The Commerce Department has distributed more than $36B in CHIPS Act funding across 40 semiconductor fabrication projects involving 19 companies, with Intel ($7.86B), TSMC ($6.6B), Micron ($6.16B) and Samsung ($4.7B) holding the top four awards as of late 2025 [S3][S5].
Fiscal year 2026 is the final year Commerce is to receive CHIPS Act appropriations for incentivizing domestic production, and the 35% Section 48D Advanced Manufacturing Investment Credit applies only to facilities whose construction begins before December 31, 2026 [S4]. The Trump administration has publicly stated it intends to renegotiate award agreements with recipients, adding a second timeline pressure on top of the construction deadline [S4][S5].
CHIPS Act Funding Structure: $52.7B Total, $39B for Manufacturing
The CHIPS and Science Act of 2022 appropriated $52.7B over five years, split into $39B for manufacturing incentives administered by the CHIPS Program Office, $11B for R&D through the CHIPS R&D Office, $2B for the DoD Microelectronics Commons program, and roughly $500M for global supply chain security [S1][S3]. Of the $39B manufacturing bucket, Commerce has allocated $30.7B in direct awards and $5.5B in loans across 40 projects, with 12 additional companies holding preliminary memoranda of terms as of January 2025 [S4].
The first Notice of Funding Opportunity under the CHIPS Incentives Program (opportunity number 2023-NIST-CHIPS-SMME-01) for facilities producing semiconductor materials and manufacturing equipment has a closing date of November 1, 2026, with applications routed through the CHIPS Incentives Portal at applications.chips.gov [S2]. The second NOFO targets construction, expansion, or modernization of commercial facilities for semiconductor materials and manufacturing equipment; eligible applicants include private-sector entities, nonprofit entities, and consortia with demonstrated ability to finance and execute fab-scale construction [S2].
Section 48D Tax Credit: Rate Increased to 35% Under OBBB
The Section 48D Advanced Manufacturing Investment Credit was raised from 25% to 35% under the One Big Beautiful Bill (OBBB) for property placed in service after December 31, 2025, and the credit remains refundable with a direct-pay election available [S3]. The credit is subject to a 10-year recapture period if the taxpayer engages in certain applicable transactions within that window [S3].
Qualifying projects must begin fab construction before December 31, 2026; the credit does not apply to property whose construction starts after that date, and no extension has been authorized [S3][S4]. The construction-start trigger, not the placed-in-service date, is the binding constraint for tax credit eligibility. A separate [S3] quantifies the cost of slippage: a 12-24 month delay on a $5B fab represents not only deferred CHIPS Act benefit realization but also deferred revenue and market positioning for the recipient. Fab construction processes that depend on heavy industrial equipment, including flow meters for ultrapure water and process-gas skids, are typically the first line items to slip on a delayed project.
Fab Construction Delays: Skilled Labor and Environmental Permitting
Multiple recipients have publicly attributed project delays to two structural bottlenecks: insufficient skilled workers capable of building and equipping commercial fabs, and mitigation planning for the potential environmental effects of award-funded fab construction and operation [S4]. These are not the same bottleneck, and they compress the schedule from opposite ends. Labor shortages extend the mechanical and process-piping critical path, while environmental permitting (NEPA review, state air permits, water reuse plans) extends the pre-construction critical path.
Intel, the largest single awardee, provided the U.S. government with equity in exchange for its direct funding award, a structure that has not been replicated by other recipients, and as of July 2026 no other award recipient has publicly announced changes to total capex or award value [S4]. The U.S. The U.S. share of global chip fabrication capacity fell from approximately 37 percent in 1990 to around 10 percent in 2022, a structural baseline the CHIPS Act was designed to reverse, and by January 2025 the Commerce Department had distributed $30.7 billion in awards and $5.5 billion in loans across 40 projects involving 19 semiconductor companies [S4].
Trump Administration Renegotiation: Award-by-Award Review
Commerce Secretary Howard Lutnick stated in a June 2025 congressional budget hearing that the department has been renegotiating some of the multibillion-dollar CHIPS contracts with funded chipmakers, and President Trump stated in March 2025 his intention to renegotiate award agreements with funding recipients [S4][S5]. The Manufacturing Dive tracker, last updated September 16, 2026, follows the renegotiation status of every award and letter of intent issued since 2022 [S5].
For project sponsors, the practical consequence is dual uncertainty: a binding construction deadline on one axis and an open-ended contract renegotiation on the other. This explains why a related class of facility buildouts, the data center chiller market in 2026, is seeing parallel demand pressure: hyperscale and AI workloads are tying chiller procurement to the same semiconductor capacity calendar. Power infrastructure, where data center developers reserve transformer production slots in 2026 on multi-year lead times, is the third leg of the same supply chain.
Decision Blueprint: Who the Program Is For, and Who It Is Not
The CHIPS Incentives Program is structured for covered entities, meaning private-sector firms, nonprofits, and consortia with demonstrated ability to substantially finance, construct, expand, or modernize a facility relating to fabrication, assembly, testing, advanced packaging, production, or R&D of semiconductors, materials, or manufacturing equipment [S2]. It is not designed for short-cycle assembly shops, distributors, or downstream OEM buyers who do not directly own or build fabs, and the eligible facility scope explicitly covers materials suppliers and equipment makers, not just wafer processors [S2].
Selection criteria across the active program cluster on four axes: covered-entity status, project readiness, environmental and labor mitigation plan quality, and the ability to break ground before December 31, 2026 [S2][S4]. Comparison of the four main support instruments: (1) direct manufacturing grants, $39B pool, $36B+ allocated, largest absolute value but slowest disbursement; (2) Section 48D tax credit, 35% rate, refundable, hard December 31, 2026 construction trigger; (3) federal loans, $5.5B disbursed alongside grants; (4) R&D awards, $11B pool, administered by the CHIPS R&D Office. For a recipient whose fab will not break ground by year-end, the tax-credit path closes and the negotiating leverage on the grant side weakens.
Standards, Permitting, and Industrial Equipment Implications
Fab construction projects funded under the program must navigate federal environmental review, state air and water permits, and local zoning; CSIS analysis of the permitting process identifies streamlining as a program objective, but execution remains state-by-state [S7]. The program does not waive state-level requirements, and any construction-start delay on the environmental side propagates to the tax-credit trigger.
For procurement teams specifying equipment into these fabs, the binding spec is process-side rather than fab-shell-side. Ultrapure water systems (UPW) require industrial valve selections in PVDF and high-purity alloys rated for sub-ppb leachables, while process-gas panels demand pressure transmitter classes with documented Helium-leak-rate certification. Cleanroom and exterior lighting retrofits now run alongside these projects, and a growing share of new fab buildouts reference the lamps and light fittings specification baseline for cleanroom-compatible luminaires with sealed housings and ISO 14644-3 compatible cleanroom ratings. Even building-level equipment such as construction machinery and equipment fleets is being pre-booked on multi-quarter slots because the labor bottleneck extends equipment utilization windows.
Trackable Signals Through Year-End 2026
Three signals will determine whether the program hits its targets: (a) how many awardees break ground on a fab-construction milestone before December 31, 2026, since that is the legal trigger for the 35% Section 48D credit; (b) the outcome of the award-by-award renegotiations, tracked on the Manufacturing Dive public tracker last refreshed September 16, 2026 [S5]; (c) the second NOFO application close on November 1, 2026, for materials and equipment facilities, which will set the final allocation shape of the remaining unobligated manufacturing bucket [S2]. A 12-24 month slippage on any single $5B-class fab represents a measurable deferral of both federal benefit realization and private-revenue capture [S3].