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ENERGY STRATEGY / DEVELOPMENT USE CASE

Geothermal is an option to earn, not capacity to assume.

Stage Texas geothermal development around resource evidence, net output, water, drilling exposure and a financeable delivery contract.

The Texas context

The Railroad Commission regulates Texas geothermal development and associated injection-well pathways. DOE’s next-generation geothermal work discusses commercialization and resource risks. Drilling progress can improve prospects, but neither a statewide resource thesis nor an industry cost trend proves commercial capacity under a particular parcel.

Railroad Commission of Texas: Geothermal authority and permitting

Our view

A campus should separate the option to investigate geothermal from the obligation to deliver a tenant’s opening load. The best early decision can be a small, bounded investigation with a clear stop condition. Do not force uncertain subsurface performance into a fixed building-handover schedule.

Capital gates before a campus commitment

Swipe or scroll to compare all columns.

GateEvidence neededExposure to contain
ScreenResource, land, rights and technology basisLow-cost option and investigation budget
DemonstrateMeasured circulation, temperature and usable outputFailed well and remedial-work expenditure
ContractNet delivery, completion security and operating obligationsPrice and schedule risk accepted by each party
CommitFinanceable supply and campus integration routeTenant opening dependence and replacement supply

The owner’s situation

A later campus phase could benefit from round-the-clock generation. A developer proposes geothermal supply and points to Texas drilling expertise. The owner must decide whether to commit land, pay development costs or sign long-term offtake while the resource remains untested. Tenant A still needs a credible near-term route; Tenant B could be an anchor if commercial output and timing are demonstrated.

What we need to establish

Identify the proposed technology and distinguish electricity generation from ground-source heating, cooling or thermal storage. Obtain site-specific temperature, depth, permeability or circulation assumptions, water requirements, subsurface rights and competing uses. Compare gross turbine output with net delivered electricity after pumps, cooling and other parasitic loads. Review drilling estimates, unsuccessful-well exposure, resource decline, maintenance and the route to deliver electricity to the campus.

The options we would test

Reserve the option for a later phase

Preserve investigation and infrastructure rights without counting supply as available.

Before committing A spending cap, expiry and alternative use for reserved land.

Buy qualified output from a separate developer

Use a negotiated supply contract after sufficient resource and delivery evidence.

Before committing The campus still underwrites its offtake obligations and replacement-energy exposure.

Sponsor a bounded demonstration

Fund early evidence when the strategic value justifies risk capital.

Before committing A demonstration is not ordinary low-risk infrastructure debt.

What owners should do

Our proposed execution sequence for this assignment:

  1. Commission an independent resource decision

    Have qualified subsurface and power specialists assess the proposed resource and net-output basis. Compare what is measured with what is inferred. Sitebraid connects those findings to the phase requirement and land plan rather than endorsing a resource claim.

  2. Allocate unsuccessful-development risk

    Identify who owns wells, pays overruns and funds remediation or abandonment. Keep the downside within an explicit sponsor decision. Do not assume a PPA price transfers every drilling or delay exposure.

  3. Build a staged offtake route

    Align development milestones, tested performance, financing conditions and tenant demand. Establish long-stop dates and remedies with counsel. Preserve a separately supported first-phase power route while the resource is uncertain.

  4. Integrate only demonstrated service

    Advance applicable permits, electrical interconnection and operating arrangements with the appointed teams. Verify delivered net capacity and acceptance conditions before moving it from the option column into the committed campus supply.

How we protect the decision

Do not extrapolate a successful well or demonstration into an entire campus baseload claim. Distinguish resource assessment from drillability and commercial output. Evaluate water and cooling requirements alongside electrical benefit. Treat future drilling-cost reductions as scenarios, not guaranteed savings in a current investment case.

What completion looks like

For an early appointment, success is an invest, investigate or stop decision with priced exposure and evidence gaps. Later acceptance requires the contracted net-delivery and operating tests. Abandoning an unsupported resource before it controls the campus schedule can be the correct development result.

What we would track

  • Net delivered capacity demonstrated, not gross nameplate.
  • Capital at risk before each evidence gate.
  • Resource, drilling and permitting conditions still open.
  • Replacement-power cost and schedule if development stops.

Preserve geothermal upside without making an unproven resource the critical path for a tenant.

Source record

Railroad Commission of Texas: Geothermal authority and permitting
DOE: Next-Generation Geothermal Power, 2025 report

The cited sources establish the public context, not a project approval, tariff quote or Sitebraid track record. The scenario, commercial tests and delivery approach are illustrative Sitebraid analysis. Confirm applicable requirements and contracts for the specific site before commitment.

Our view and proposed execution plan are Sitebraid opinions, not prescribed engineering or a promise of approval. Specialist design and regulated work belong to the appropriately qualified appointed teams. Public context was reviewed September 8, 2026.

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