Archbald Data Center Vote Could Pave Way for Water Use Challenges

Executive Summary

Archbald Borough Council is preparing to vote on the Wildcat Ridge Data Center campus, a project that would draw cooling water from Pennsylvania American Water's Lake Scranton system — and the water supply question may prove as decisive as any zoning or power concern. For developers, this vote is a preview of a constraint that is rapidly moving from footnote to headline in data center site selection: water access. Projects without credible, utility-backed water sourcing strategies face growing scrutiny at the local level. The InfraSale takeaway is direct — developers and investors evaluating Pennsylvania sites must now run water due diligence with the same rigor they apply to megawatt capacity and interconnection queue position.

What Happened

Archbald Borough Council is set to vote this week on the Wildcat Ridge Data Center campus project. The development would be sited within the borough and has drawn attention primarily because of its proposed cooling water sourcing strategy.

The developer has proposed drawing cooling water from Pennsylvania American Water's Lake Scranton system. That proposal has surfaced concerns among local stakeholders about water supply availability, long-term access reliability, and the precedent it sets for large-scale water withdrawals in the region.

Discussions around water sourcing have become a central axis of the approval process, signaling that local governance in northeastern Pennsylvania is prepared to treat water resource access as a first-order approval question — not a secondary infrastructure detail.

Source: The Times-Tribune

Why This Matters

Water is becoming a hard constraint in data center development, and Archbald is an early example of local government making that explicit. Most permitting discourse for large digital infrastructure projects concentrates on zoning, traffic, noise, and power access. When a municipal council places water supply at the center of a vote, it signals a maturing awareness of resource competition.

If the Council denies or conditions the approval on water sourcing modifications, it creates a regional template. Other municipalities in Pennsylvania watching this vote may adopt similar review frameworks — particularly in watersheds already under seasonal stress or subject to competing municipal and agricultural demand.

Industry context: Data centers at hyperscale or colocation scale can consume hundreds of thousands of gallons of water per day for evaporative cooling. As AI workloads drive higher power densities, the thermal load per facility increases, which means cooling water demand scales with the same forces driving electricity demand.

A successful vote in favor of the project, conversely, could accelerate land acquisition and pre-development activity in the region, as developers interpret approval as a signal that northeastern Pennsylvania's regulatory environment is navigable.

Power & Interconnection Impact

The source does not provide specific details on the project's power requirements, utility service provider, or interconnection queue status. However, a data center campus of meaningful scale in northeastern Pennsylvania would draw from PPL Electric Utilities or a neighboring utility's service territory and would require a formal interconnection study process through PJM.

Assumption: Campus-scale data centers in this geography typically require 20–100 MW or more of dedicated capacity, depending on the build-out phase. At that scale, new substation infrastructure or distribution upgrades are frequently required, adding 12–36 months to project timelines independent of land approvals.

The water issue and the power issue are linked operationally. If water access is constrained or conditioned, developers may need to pivot toward alternative cooling architectures — including air-side economization or closed-loop systems — that can shift energy efficiency ratios and, in turn, affect the facility's total power draw profile presented to the utility.

Land, Zoning & Permitting Impact

The Archbald vote introduces a template in which water resource management sits alongside traditional land use review. If the Council conditions approval on a formal water allocation agreement with Pennsylvania American Water, future developers in the region should expect that same condition applied to their projects from the outset.

This has direct implications for site selection timelines. Adding a water supply agreement to the critical path — alongside environmental review, stormwater management, and zoning approvals — extends the pre-construction runway. Developers who do not initiate utility water discussions during site selection, rather than during entitlement, will face avoidable delays.

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Assumption: Pennsylvania's Act 537 sewage planning process and relevant DEP permitting could intersect with any large-scale water withdrawal or wastewater discharge plan associated with the campus, adding a state-level layer to what might otherwise be treated as a local approval.

The precedent set here could also inform how other northeastern Pennsylvania boroughs and townships update their zoning ordinances to address large-footprint industrial users with elevated water demands — potentially codifying water availability as a conditional use criterion.

Investment Takeaway

Water due diligence is no longer optional. Investors evaluating data center development opportunities in Pennsylvania should require formal water sourcing analysis as part of pre-LOI diligence, not post-closing integration planning.
Approval risk is repricing northeastern PA sites. If Archbald conditions or denies this vote, expect a near-term softening in land values for data center-targeted parcels in the region as developers reassess resource risk.
Alternative cooling technology may create a competitive moat. Projects built around closed-loop or air-cooled systems sidestep the water access debate entirely. Capital backing those designs faces less local opposition and fewer entitlement conditions.
Timeline slippage is the base case if water conditions are imposed. Any requirement to negotiate a formal allocation agreement with Pennsylvania American Water adds months to the critical path — a material consideration for lease-up and return modeling.
Watch for municipal policy contagion. The Archbald vote will be read by neighboring municipalities. Investors with regional site portfolios should assess exposure to similar water-sourcing review requirements across their pipeline.

InfraSale Market Angle

For developers actively sourcing sites in Pennsylvania and the broader Mid-Atlantic region, the Archbald vote functions as an early warning signal. The time to resolve water access questions is during site selection — not during zoning hearings. Developers who arrive at a council vote without a utility-backed water sourcing plan are increasingly walking into a process they cannot control.

Investors performing due diligence on data center development projects should add water resource availability to their standard infrastructure checklist alongside transmission access, fiber proximity, and land basis. Local government attitudes toward water supply management vary significantly at the township and borough level in Pennsylvania, and that variance now carries financial weight.

Local governments watching this process should begin developing policy frameworks that address large-volume water users before projects arrive at the permitting stage. Reactive policy under development pressure leads to inconsistent outcomes and project delays that neither developers nor municipalities benefit from.

Market Signal

Location: Archbald, Pennsylvania
Primary Issue: Water supply access for data center
Infrastructure Theme: Water use
Who Benefits: Developers with sustainable water sourcing solutions
Who's at Risk: Data center projects lacking adequate water resources
InfraSale Takeaway: Monitor the Archbald vote and prepare for potential new permitting challenges.

Take Action

The Archbald vote is a live case study in how water resource constraints are reshaping data center development timelines and approval risk profiles across Pennsylvania. Developers and investors who get ahead of this issue — by building water sourcing strategies into site selection, not after — will outperform those who treat it as a permitting afterthought. Browse available powered land and DC sites on InfraSale to identify assets where resource access has already been vetted.

FAQ

What are the cooling water requirements for data centers?

Data centers use water primarily for evaporative cooling in cooling towers, where it dissipates heat generated by servers. Industry context: A mid-scale facility consuming 10–20 MW can use hundreds of thousands of gallons per day, with hyperscale campuses exceeding one million gallons daily. Higher-density AI workloads are driving these figures upward as thermal loads per rack increase. Alternative architectures, including closed-loop and air-side systems, can reduce or eliminate water withdrawal requirements.

How does water supply access affect data center project feasibility?

If a developer cannot secure a reliable, utility-backed water allocation, the project's cooling design must be rearchitected — or the site must be abandoned. Water access failures discovered late in the entitlement process result in sunk site acquisition and engineering costs. Assumption: In municipalities where a single utility controls watershed access, as appears to be the case with Lake Scranton, the developer's negotiating position is constrained, making early engagement with the utility non-negotiable.

What are the common permitting challenges for data centers in Pennsylvania?

Pennsylvania data center projects face a layered approval process that can include local zoning and conditional use review, Act 537 sewage planning, DEP stormwater and environmental permits, and PUC-adjacent discussions with utilities. Industry context: Municipalities in northeastern Pennsylvania vary significantly in their familiarity with large-footprint industrial users, which can introduce unpredictable review timelines. The Archbald case adds water resource management to that list as an increasingly standard point of local scrutiny.

Can a data center developer avoid water supply constraints entirely?

Yes, through cooling architecture choices made at the design stage. Air-side economization, closed-loop cooling systems, and advanced liquid cooling at the chip level can dramatically reduce or eliminate the need for large-volume water withdrawals from municipal or utility sources. These designs typically carry higher upfront capital costs but reduce entitlement risk and operational exposure to water pricing or allocation changes over the facility's life.