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Approval should come only after the sponsor proves that the site, power system, water plan, permits, community protections and economics work together under enforceable conditions. Ask for documented studies and utility commitments—not general promises of jobs, available electricity or future mitigation.
How should an approval body use these questions?
Treat the review as a series of evidence gates. A proposal can be attractive in concept yet unready for approval if one dependency—such as a substation upgrade, water allocation or environmental permit—has no verified schedule or funding.
Ask the sponsor to identify each fact as one of three things: verified evidence, a projection with stated assumptions, or a commitment that will become enforceable only if written into a permit, agreement or development condition. Do not let a projection substitute for a binding obligation.
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The federal Executive Order 14318 (2025) defines a “Data Center Project” for that order as a facility requiring more than 100 megawatts (MW) of new load dedicated to specified artificial-intelligence activities. That is an order-specific definition, not a general approval threshold for every data center.
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Is the proposed site actually feasible?
Available acreage is only the starting point. The U.S. Environmental Protection Agency’s “Site Conditions and Feasibility” framework calls for a site analysis, confirmed developable area, infrastructure study, cleanup information and an inventory of available incentives. Apply those elements to the proposed campus and require the underlying documents.
Evidence to request
- A survey showing developable areas, wetlands, flood risk, slopes, easements, setbacks, protected habitat and construction constraints.
- Site history, ownership records and a contamination review, including a plan for investigation, cleanup, liability allocation and regulatory sign-off.
- Access, road-capacity and emergency-response studies for construction and full operation.
- Electric, gas, telecommunications, water and sewer availability studies, with the responsible utilities identified.
- A schedule that includes design, permits, utility work, construction, commissioning and any required remediation.
- A full estimate of technology, construction, energy, land, cleanup and ongoing operating costs, including local energy prices and incentives.
EPA states: “The site’s location and distance to the nearest electricity transmission or distribution line can significantly affect overall project costs and timing.” A formerly used or contaminated property can add cleanup expense, legal exposure and schedule uncertainty even when the land price is attractive.
Approval tests and red flags
Ask which constraints have been ruled out by field work rather than desktop assumptions. A site whose usable area changes after wetland delineation, geotechnical work or contamination testing may no longer support the advertised building footprint. Require a funded remediation plan and a responsible party before approving construction that depends on cleanup.
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Require a phase-by-phase load forecast and evidence from the serving utility or grid operator. The forecast should show initial, interim and ultimate demand, expected commissioning dates, redundancy requirements and major load characteristics. A single nameplate number is not a delivery plan.
Power questions that must have written answers
- What interconnection path serves each phase, and which utility or grid-operator studies confirm available capacity?
- Which substations, feeders, transmission lines, protection systems or controls must be upgraded?
- What is the design and construction schedule for each upgrade, and what milestones control the data center’s energization date?
- Who pays for generation, transmission, substations, distribution work, studies, deposits and cost overruns?
- What happens if a required upgrade or new generator is late, downsized or denied?
- What firm, interruptible, temporary or backup service assumptions are embedded in the business case?
EPA’s feasibility guidance treats proximity to electric infrastructure and impediments between the site and that infrastructure as factors affecting both cost and timing. Ask for a contingency that preserves reliability without shifting unexpected costs to other customers.
If the project proposes on-site or islanded generation
Identify the generation technology, fuel supply and storage, emissions profile, operating hours, noise controls, backup arrangements and all required permits. The EPA announced on July 27, 2026, that its guidance says the Clean Air Act Acid Rain Program does not apply to power-generation facilities that are not connected to the public grid. That statement is limited to that program and configuration; it does not remove other federal, state or local air, environmental, land-use or safety requirements.
How much water will the project use, and where will it come from?
Do not accept a generic “efficient cooling” claim. Request projected water demand for normal operation, hot-weather peaks, commissioning, maintenance and emergency conditions. The filing should distinguish intake, consumptive use, recirculation, evaporation and discharge.
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Water and wastewater evidence
- Cooling-system design, operating temperatures, redundancy and assumptions behind every demand estimate.
- Source, legal availability, seasonal reliability and competing users for municipal, utility, groundwater, surface-water or reclaimed supplies.
- Water balance showing intake, reuse, blowdown, wastewater volumes and treatment capacity.
- Discharge location, treatment requirements, permits and responsibility for compliance.
- Drought-stage restrictions, curtailment rules and a technically credible alternative-water or reduced-load plan.
- Stormwater controls for construction and operation, including detention, water quality and extreme-rainfall design.
- Monitoring points, reporting frequency, trigger levels and corrective actions for scarcity or water-quality problems.
The official material reviewed does not establish a universal data-center water-use figure or approval threshold. Any number should therefore be tied to the proposed cooling design, climate, operating profile and a project-specific filing or original publisher.
Watershed and community context
Evaluate the effect on farms, households, industry, ecosystems and drinking-water reserves, not only the facility’s contracted supply. Pennsylvania’s 2026 GRID standards illustrate a state-specific approach in which projects in sensitive watersheds can face additional collaboration and mitigation commitments. Those standards should not be generalized to other states; use the rules of the actual jurisdiction.
Which approvals apply, and what is on the critical path?
Build a location-specific permit matrix before granting a major approval. EPA notes that many projects require land-use and zoning reviews by local planning boards or other local permitting bodies, with state or county reviews varying by site. EPA’s “Design and Development” guidance says: “Many projects require land use and zoning reviews, permits or approvals by local departments such as a planning review board or other local permitting bodies.”
Minimum permit-matrix fields
| Approval or review | Evidence to attach | Dependency and decision point | Appeal or delay exposure |
|---|---|---|---|
| Local zoning, land use and site plan | Current zoning, variance or rezoning application, site drawings and traffic analysis | Usually precedes building permits and may control allowable use, height, noise or setbacks | Public hearings, board conditions and judicial appeals |
| Construction and building approvals | Stamped plans, code analysis, geotechnical and fire-safety documents | Required before specified construction stages | Plan revisions, inspections and code objections |
| Air, water and stormwater permits | Emissions and cooling calculations, discharge design, erosion and sediment plans | Must align with equipment procurement and site work | Technical completeness reviews, public comments and permit conditions |
| Species, wetlands and historic-preservation reviews | Field surveys, impact findings and avoidance or mitigation plans | Can change the developable footprint or construction window | Seasonal survey requirements and consultation delays |
| Federal environmental review | Agency determination and environmental document, if applicable | An Environmental Impact Statement (EIS) is required when the agency determines the action will have a reasonably foreseeable significant effect on the human environment | Scoping, alternatives analysis, public comments and litigation |
| Transmission authorizations | Route, engineering, landowner and agency materials | Applies only where associated transmission qualifies for the relevant program | Multi-agency review, siting objections and right-of-way issues |
Do not infer the exact permit set without the site, design, cooling system, fuel source and connected infrastructure. The U.S. Department of Energy describes an EIS as an agency determination tied to reasonably foreseeable significant effects; it is not an automatic requirement for every data center.
When associated transmission may use CITAP
DOE’s Coordinated Interagency Transmission Authorizations and Permits (CITAP) Program is limited to qualifying electric-transmission projects. Eligible applicants prepare pre-application documentation, coordinate federal review, use a project-specific schedule and provide a public-participation plan. It does not govern every data-center approval or guarantee a particular schedule. Confirm eligibility before relying on it in the project timeline.
What burdens and benefits will nearby communities experience?
Require a quantified impact inventory for construction and operation. It should cover heavy-truck routes, road wear, noise by time of day, air emissions, land and habitat disturbance, water demand, visual effects, worker influx and emergency-response needs. Show baseline conditions, modeled changes, mitigation performance and the party responsible for each measure.
Engagement that can change the proposal
- Map affected neighborhoods, Tribal Nations, local governments, watershed groups, businesses and emergency services.
- Publish understandable summaries and the underlying technical studies early enough for meaningful review.
- Provide translation, accessible meeting formats and a documented response to substantive comments.
- State which design features, operating limits or mitigation terms can change because of feedback.
- Assign a named owner, funding source, deadline and reporting method for every commitment.
DOE’s CITAP guidance requires a participation plan for qualifying transmission applicants and encourages early engagement; that requirement is program-specific. Pennsylvania’s 2026 GRID program is another state-specific example linking permit evaluation with local approval and environmental, community, economic and transparency commitments.
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Do the promised economic benefits survive a full-cost analysis?
Separate gross announcements from durable net benefits. Ask who pays for generation, substations, transmission, water and sewer expansion, roads, emergency services, tax incentives, site remediation and long-term operations. Model costs borne by the developer, utility customers, local taxpayers and state or federal programs.
Benefits that should be measurable
- Construction jobs by trade, duration, local hiring expectations and apprenticeship or workforce-development funding.
- Permanent jobs by skill, shift, wage range and training pathway.
- Tax, fee and other public revenues, with assumptions about assessment, abatements and project phasing.
- Procurement commitments to local or regional firms, stated with eligibility and reporting rules.
- Community investments, energy-affordability measures and remediation funds with dates and enforcement.
Make commitments time-bound, auditable and enforceable, with remedies for nonperformance. EPA’s feasibility framework expressly includes local energy prices and incentives. Pennsylvania’s GRID requirements make energy affordability and economic commitments part of its state-specific framework. No cited official source establishes a universal net-benefit figure, so demand a transparent project model rather than a headline multiplier.
Is the proposal mature enough to approve?
Request one indexed evidence package so decision-makers can test dependencies instead of reviewing disconnected presentations. At minimum, it should contain:
- Site plan, constraints survey, environmental history and confirmed developable area.
- Phase-by-phase load forecast, utility correspondence, interconnection studies and upgrade cost allocation.
- Water balance, drought assumptions, wastewater and stormwater designs, permits and monitoring plans.
- Location-specific permit matrix with agencies, submissions, dependencies, decision dates and appeal paths.
- Noise, traffic, emissions, habitat, historic and emergency-response analyses.
- Alternatives comparing sites, cooling systems, power configurations and no-build or reduced-scale options.
- Lifecycle cost model, incentives, ratepayer or taxpayer exposure and enforceable economic commitments.
- Public-engagement record, comment responses and a register of unresolved conditions.
- Named owners, funding, milestones and remedies for every mitigation or infrastructure obligation.
Separate approvals that can be issued now from approvals contingent on later permits, utility milestones, financing or remediation. A conditional approval should state the precise trigger, evidence required, deadline, stop-work consequence and remedy. Preserve those terms in permits, development agreements or utility contracts rather than in a nonbinding presentation.
How should competing sites or designs be compared?
Use identical assumptions for every option and distinguish projections from binding commitments. A comparison that changes the load forecast, water price or construction schedule between sites is not decision-useful.
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|---|---|
| Power | What capacity is deliverable by each phase, what upgrades are required, when will they be energized and who pays? |
| Water | What source, demand, discharge, drought exposure and backup supply apply to the proposed cooling design? |
| Schedule | Which permits, interconnection studies, land rights or cleanup tasks control commercial operation? |
| Environmental and community effects | How do noise, traffic, emissions, habitat, historic resources and emergency needs differ from baseline? |
| Risk | What contamination, geotechnical, construction, fuel or supply-chain uncertainty remains, and who bears it? |
| Lifecycle cost | What are capital, energy, water, transmission, tax, incentive, decommissioning and remediation costs? |
| Local benefits | Which jobs, revenues, affordability measures and community investments are enforceable and reportable? |
What should decision-makers remember?
There is no defensible cross-project statistic in the cited official material for typical water consumption, net local economic benefit or approval duration. Obtain project-specific or original-source evidence before quoting any such figure. The strongest approval record is therefore not the one with the largest promise; it is the one that proves feasibility, assigns costs, identifies every critical permit and converts mitigation and benefits into enforceable conditions.
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