPL guidance) needed for a definitive “economic viability” conclusion. ³
• TPL also states it may use brackish water to start, and that it is “in talks around produced water and using desalinated water at some point” on this and other projects—meaning near-term economics may differ depending on feedstock and contract design. ⁶

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Bottom line

From the provided excerpts, TPL treats desalination economic viability as conditional: the company is trying to prove that produced-water desalination can be economically viable at scale (starting with 10,000 bpd) from an upstream-market standpoint first, while recognizing that colocation with gas power, waste heat capture, and cooling integration is a meaningful lever to reduce operator upstream costs and improve commercial attractiveness. ²¹³

However, because the excerpts don’t disclose the actual unit cost economics, contracted water pricing, brine handling economics, or funding structure terms necessary to compute returns, the excerpts support process/scale validation but do not fully support a quantified conclusion on “economic viability” in the investment-benchmark sense. ²⁶³