Opportunity Information: Apply for DE FOA 0000459
Apply for DE FOA 0000459
- The National Energy Technology Laboratory in the science and technology and other research and development sector is offering a public funding opportunity titled "University Turbine Systems Research" and is now available to receive applicants.
- Interested and eligible applicants and submit their applications by referencing the CFDA number(s): 81.089 Fossil Energy Research and Development.
- This funding opportunity was created on Feb 16, 2011 and posted on Feb 16, 2011.
- Applicants must submit their applications by Apr 1, 2011. (Agency may still review applications by suitable applicants for the remaining/unused allocated funding in 2026.)
- The funding agency has allocated a total of $3,100,000.00 to eligible and selected applicants.
- The number of recipients for this funding is limited to 5 candidate(s).
- Eligible applicants include: Public and State controlled institutions of higher education Private institutions of higher education.
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Opportunity Summary:
The University Turbine Systems Research (UTSR) grant opportunity, issued by the National Energy Technology Laboratory (NETL) under the U.S. Department of Energy, focuses on university-led research aimed at advancing turbine and turbine-based power systems that can run cleanly and efficiently on coal-derived synthesis gas (syngas) and hydrogen fuels. The core idea behind the program is to solve technical barriers that stand in the way of next-generation turbines operating reliably and with low emissions when using these alternative fuels, which behave differently than conventional natural gas in terms of combustion characteristics, flame stability, heat release, and overall operability. By targeting these fuel-specific challenges, the program is designed to support technologies that can help turbines maintain high performance while meeting tightening environmental expectations.
A major driver for this research is the development and broader deployment of advanced coal-based power generation systems, particularly integrated gasification combined cycle (IGCC). In IGCC, coal is converted into a cleaner-burning syngas before combustion, which can improve efficiency and enable better control of pollutants compared to traditional coal combustion. The opportunity also explicitly ties turbine R&D to carbon capture and sequestration goals, emphasizing that IGCC plants paired with CO2 capture require turbine systems capable of handling the resulting fuel and process conditions. In practical terms, the program is not just about incremental turbine improvements; it is aimed at enabling power plants that can use domestic coal resources while reducing emissions and supporting carbon management strategies.
From a funding and award structure standpoint, this was a discretionary funding opportunity using a Cooperative Agreement, meaning recipients should expect substantial federal involvement during the period of performance rather than a hands-off grant model. The total estimated funding available was $3.1 million, with an expectation of approximately five awards, indicating a competitive selection process with multiple funded projects rather than a single large award. While the listing shows award ceiling and floor as zero, that typically signals that individual award sizes were not specified in the summary data and would instead be detailed in the full funding announcement or determined based on proposed scope, negotiated budgets, and program priorities. A cost sharing or matching requirement applied, so applicants were expected to contribute a portion of project costs from non-federal sources, which is common in applied energy technology programs intended to promote shared investment and practical relevance.
Eligibility was limited to institutions of higher education, including both public/state-controlled universities and private universities, reinforcing that the program was meant to leverage academic research capacity while aligning projects with national energy objectives. The funding activity category was listed as science and technology and other research and development, consistent with work such as combustion science, turbine materials and coatings, hot-section durability, advanced cooling strategies, low-NOx combustion approaches for hydrogen and syngas, controls and sensing for fuel-flexible operation, and system integration topics that affect performance, reliability, and emissions. Although the summary does not enumerate specific topic areas, the stated mission implies research that addresses the practical engineering and operational hurdles of burning hydrogen-rich and syngas fuels in advanced turbines, especially in configurations compatible with IGCC and carbon capture.
Administratively, the opportunity was posted on February 16, 2011, with an original and final closing date of April 1, 2011, and an archive date of September 1, 2011. It fell under CFDA number 81.089 (Fossil Energy Research and Development). Additional details and the full announcement were available through FedConnect, and the point of contact listed for access issues was Raelynn Honkus at NETL, reachable by phone at 412-386-4992 or by email at Raelynn.Honkus@netl.doe.gov.
UTSR (University Turbine Systems Research) Grant Opportunity - FAQs
What is the University Turbine Systems Research (UTSR) grant opportunity?
The University Turbine Systems Research (UTSR) opportunity is a U.S. Department of Energy (DOE) / National Energy Technology Laboratory (NETL) funding opportunity focused on university-led research to advance turbines and turbine-based power systems that can operate cleanly and efficiently on coal-derived synthesis gas (syngas) and hydrogen fuels.
Which agency issues and administers this opportunity?
This opportunity was issued by the National Energy Technology Laboratory (NETL) under the U.S. Department of Energy (DOE).
What is the main goal of the UTSR program?
The main goal is to overcome technical barriers that prevent next-generation turbines from operating reliably, efficiently, and with low emissions when using syngas and hydrogen fuels, which behave differently than conventional natural gas.
Why does the program emphasize syngas and hydrogen instead of conventional natural gas?
The program emphasizes syngas and hydrogen because their combustion characteristics differ from conventional natural gas in ways that affect combustion behavior, flame stability, heat release, and overall turbine operability. The research is intended to address those fuel-specific challenges.
What types of technical challenges is the program trying to solve?
Based on the description, the program targets barriers tied to using syngas and hydrogen in advanced turbines, including issues related to combustion characteristics, flame stability, heat release behavior, operability, reliability, performance, and maintaining low emissions under alternative-fuel conditions.
How is this opportunity connected to coal-based power generation and IGCC?
A key driver is enabling advanced coal-based power generation systems, especially integrated gasification combined cycle (IGCC). In IGCC systems, coal is converted into a cleaner-burning syngas before combustion, which can improve efficiency and provide better pollutant control than traditional coal combustion.
How does carbon capture and sequestration relate to the UTSR research focus?
The opportunity explicitly ties turbine research and development to carbon capture and sequestration goals. It notes that IGCC plants paired with CO2 capture require turbine systems that can handle the resulting fuel and process conditions, reinforcing the focus on operability and performance under these scenarios.
Is this funding meant for incremental turbine improvements or larger enabling advances?
The description indicates the program is intended to enable next-generation turbine operation on syngas and hydrogen in ways that support advanced power plant concepts (including IGCC and carbon capture). It is described as addressing core barriers, not just minor incremental improvements.
What kind of award instrument is used?
The opportunity uses a Cooperative Agreement, which typically means substantial federal involvement during the period of performance rather than a hands-off grant arrangement.
What does "substantial federal involvement" mean in this context?
Because the instrument is a Cooperative Agreement, recipients should expect NETL/DOE to have an active role during the project period (for example, engagement during technical execution and project oversight), rather than minimal interaction.
How much total funding was estimated to be available?
The total estimated funding available was $3.1 million.
How many awards were expected?
Approximately five awards were expected, indicating a competitive process supporting multiple projects.
Were minimum and maximum award sizes specified?
The summary listing shows the award ceiling and floor as zero. This typically indicates that individual award sizes were not specified in the summary and would be provided in the full announcement or determined through the proposed scope and budget negotiations.
Is cost sharing (matching funds) required?
Yes. A cost sharing or matching requirement applied, meaning applicants were expected to contribute a portion of total project costs from non-federal sources.
Who is eligible to apply?
Eligibility was limited to institutions of higher education, including public/state-controlled universities and private universities.
Does the opportunity focus on research and development?
Yes. The funding activity category is listed as science and technology and other research and development, reflecting an R&D-oriented program aligned with turbine and combustion-related challenges for syngas and hydrogen.
What kinds of research areas are implied by the opportunity description?
While specific topic areas are not enumerated in the summary, the description implies research addressing real engineering and operational hurdles of burning hydrogen-rich and syngas fuels in advanced turbines. Examples mentioned include combustion science, turbine materials and coatings, hot-section durability, advanced cooling strategies, low-NOx combustion approaches for hydrogen and syngas, controls and sensing for fuel-flexible operation, and system integration topics affecting performance, reliability, and emissions.
What CFDA number is associated with this opportunity?
The opportunity is listed under CFDA number 81.089, Fossil Energy Research and Development.
When was the opportunity posted?
The opportunity was posted on February 16, 2011.
What were the application due dates?
The original closing date and the final closing date were both April 1, 2011.
When was the opportunity archived?
The archive date was September 1, 2011.
Where were additional details and the full announcement available?
Additional details and the full announcement were available through FedConnect.
Who should be contacted for access issues related to the announcement?
The point of contact for access issues listed is Raelynn Honkus at NETL.
What is the contact phone number and email for the listed point of contact?
Phone: 412-386-4992. Email: Raelynn.Honkus@netl.doe.gov.
Does the summary specify exact technical topic areas or requirements?
No. The summary does not list specific topic areas in a formal set of requirements; it describes the mission and the kinds of turbine and fuel-related barriers the program is intended to address. More detailed requirements would typically appear in the full funding announcement.
Is this opportunity intended to support projects aligned with national energy and environmental goals?
Yes. The description ties the research to improving turbine operation on syngas and hydrogen, supporting advanced coal-based systems like IGCC, and enabling carbon capture and sequestration strategies with lower emissions and high performance.
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