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High-Performance Computing for Energy Innovation

HPC4EI / HPC4Mfg Spring Solicitation

Provides supercomputing access to small and medium manufacturers for industrial process optimization.

PausedDOE Office of Critical Minerals and Energy Innovation (formerly EERE)United StatesDeep-tech · core fit

⚠ This may reflect a past cycle — verify the current call on the funder's site.

The Spring 2026 HPC4EI (High-Performance Computing for Energy Innovation) solicitation, issued under FOA HPC4EI-2026SP-RN-SOL, makes over $10 million available for U.S.-based small and medium-sized manufacturers (SMMs) to access DOE supercomputing resources at national laboratories. The program is jointly administered by DOE's Advanced Materials and Manufacturing Technologies Office (AMMTO) and Industrial Technologies Office (ITO), both within the Office of Critical Minerals and Energy Innovation (CMEI), with Lawrence Livermore National Laboratory (LLNL) serving as the program manager. Projects are supported in two focus areas: advanced materials and manufacturing technologies, and industrial process optimization and heating. Individual awards are capped at $400,000 per project. The program leverages artificial intelligence, machine learning, and digital simulation capabilities available at DOE national laboratories to accelerate materials development and improve industrial competitiveness.

All applicants must be U.S.-based SMMs applying in partnership with a national laboratory, university, institute, or nonprofit organization. The solicitation is structured in two stages: concept papers were due May 27, 2026 at 5:00 PM PT; full applications are due in August 2026. Because the concept paper deadline has passed, only teams that submitted a concept paper are eligible to proceed to the full application stage. Managed by LLNL, the program connects manufacturers with world-class computing infrastructure including supercomputers such as those at Oak Ridge, Argonne, and Livermore national laboratories.

Manufacturers with computationally intensive R&D challenges — such as materials design, process simulation, or AI-driven quality optimization — that lack internal HPC infrastructure are the target applicants. Teams should frame their concept around a specific industrial problem that national lab computing can accelerate. Because the program recurs each year (Fall 2026 solicitation anticipated), SMMs that missed the concept paper deadline should begin building national lab partnerships now to compete in the next cycle.

Access to DOE supercomputing resources at national laboratories for U.S. small and medium manufacturers to optimize industrial processes and advanced materials development.

CycleiHow often this grant runs — e.g. annually, on a rolling basis, or a one-off call.Multiple per year
Next deadlineiThe next date applications are due. Rolling means you can apply any time.—
Decision timeiTypical time from the deadline to the funder's decision.—
Project durationiHow long the funded work is expected to run.—
Award typeiThe form of funding — grant, equity, loan, tax credit, etc.Cooperative agreement
Match fundingiThe share of project costs you must cover yourself. 0% = fully funded.0%
Funding pooliThe total budget available across all awards in this round.$10M

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Last verified: 1 Jun 2026Source: www.energy.gov