Opportunity Information: Apply for PD 10 7644

  • The National Science Foundation in the science and technology and other research and development sector is offering a public funding opportunity titled "Energy for Sustainability" and is now available to receive applicants.
  • Interested and eligible applicants and submit their applications by referencing the CFDA number(s): 47.041 Engineering Grants.
  • This funding opportunity was created on Dec 10, 2010 and posted on Mar 6, 2009.
  • Applicants must submit their applications by Archived See 11 7644. (Agency may still review applications by suitable applicants for the remaining/unused allocated funding in 2026.)
  • Eligible applicants include: Unrestricted (i.e., open to any type of entity above), subject to any clarification in text field entitled Additional Information on Eligibility.
Apply for PD 10 7644

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Opportunity Summary:

The National Science Foundation's Energy for Sustainability program is a discretionary grant opportunity within the Engineering Grants CFDA (47.041) that funds fundamental research and education aimed at improving how energy is produced, converted, and stored, with a clear emphasis on environmentally friendly, renewable approaches. The motivation behind the program is straightforward: most global energy demand is still met by burning fossil fuels, and as worldwide energy needs rise, society will need scalable alternatives that both meet demand and reduce greenhouse gas emissions. In practice, the program is looking for enabling science and early-stage engineering knowledge that can unlock cleaner energy pathways rather than late-stage deployment or purely incremental product development.

The scope is broad across several renewable or sustainable energy sources, including sunlight, wind and wave energy, biomass, and geothermal resources. It also highlights renewable-derived energy carriers such as hydrocarbons, alcohols, and hydrogen, recognizing that storing and transporting energy often requires chemical carriers rather than direct electricity alone. A major research thrust is hydrogen, specifically the foundational science and technology needed to generate hydrogen more efficiently and to store it more effectively. Hydrogen production pathways of interest include converting biomass into hydrogen and splitting water through electrolysis, photolysis, or thermolysis. The program also frames biomass as a widely available feedstock, pointing to agricultural residues, forest products, aquatic plants, and municipal waste streams. Beyond hydrogen, the opportunity explicitly notes that biomass can be converted into liquid and gaseous hydrocarbons and alcohols, reinforcing interest in renewable fuels and chemical intermediates that can integrate with existing energy infrastructure.

Fuel cells are presented as an important long-term energy conversion technology because of their potential for high-efficiency electricity generation from fuels like hydrogen and alcohols. The program calls out specific technical bottlenecks that require deeper research, especially catalysts and electrolytes, along with the underlying reaction and transport mechanisms at the catalyst and membrane-electrolyte interface. These details signal that competitive proposals are likely to address fundamental limitations affecting fuel cell efficiency, durability, power density, and environmental impact. It also emphasizes that the engineering side of fuel cell systems still needs work, particularly water management and thermal management, which are often decisive for real-world performance even when materials are promising.

For wind energy, the program focus is not simply on building bigger turbines, but on the fundamental understanding needed to improve efficiency. It highlights the interaction between wind and blade structures, including fluid flow behavior and blade optimization. That framing points toward proposals in aerodynamics, aeroelasticity, materials-structure interaction, and modeling or experimental approaches that lead to better designs and improved energy capture. For solar energy, the program supports research on photovoltaic devices and notes that while silicon has dominated historically, other semiconducting materials, quantum materials, and organic materials may offer important advantages. It also encourages novel fabrication techniques and new materials for solar conversion, which suggests interest in fundamental device physics, materials chemistry, and manufacturing-relevant innovations that could shift cost, efficiency, or scalability.

On award structure, unsolicited (standard) awards typically run one to three years, with an average annual award size around $100,000. The program also considers small equipment proposals under $100,000, but these must be submitted within the designated submission windows; proposals submitted outside the announced windows are returned without review, so timing is treated as a strict compliance issue. CAREER awards follow NSF's standard five-year duration, with the Engineering CAREER deadline occurring in July each year. The program also allows proposals for conferences, workshops, and supplements at any time, but they require advance discussion with the program director before submission. Similarly, RAPID and EAGER mechanisms (which replaced the older SGER mechanism) are available, but they also require prior discussion with the program director and must follow the Proposal and Award Policies and Procedures Guide (PAPPG) requirements referenced in the announcement.

Administratively, the opportunity was posted in 2009 and later archived (with references to an archive record), and it lists annual submission windows (historically including February to March and August to September windows, due by 5 p.m. local time). Eligibility is described as unrestricted, meaning it is open to a wide range of entity types, subject to any clarifications in the full program text. The sponsoring agency is NSF, and questions about electronic access or linking issues are routed through NSF and Grants.gov support channels, with an emphasis on using the relevant NSF guidance documents when preparing a compliant proposal.

Frequently Asked Questions (FAQs)

What is the NSF Energy for Sustainability program?

The National Science Foundation (NSF) Energy for Sustainability program is a discretionary grant opportunity within the Engineering Grants CFDA (47.041). It funds fundamental research and education focused on improving how energy is produced, converted, and stored, with a clear emphasis on environmentally friendly and renewable approaches.

What kinds of projects is this program trying to support?

The program is aimed at enabling science and early-stage engineering knowledge that can unlock cleaner energy pathways. It is not focused on late-stage deployment efforts or purely incremental product development. The motivation is to help develop scalable alternatives to fossil fuels that can meet rising energy demand while reducing greenhouse gas emissions.

What renewable or sustainable energy sources are included in the scope?

The scope is broad and includes research related to sunlight (solar), wind and wave energy, biomass, and geothermal resources. The program also highlights renewable-derived energy carriers used for storage and transport, including hydrocarbons, alcohols, and hydrogen.

Why does the program emphasize energy carriers like hydrogen, hydrocarbons, and alcohols?

The program recognizes that storing and transporting energy often requires chemical carriers rather than relying on direct electricity alone. Renewable-derived carriers such as hydrogen, hydrocarbons, and alcohols are therefore part of the program scope.

Is hydrogen a major focus area for the program?

Yes. A major research thrust is hydrogen, specifically foundational science and technology to generate hydrogen more efficiently and to store it more effectively.

What hydrogen production pathways are specifically mentioned as being of interest?

The program notes interest in hydrogen production by converting biomass into hydrogen and by splitting water through electrolysis, photolysis, or thermolysis.

How does the program describe biomass within the opportunity?

Biomass is framed as a widely available feedstock. Examples mentioned include agricultural residues, forest products, aquatic plants, and municipal waste streams.

Does the program support research on converting biomass into fuels or chemicals besides hydrogen?

Yes. The opportunity explicitly notes that biomass can be converted into liquid and gaseous hydrocarbons and alcohols, reinforcing interest in renewable fuels and chemical intermediates that could integrate with existing energy infrastructure.

What role do fuel cells play in the program scope?

Fuel cells are presented as an important long-term energy conversion technology because of their potential for high-efficiency electricity generation from fuels such as hydrogen and alcohols.

What fuel cell research challenges does the program highlight?

The program points to technical bottlenecks requiring deeper research, particularly catalysts and electrolytes, as well as the underlying reaction and transport mechanisms at the catalyst and membrane-electrolyte interface. It also emphasizes engineering challenges in fuel cell systems, especially water management and thermal management, which can strongly influence real-world performance.

What kind of wind energy research is the program looking for?

For wind energy, the focus is on fundamental understanding needed to improve efficiency rather than simply building larger turbines. The opportunity highlights interaction between wind and blade structures, including fluid flow behavior and blade optimization.

What kind of solar energy research is supported under this program?

The program supports research on photovoltaic devices. While silicon has historically dominated, the opportunity notes that other semiconducting materials, quantum materials, and organic materials may offer advantages. It also encourages novel fabrication techniques and new materials for solar conversion.

What is the typical award duration for standard (unsolicited) proposals?

Unsolicited (standard) awards typically run one to three years.

What is the typical award size for standard (unsolicited) proposals?

The average annual award size is around $100,000.

Are small equipment proposals allowed, and are there any special rules?

Yes. The program considers small equipment proposals under $100,000. However, these proposals must be submitted within the designated submission windows. Proposals submitted outside the announced windows are returned without review, so timing is treated as a strict compliance requirement.

Does the program support NSF CAREER proposals?

Yes. CAREER awards follow NSF's standard five-year duration, with the Engineering CAREER deadline occurring in July each year (as stated in the opportunity information).

Can proposals for conferences or workshops be submitted under this opportunity?

Yes. The program allows proposals for conferences, workshops, and supplements at any time, but they require advance discussion with the program director before submission.

Are RAPID and EAGER proposals allowed, and what is required before submission?

Yes. RAPID and EAGER mechanisms are available (noting they replaced the older SGER mechanism). They require prior discussion with the program director and must follow the Proposal and Award Policies and Procedures Guide (PAPPG) requirements referenced in the announcement.

When are proposals due, and how strict are deadlines?

The opportunity lists annual submission windows, historically including February to March and August to September, due by 5 p.m. local time. The announcement also indicates that proposals submitted outside announced windows (notably small equipment proposals) are returned without review, signaling that timing is enforced strictly.

Who is eligible to apply?

Eligibility is described as unrestricted, meaning the opportunity is open to a wide range of entity types, subject to any clarifications in the full program text.

Which agency sponsors this program?

The sponsoring agency is the National Science Foundation (NSF).

What CFDA number is associated with this opportunity?

The opportunity is within Engineering Grants CFDA 47.041.

Is this opportunity current or archived?

The opportunity information states it was posted in 2009 and later archived, with references to an archive record.

Where should applicants go for help with electronic access or linking issues?

Questions about electronic access or linking issues are routed through NSF and Grants.gov support channels, and applicants are directed to use relevant NSF guidance documents when preparing a compliant proposal.

What guidance governs proposal preparation for this opportunity?

The opportunity references NSF compliance guidance, including the Proposal and Award Policies and Procedures Guide (PAPPG), particularly for mechanisms like RAPID and EAGER.

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