Intel Ohio One in 2026: Timeline, Funding, Water, and Growth Risks

1. The Current Timeline Replaces the Original Launch Narrative

Intel announced its Ohio One project in 2022, breaking ground later that year in the New Albany International Business Park. The initial phase expanded from an announced $20 billion to more than $28 billion for two manufacturing facilities. While public announcements frequently referenced an aspirational $100 billion mega-complex spanning eight fabs, that figure represents a potential long-term scenario rather than capital formally committed to completed factories.

In February 2025, Intel Corporation disclosed that construction of Module 1 was projected for completion in 2030, with volume operations initiating between 2030 and 2031. Module 2 was scheduled for completion in 2031 and operations in 2032. In July 2025, Intel leadership announced that the company was further moderating the construction pace in Ohio to align capital expenditures with customer demand and market wins. Intel’s official annual report reiterates that capital allocation for Ohio remains disciplined to match verified commercial capacity needs.

These disclosures clarify key empirical boundaries: Ohio One is not producing commercial silicon chips today; projected long-term manufacturing headcounts reflect future operational targets rather than active payroll; and the eight-fab concept remains an uncommitted option. A rigorous progress assessment requires separating earthwork, building shell erection, utility connection, extreme ultraviolet (EUV) tool installation, process qualification, and commercial yield ramp.

2. Federal Support Restructured into Equity and Milestone Agreements

In November 2024, the U.S. Department of Commerce finalized a multi-state CHIPS and Science Act award of up to $7.865 billion covering Intel facilities across Arizona, New Mexico, Ohio, and Oregon, with disbursements tied strictly to verified construction, technology qualification, and production milestones. This represented a national multi-facility award, rather than a single grant check to Licking County.

The federal funding architecture underwent a major structural revision in August 2025. Intel announced an agreement under which the federal government would execute an $8.9 billion common-stock investment, funded by $5.7 billion in previously allocated but unpaid CHIPS grants and $3.2 billion from the Secure Enclave defense initiative. Intel noted it had received $2.2 billion in direct CHIPS grants at that stage. The Department of Commerce’s fiscal year financial disclosures document this warrant and stock framework, which amends earlier grant covenants.

Intel’s annual financial reporting provides a verified Ohio accounting datapoint: the company recognized $123 million in capital grants specifically related to its two Ohio fabs during 2025. This localized figure should not be conflated with total public road spending, state tax exemptions, company-wide federal equity investments, or total private capital outlays.

3. Highway Infrastructure and Superload Logistics

Public transportation enhancements surrounding the future campus are moving forward under state and municipal contracts. The City of New Albany’s Silicon Heartland portal documents an Ohio Department of Transportation (ODOT) commitment of $90 million dedicated to regional highway and roadway modernization, centered on primary corridors across Delaware, Franklin, and Licking counties. Active projects include grade separations, widening segments of State Route 161, and local intersection redesigns with independent construction contracts and phased completion schedules.

Heavy industrial freight deliveries have traveled along designated heavy-haul routes from an Ohio River barge dock at Manchester in Adams County north to New Albany. Documented logistics notices show specific oversized loads: municipal updates for convoys 35 and 36 recorded a 162-foot pipe-rack module weighing 333,176 pounds and structural steel components weighing 93,500 pounds. These heavy transport operations reflect significant logistical coordination; however, each superload is planned individually, carrying specific structural steel, transformers, or process piping rather than uniform machinery.

4. Water Infrastructure Engineering and Environmental Permitting

New Albany operates as a contract utility community: the city finances, constructs, and maintains local water pipes, booster pumps, and storage tanks, while the City of Columbus supplies treated municipal water and processes wastewater under intergovernmental master agreements. New Albany’s municipal budget documents confirm the completion of four miles of large-diameter water transmission piping, a regional sewage lift station designed to discharge up to 6 million gallons per day (MGD), and a completed 2-million-gallon elevated water storage tank adjacent to the technology park.

These engineered municipal capacities represent infrastructure readiness rather than active factory consumption. Semiconductor manufacturing requires high volumes of ultrapure water (UPW) and produces regulated industrial process wastewater. While advanced chipmakers aim for ambitious water reclamation targets, actual daily consumption rates, chemical pretreatment efficiency, and recycling percentages can only be verified from metered discharge monitoring reports once cleanroom production is operational.

Environmental governance is anchored by the Ohio Environmental Protection Agency (Ohio EPA), which issued an air Permit-to-Install (PTI) authorizing equipment installation and phased operation for up to four manufacturing modules across two building shells, subject to emissions controls, continuous scrubbers, and subsequent Title V operating reviews. Construction activities also operate under state stormwater pollution prevention plans and wetland mitigation permits.

5. Electrical Grid Interconnection and Reliability Architecture

Supplying continuous, high-reliability power to an advanced semiconductor fabrication complex requires extensive transmission engineering. Regional grid planning coordinated through American Electric Power (AEP Ohio) and regional transmission operator PJM Interconnection involves multi-million-dollar substation investments, redundant transmission circuits, and upgraded high-voltage lines across Central Ohio.

For rigorous public accountability, large-scale utility infrastructure claims must be verified against formal case dockets filed with the Public Utilities Commission of Ohio (PUCO) and the Ohio Power Siting Board (OPSB). Capital expenditures, customer rate allocations, and in-service dates are subject to regulatory filings that differentiate dedicated customer interconnection facilities from general regional grid modernization.

6. Workforce Pipelines, Municipal Agreements, and Community Fiscal Impacts

Public announcements project that the Ohio One campus could support 3,000 permanent advanced manufacturing positions and up to 7,000 construction jobs at peak activity. Intel has supported technical education programs across Ohio universities, community colleges, and vocational schools, and specialized technicians have completed training rotations at operating Intel facilities in Oregon and Arizona. However, long-term employment counts depend on production commissioning timelines and actual fabrication volumes.

The regional supplier ecosystem is similarly evolving at a disciplined pace. While original development concepts anticipated attracting dozens of Tier-1 and Tier-2 suppliers to Licking and surrounding counties, verified vendor commitments require tracking individual commercial land purchases, municipal zoning approvals, and facility groundbreakings.

Local public services and municipal budgets are shaped by formal development agreements. Under a 30-year Community Reinvestment Area (CRA) property tax abatement approved by the New Albany City Council in 2022, property taxes on structural improvements are abated, with negotiated revenue-sharing and income-tax withholding mechanisms designed to support local school districts and municipal services. The net fiscal impact of these agreements will unfold over decades, calibrated to factory completion schedules and actual payroll generation.

7. A Public Accountability Framework for Megaproject Tracking

To provide transparent monitoring of large-scale industrial megaprojects, public reporting should measure progress against six empirical benchmarks:

1. Construction Milestones: Module-by-module structural completion, utility hookup dates, cleanroom certification, and formal reasons for schedule revisions.
2. Public Financing Disbursements: Authorized federal, state, and local incentives, verified disbursement triggers, milestone compliance, and statutory clawback provisions.
3. Verified Headcount: Direct permanent payroll distinguished from transient construction labor, wage brackets, and local Ohio residency percentages.
4. Water and Environmental Performance: Permitted capacity compared to actual metered consumption, industrial wastewater pretreatment compliance, and discharge monitoring reports.
5. Electric Grid Integration: Verified utility rate cases, regulatory filings with PUCO/OPSB, peak demand curves, and carbon accounting standards.
6. Local Municipal Capacity: Traffic volume counts, emergency service response times, public school funding distributions, and municipal debt obligations.

Intel Ohio One remains a historic industrial endeavor that is actively reshaping Central Ohio’s built environment. However, its factual status in 2026 is distinct from a fully realized manufacturing center: construction has been intentionally paced, commercial production is scheduled for the turn of the decade, federal financing has adapted, and community economic multipliers remain forward-looking forecasts. Rigorous, source-verified tracking offers the most dependable guide for residents, workers, civic planners, and public institutions.

8. Primary Official and Company Sources