Opportunity Information: Apply for PD 10 1440

  • The National Science Foundation in the science and technology and other research and development sector is offering a public funding opportunity titled "Environmental Engineering" 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 3, 2010 and posted on Mar 9, 2009.
  • Applicants must submit their applications by replaced by 11 1440. (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.
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Opportunity Summary:

The National Science Foundation (NSF) Environmental Engineering program (Funding Opportunity Number PD 10 1440; CFDA 47.041) funds fundamental research and associated educational activities aimed at understanding and reducing the environmental and public health impacts of human activities. The opportunity is rooted in the modern evolution of environmental engineering as a distinct discipline that grew out of 20th-century concerns about air and water pollution, while also recognizing older foundations in public health engineering and long-standing water infrastructure practices. At its core, the program is designed to build the scientific and engineering knowledge needed to identify, analyze, mitigate, manage, and ultimately prevent environmental problems linked to human-generated discharges into land, water (inland and coastal), and air.

A major emphasis of the program is transformative, cutting-edge research that applies scientific principles to minimize solid, liquid, and gaseous wastes and to evaluate how these releases affect human health and environmental quality. NSF highlights the importance of developing and improving methods and technologies that can assess the waste assimilative capacity of natural systems (their ability to absorb, dilute, transform, or otherwise handle pollutants) and that can remove or reduce both conventional contaminants and emerging pollutants in air, water, and soil. The program frames environmental engineering work around four classic engineering toolsets: measurement (observing and sensing), analysis (interpreting and modeling), synthesis (combining knowledge into workable approaches), and design (creating practical solutions and technologies).

The scope of research topics is broad, but several priority areas are clearly called out. These include developing innovative biological, chemical, and physical treatment processes that remove or degrade pollutants from water and air; measuring, modeling, and predicting how pollutants move through and persist in the environment; and creating or evaluating cleanup and remediation strategies for polluted sites. Examples of targeted systems include landfills and contaminated aquifers, with a focus on approaches that preserve or enhance natural self-purification processes where feasible. The program also supports work that restores polluted water, air, and land resources and rehabilitates degraded ecosystems, connecting engineering solutions to real environmental recovery outcomes.

The opportunity is positioned alongside related NSF environmental efforts such as Energy for Sustainability, Environmental Implications of Emerging Technologies, and Environmental Sustainability. In that broader context, Environmental Engineering contributes to sustainability by supporting pollution control, resource management and conservation, and pollution prevention strategies that minimize or avoid generating contamination in the first place. This includes research on improving the cost-effectiveness of pollution avoidance, developing new foundational principles for prevention technologies, advancing environmental sensing and monitoring tools, and designing innovative waste reduction, recycling, and reuse processes.

In terms of award structure, unsolicited research awards are typically funded for one to three years, with an average annual award size of about $100,000. The program also considers small equipment proposals under $100,000, but these must be submitted during the designated submission windows. Proposals submitted outside the announced windows are returned without review, so timing is treated as a strict compliance issue rather than a suggestion. CAREER awards, which support early-career faculty, have a five-year duration, with Engineering CAREER proposals generally due in July each year under the NSF CAREER solicitation. Proposals for conferences, workshops, and supplements may be submitted at any time, but they require prior discussion with the program director. Similarly, RAPID and EAGER proposals (which replaced the older SGER mechanism) must be discussed with the program director before submission, reflecting NSF’s expectation that these special mechanisms be used selectively and in alignment with program goals.

Administrative details in the source indicate this opportunity was posted in 2009 and later archived/replaced (the listing notes it was replaced by 11 1440 and archived in December 2010). Eligibility is described as unrestricted, meaning it is open to a wide range of applicant types, subject to any additional eligibility clarifications in the full announcement. There is no cost sharing or matching requirement listed. Applicants are directed to follow NSF’s Proposal and Award Policies and Procedures Guide (PAPPG) for proposal preparation, and to use NSF support contacts for access or technical issues with the announcement.

Frequently Asked Questions (FAQs): NSF Environmental Engineering Program (PD 10 1440; CFDA 47.041)

What is this NSF Environmental Engineering funding opportunity?

This is a National Science Foundation (NSF) Environmental Engineering program opportunity (Funding Opportunity Number PD 10 1440; CFDA 47.041) that supports fundamental research and associated educational activities focused on understanding and reducing environmental and public health impacts caused by human activities.

What is the main goal of the program?

The program is designed to build scientific and engineering knowledge needed to identify, analyze, mitigate, manage, and ultimately prevent environmental problems linked to human-generated discharges into land, water (inland and coastal), and air.

What types of impacts is the program trying to address?

The focus is on environmental quality and public health impacts associated with solid, liquid, and gaseous wastes, including both conventional contaminants and emerging pollutants across air, water, and soil.

What does NSF mean by “transformative” environmental engineering research in this context?

The opportunity emphasizes cutting-edge, potentially transformative work that applies scientific principles to minimize wastes and to evaluate how releases affect human health and environmental quality, including improved ways to assess and improve how natural systems handle pollutants.

What are the “classic engineering toolsets” referenced by the program?

The program frames environmental engineering around four toolsets: measurement (observing and sensing), analysis (interpreting and modeling), synthesis (combining knowledge into workable approaches), and design (creating practical solutions and technologies).

What research areas are explicitly prioritized?

Priority areas called out include: (1) innovative biological, chemical, and physical treatment processes for removing or degrading pollutants from water and air; (2) measuring, modeling, and predicting pollutant movement and persistence in the environment; and (3) cleanup and remediation strategies for polluted sites.

What kinds of environments or systems are mentioned as examples?

The description references systems such as landfills and contaminated aquifers, including approaches that preserve or enhance natural self-purification processes where feasible.

Does the program support remediation and restoration work?

Yes. The program supports creating or evaluating cleanup and remediation strategies and also supports work that restores polluted water, air, and land resources and rehabilitates degraded ecosystems.

What is meant by “waste assimilative capacity” of natural systems?

In the program description, waste assimilative capacity refers to the ability of natural systems to absorb, dilute, transform, or otherwise handle pollutants.

Does this program connect to sustainability-related NSF efforts?

Yes. The opportunity is positioned alongside related NSF efforts such as Energy for Sustainability, Environmental Implications of Emerging Technologies, and Environmental Sustainability, and frames Environmental Engineering as contributing to sustainability through pollution control, resource management and conservation, and pollution prevention.

What kinds of pollution prevention and waste reduction research are included?

The program includes research on improving the cost-effectiveness of pollution avoidance, developing new foundational principles for prevention technologies, advancing environmental sensing and monitoring tools, and designing innovative waste reduction, recycling, and reuse processes.

What is the typical award duration for unsolicited research proposals?

Unsolicited research awards are typically funded for one to three years.

What is the typical award size?

The average annual award size is about $100,000, based on the information provided.

Are small equipment proposals allowed, and is there a budget limit?

Yes. The program considers small equipment proposals under $100,000, but they must be submitted during designated submission windows.

How strict are the submission windows?

The timing is described as a strict compliance requirement: proposals submitted outside the announced windows are returned without review.

Are CAREER proposals part of this opportunity?

CAREER awards are referenced as part of the program’s broader award structure. They have a five-year duration, and Engineering CAREER proposals are generally due in July each year under the NSF CAREER solicitation.

Can proposals for conferences, workshops, or supplements be submitted?

Yes. Proposals for conferences, workshops, and supplements may be submitted at any time, but they require prior discussion with the program director.

What are RAPID and EAGER proposals, and do they require pre-submission contact?

RAPID and EAGER are special NSF proposal mechanisms (noting that they replaced the older SGER mechanism). The opportunity states they must be discussed with the program director before submission.

Is cost sharing or matching required?

No. The listing indicates no cost sharing or matching requirement.

Who is eligible to apply?

Eligibility is described as unrestricted, meaning it is open to a wide range of applicant types, subject to any additional eligibility clarifications in the full announcement.

Which NSF guidance should applicants follow for proposal preparation?

Applicants are directed to follow NSF’s Proposal and Award Policies and Procedures Guide (PAPPG) for proposal preparation.

What should applicants do if they have questions about submission mechanisms or fit?

For certain mechanisms (conferences/workshops/supplements, RAPID, and EAGER), the opportunity indicates that applicants should discuss plans with the program director before submitting.

Is this opportunity current?

The administrative details indicate the opportunity was posted in 2009 and later archived/replaced; it notes it was replaced by 11 1440 and archived in December 2010.

Where can applicants get technical help accessing the announcement?

Applicants are directed to use NSF support contacts for access or technical issues with the announcement.

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